Construction leaders are increasingly turning to automation to address the growing labor shortage and rising safety concerns on the job site. This guide identifies the top 16 construction robotics companies that are providing real-world solutions to help contractors work faster and keep their crews out of harm’s way. Whether you are looking for autonomous heavy machinery or precision layout robots, this article explains how these tech innovators are changing the way we build.

The construction industry is currently undergoing a massive automation boom. For years, robots were mostly found in research labs or controlled factory settings, but in 2026, they are officially moving onto active job sites. This shift is driven by a need for better sustainability and the pressure to complete complex projects with fewer people. From self-driving excavators to robotic bricklayers, these machines are helping firms reduce waste and finish projects on time.

16 global companies in the construction industry building autonomous robots

16. Caterpillar (CAT)

Cat 794 AC electric autonomous drive truck. Photo courtesy of Caterpillar.

• CEO: Jim Umpleby
• Founded: 1925

Caterpillar is a legendary name in heavy machinery, but it is now a leader in high-tech automation. They have successfully deployed massive autonomous mining fleets for years, and they are now bringing that same technology to the broader construction industry. One of their most impressive developments is the Cat Command system. This technology allows operators to control heavy equipment like bulldozers, excavators, and wheel loaders from a remote station, sometimes thousands of miles away.

Caterpillar is also rolling out its new line of autonomous construction site haulers. These trucks can navigate a busy site on their own, moving dirt and materials without a human driver in the cab. The practical advantage here is huge for safety and efficiency. These robots can work in dangerous environments or extreme weather that would be hard on a person. Plus, they move with a level of precision that reduces fuel consumption and tire wear. These systems are commercially available today through their Cat Command for Hauling and Command for Dozing programs.

15. Volvo Construction Equipment

Volvo LX03 autonomous wheel loader concept. Photo courtesy of Volvo.

• CEO: Melker Jernberg
• Founded: 1832

Volvo is pushing the industry toward a more sustainable future by combining automation with electric power. They are famous for their TA15 autonomous electric hauler. This machine is part of their “TARA” autonomous transport solution. Unlike a traditional truck, the TA15 does not even have a driver’s cabin. It is a small, battery-powered robot designed to work in a “swarm” to move materials around a site or a quarry.

By using many small autonomous haulers instead of one giant truck, a site can keep moving even if one machine needs a charge. This system greatly reduces carbon emissions and noise on the job site. Volvo also offers the Active Control system on its excavators, which automates specific movements to help even a beginner operator achieve perfect grades. Their electric autonomous haulers are currently being used in commercial pilot programs and are becoming more widely available as the industry shifts toward green technology.

Volvo is also coming out with a variety of pilot construction vehicles that could end up going to mass production, including the Volvo LX03–a fully autonomous wheel loader.

14. Hilti

Hilti Jailbot at a construction site drilling. Photo courtesy of Hilti.

• CEO: Jahangir Doongaji
• Founded: 1941

Hilti is a powerhouse in the world of professional tools, but they have stepped into the future with the Jaibot. This is a semi-autonomous drilling robot designed specifically to handle one of the most physically demanding jobs on a site: overhead drilling for MEP (mechanical, electrical, and plumbing) installations. The Jaibot uses digital plans from a building’s BIM (Building Information Modeling) data to locate exactly where holes need to be drilled for pipes or cables. It then executes those drills with perfect accuracy.

The practical advantages of the Jaibot are safety and speed. Drilling into concrete ceilings for hours is hard on the body and can lead to long-term injuries for workers. By letting the robot do the heavy lifting, crews can stay safe and focus on the actual installation work. The Jaibot also tracks its progress in real time and uploads it to the project management software. This machine is fully commercially available and is currently being used on large-scale commercial projects worldwide.

13. The Boring Company

The Boring Company Prufrock machine. Photo courtesy of The Boring Company.

• CEO: Steve Davis
• Founded: 2016

The Boring Company was founded to solve traffic and utility congestion by making tunneling faster and cheaper. Their main innovation is the Prufrock series of autonomous tunnel-boring machines. Unlike traditional machines that require a huge team and weeks of setup, Prufrock is designed to “porpoise.” This means it can launch directly from the surface and dig its way down, saving a massive amount of time on site preparation.

The company is working toward making these machines fully autonomous so they can operate with minimal human intervention. The goal is to increase tunneling speed until it exceeds a snail’s pace. This could revolutionize how cities build utility corridors, water mains, and high-speed transit loops. While the company primarily uses these machines for its own “Loop” projects right now, the technology represents a major leap forward in how the construction industry handles underground infrastructure.

12. Built Robotics

Built robotics excavator on site with the Exosystem attached. Photo courtesy of Built Robotics.

• CEO: Noah Ready-Campbell and Andrew Liang
• Founded: 2016

Built Robotics is unique because they do not build their own excavators from scratch. Instead, they created the Exosystem, a rugged AI “brain” that can be installed on standard heavy equipment from brands like CAT or John Deere. This system uses GPS, cameras, and LIDAR to turn a normal excavator into a fully autonomous trenching machine. Once the operator sets the parameters on a tablet, the machine can dig deep, precise trenches for hours without any human intervention.

The practical advantage for the industry is the ability to perform repetitive, dangerous tasks with extreme precision. The Exosystem is particularly popular in the renewable energy sector for digging miles of trenches for solar and wind farms. By automating the digging process, firms can keep their most skilled operators focused on more complex parts of the project. The Exosystem is commercially available and is designed to be installed on-site in just a few hours.

11. Advanced Construction Robotics (ACR)

ACR Tybot trying rebar on a construction site. Photo courtesy of ACR.

• CEO: Danielle Proctor
• Founded: 2016

Advanced Construction Robotics focuses on one of the most back-breaking jobs in construction: rebar installation. Their flagship robot, TyBOT, is an autonomous rebar-tying machine that rolls along a gantry over a bridge deck or large slab. It uses computer vision to identify rebar intersections and ties them together at a rate of over 1,000 ties per hour. Their second model, IronBOT, is designed to lift and place heavy rebar bundles into position, further reducing the physical load on human crews.

The benefits to the industry are clear in terms of safety and schedule. Tying rebar manually requires workers to spend all day bent over, which leads to frequent injuries and fatigue. TyBOT doesn’t get tired and can even work through the night or in light rain. Using these robots can reduce rebar installation schedules by up to 50%. Both TyBOT and IronBOT are commercially available through a Robot-as-a-Service (RaaS) model, making it easier for contractors to bring this tech to their job sites.

10. Dusty Robotics

Dusty robotics fieldprinter on site. Photo courtesy of Dusty Robotics.

• CEO: Dr. Tessa Lau
• Founded: 2018

Dusty Robotics is solving one of the most common causes of rework on a job site: incorrect floor layouts. Traditionally, crews spend days using chalk lines and tape measures to mark where walls and utilities go. Dusty Robotics has automated this with the FieldPrinter. This autonomous robot drives across a concrete subfloor and prints full-scale CAD or BIM designs directly onto the surface with sub-millimeter accuracy.

The practical advantages are massive for project schedules. The FieldPrinter can complete a layout up to ten times faster than a manual crew, often covering 10,000 square feet in a single day. Because it prints the exact data from the digital model, it eliminates human error and ensures that every trade, from framers to plumbers, knows exactly where their work belongs. The system is commercially available and is a common sight on large data center and hospital projects.

9. Canvas (now JLG Canvas)

JLG canvas robot on site sanding. Photo courtesy of JLG.

• CEO: Kevin Albert
• Founded: 2017

Finishing drywall is a messy, repetitive, and physically exhausting task that often leads to worker injuries. JLG Canvas created a robotic solution to handle the “mudding and sanding” phase of interior construction. Their flagship model, the 1200CX, is a mobile robotic platform equipped with a high-precision arm that applies joint compound and sands it down to a perfect Level 5 finish.

The company recently reached a major milestone when it was acquired by JLG Industries in early 2026. This partnership allows Canvas to scale its technology using JLG’s global manufacturing and reach. The primary benefit to the industry is the reduction of musculoskeletal injuries and the near-total elimination of drywall dust, which is captured by the robot’s integrated vacuum system. This technology is commercially available and helps contractors finish interiors much faster with a smaller, safer crew.

8. Promise Robotics

Promise robotics homebuilding robot in a factory. Photo courtesy of Promise Robotics.

• CEO: Ramtin Attar
• Founded: 2021

Promise Robotics is an AI company on a mission to solve the housing crisis by making homebuilding faster and more affordable. They have developed a proprietary platform called Factory-as-a-Service™ (FaaS). Instead of building one specific robot, they create an AI “brain” that can turn standard industrial robotic arms into a fully automated production line for house components.

Their system can take a builder’s digital drawings and instantly turn them into instructions for robots to frame walls and floor panels. The practical advantage for the industry is a massive boost in productivity. A single-family home that might take weeks to frame by hand can be produced in just a few hours in one of their facilities. The company opened a 60,000-square-foot facility in Calgary in 2025 and is currently partnering with large developers such as Mattamy Homes. This technology is commercially available to homebuilders who want to scale their production without the high cost of building their own factories.

7. FBR (Formerly Fastbrick Robotics)

Hadrian X bricklaying robot laying bricks on a construction site. Photo courtesy of FBR.

• CEO: Mark Pivac
• Founded: 1994 (Concept), 2015 (Company listed)

FBR is the Australian tech firm behind the world-famous Hadrian X, the first fully automated robotic bricklayer. The Hadrian X is a truck-mounted robot that uses a long, telescopic boom to lay bricks and blocks with incredible precision. It doesn’t use traditional mortar; instead, it applies a special high-strength adhesive that bonds in minutes.

The latest version of the Hadrian X can lay up to 360 large-format blocks per hour, which is fast enough to finish the walls of an entire house in a single day. The practical advantages include a significant reduction in waste and a safer environment for workers, as the robot handles all heavy lifting and repetitive tasks. FBR recently completed pilot programs in the United States and Mexico, demonstrating that the machine can comply with different building codes. As of mid-2026, the Hadrian X is moving into full commercial availability for select global partners.

6. PaintJet (Foreman Technologies)

PaintJet Bravo painting robot painting a wall. Photo courtesy of PaintJet.

• CEO: Nick Hegeman
• Founded: 2019

PaintJet is revolutionizing the industrial coating industry by automating large-scale painting projects that were previously slow and dangerous for human crews. Their primary model is the Bravo robotic painter, a mobile unit designed to attach to industry-standard lifts and equipment already found on most job sites. The Bravo robot uses advanced sensors to apply a consistent, high-quality coat of paint across massive surfaces such as ship hulls, industrial warehouses, and large commercial buildings.

The practical advantages for the industry are significant. PaintJet’s system allows projects to be finished in half the time with half the crew size, while using about 25% less material, thanks to its precision application. This saves money and improves safety by keeping human painters off high-reach equipment. Along with their hardware, they developed Alpha Shield, a specialized paint that lasts twice as long as standard coatings. PaintJet operates as a vertically integrated service provider, meaning their technology is commercially available as a complete painting solution for large-scale infrastructure and commercial real estate.

5. Civ Robotics

Civ Robotics CivDot robot on site ready to mark. Photo courtesy of Civ Robotics.

• CEO: Tom Yeshurun
• Founded: 2018

Civ Robotics is focused on “pre-construction” robotics that automate the tedious tasks of land surveying and site layout. Their flagship product is the CivDot, a rugged, four-wheel-drive autonomous rover. The CivDot is designed to roll across a construction site and mark thousands of precise GPS coordinates using spray paint or high-accuracy lasers. It is commonly used for large projects such as utility-scale solar farms and heavy civil infrastructure.

The benefit to the construction industry is a massive leap in speed and accuracy. A traditional surveying crew might mark around 300 points in a day, but one operator with a CivDot can mark up to 3,000 points per day. The robot is accurate down to 1/10th of a foot (30 mm), and the upgraded CivDot+ model can achieve precision as fine as 8 mm for critical tasks like drilling or piling. This automation allows general labor to handle complex layouts after only a few hours of training, freeing up professional surveyors for more high-level data analysis. CivDot is fully commercially available and compatible with industry-standard GNSS receivers like Trimble and Leica.

4. Okibo

Okibo flagship robot on a construction site painting. Photo courtesy of Okibo.

• CEO: Guy German
• Founded: 2018

Okibo is an Israeli-based robotics company that has developed a fully autonomous robot for interior wall finishing. Their flagship robot is designed to handle plastering, rendering, and painting with high precision. It uses advanced AI, 3D laser scanners, and motion sensors to map a room in real-time and navigate around obstacles. The robot features a robotic arm mounted on a mobile platform that can move vertically on a track to reach the full height of a wall.

The practical advantage of Okibo’s technology is its ability to operate 24/7 without fatigue. Finishing walls is a repetitive, physically draining task that often results in inconsistent quality when done manually over long shifts. Okibo ensures a uniform finish every time while reducing material waste by up to 20%. The robot is currently used by large real estate developers and finishing contractors. As of 2026, it is commercially available and is a key tool for firms looking to speed up the “final touch” phase of construction.

3. Bedrock Robotics

Bedrocks Robotics operator installed on an excavator. Photo courtesy of Bedrock Robotics.

• CEO: Boris Sofman
• Founded: 2024

Founded by veterans from Waymo’s autonomous driving team, Bedrock Robotics is not building new machines. Instead, they’ve create the Bedrock Operator, a hardware-and-software kit that retrofits existing heavy equipment. Their technology can turn a standard excavator or bulldozer into a fully autonomous machine in less than four hours. Using a mix of eight cameras, LIDAR, and GPS, the system allows machines to “sculpt” terrain with centimeter-level precision.

The biggest benefit to the industry is that contractors don’t have to buy a whole new fleet to get the benefits of automation. Bedrock’s AI models are trained like a large language model for dirt, learning how soil and rocks behave to avoid breaking underground pipes or fibers. This technology is commercially available through a subscription or retrofit model. By automating the bulk of earthmoving tasks, companies can solve labor shortages while significantly improving site safety and productivity.

2. DeWalt

Debut of DeWalt downward drilling robot. Photo courtesy of DeWalt.

• CEO: Christopher J. Nelson
• Founded: 1924

DeWalt has stepped into the world of high-volume automation with the launch of the world’s first Downward Drilling Robot. Developed in partnership with August Robotics, this autonomous mobile robot (AMR) is designed specifically for massive data center projects. It automates drilling thousands of holes into concrete floors for server rack stops and structural supports.

The speed of this robot is its biggest advantage. In recent pilots, it drilled up to 10 times faster than traditional manual methods. On a single project with 90,000 holes, it achieved 99.97% accuracy, cutting nearly 80 weeks off the construction timeline for a major tech company. This reduces the physical strain on workers who would otherwise have to spend weeks on their knees drilling into concrete. DeWalt expects this robotic system to be fully commercially available by mid-2026.

1. Luminous Robotics (Lumi)

Luminous robotics solar installation robot installing solar panels. Photo courtesy of Luminous Robotics.

• CEO: Jay M. Wong
• Founded: 2023

Luminous Robotics takes our top spot because it tackles the most significant labor bottleneck in the global energy transition. To meet net-zero targets by 2050, the solar industry needs a 10x boost in installation speed, a pace that manual labor alone simply cannot sustain. The company is solving this by leveraging its LUMI S4 fleet, which specializes in heavy lifting and precise placement of bifacial solar panels onto racking systems. These autonomous robots are built to navigate rough terrain and have already proven their power at projects like the Goorambat East Solar Farm in Australia, where they helped install nearly 500,000 panels ahead of schedule.

What truly sets Lumi apart is its “empathy-first” design philosophy. Unlike many startups that require sites to be completely redesigned to accommodate machines, Luminous technology integrates seamlessly into existing workflows. This allows human crews to adopt the tools without changing their core processes. By handling dangerous, repetitive lifting, these robots act as a force multiplier for the renewable energy workforce. They free up human installers to focus on high-level technical electrical connections, helping major energy developers in the USA and Australia build the future of clean energy faster than ever before.

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Construction sites can be a real test of endurance for equipment—soft ground, steep slopes, and uneven terrain can quickly leave conventional dump trucks and wheeled carriers stumped. That’s where the Prinoth Panther T23R stands out. Built for remote and challenging environments, the Panther T23R replaces wheels with a tracked carrier platform. It pairs it with a rotating dump body, allowing operators to transport material across difficult ground and unload precisely without constant repositioning.

The Panther T23R: Built for terrain where trucks can’t go

The Panther T23R is a rotating tracked carrier designed to get the job done in places where conventional dump trucks won’t cut it. Contractors working in remote areas or on steep terrain know the value of a good crawler carrier. They distribute the weight across the tracks rather than concentrating it on the wheels like a traditional dump truck does.

Prinoth developed the T23R to expand what tracked carriers can do. With a heavy-duty tracked undercarriage and a rotating dump box, operators can drop material to the side without repositioning the machine. That makes a big difference on uneven ground, where minimizing movement improves both efficiency and stability. Instead of constantly repositioning the machine, they just spin the dump body to face the spot where the material needs to go. 

The Panther T23R delivers strong hauling capacity, with a payload capacity of up to 50,706 pounds (23,000 kilograms), making it suitable for demanding earthmoving or infrastructure work. 

Tracked carriers like the T23R are commonly used in conditions where conventional trucks struggle—muddy construction zones, pipeline corridors, wetlands, or mountainous terrain—where maintaining traction and stability matters as much as payload capacity.

Panther T23R features

Several design elements allow the Panther T23R to easily tackle difficult terrain. The rotating dump body, heavy-duty undercarriage, and operator-focused cab all contribute to its versatility.

Dump box

What really sets the T23R apart is its 360-degree rotating dump box. Unlike fixed dump trays, operators don’t need to constantly reposition the machine—simply spin the body around and drop material exactly where it needs to go. On narrow sites or steep slopes, that’s a huge game changer for speed and stability.

For contractors, this translates to less time spent repositioning equipment and more time moving materials. Combined with high dump angles for complete unloading, the Panther T23R maintains high productivity in challenging environments. 

PowerForce undercarriage

The PowerForce undercarriage gives the Panther T23R all its mobility. It’s a tracked design that distributes the machine’s weight over a much larger surface area than a wheeled machine would. That means it leaves less ground pressure, letting the carrier cruise over squishy ground like mud, sand, or even a snowy slope without getting stuck.

On a construction site with a steep hill, wheeled equipment often struggles to gain traction, but the Panther’s undercarriage can hang on even when loaded down with heavy materials. Durability is another factor. You can bet that most construction sites will have rocks, debris, and unfinished ground lying around. The Panther’s track system is built to handle that without needing constant maintenance breaks.

Vehicle geometry

The Panther T23R’s geometry is built to stay stable where other machines struggle. Its wide base and a low centre of gravity make it more stable on slopes or uneven ground, even when carrying a heavy load. Combined with the rotating dump box, the geometry allows operators to place material without constantly repositioning the carrier.

Cabin

Operator comfort and visibility play a key role in the Panther T23R’s design. The ROPS/FOPS-certified cab protects against falling objects and rollover hazards—both concerns on rugged job sites.

Large windows improve visibility around the machine, allowing operators to monitor surrounding activity and maintain awareness of nearby workers or obstacles. Inside the cab, controls are laid out for ease of use, allowing operators to manage travel, steering, and dump functions without unnecessary complexity. Climate control options help maintain comfortable working conditions during long shifts, whether working in hot or cold environments. 

Engine

Powering the Panther T23R is a Caterpillar C7.1 diesel engine that delivers approximately 275 horsepower (205 kW). This engine delivers the torque needed to move heavy loads across tough terrain without slowing down, and the drivetrain is designed to walk that fine line between raw power and rugged durability as you tear up rough off-road trails.

High-capacity hydraulic systems support the rotating dump body and ensure smooth operation during lifting and unloading. Together, the engine and hydraulic components allow the carrier to handle demanding hauling tasks in areas where conventional trucks cannot operate.

Stability and visibility

Working in challenging terrain requires precise stability and control. The Panther T23R’s tracked undercarriage provides strong traction on loose or uneven ground, helping maintain steadiness during travel and unloading. 

The rotating dump body supports that stability by allowing operators to unload material almost anywhere without repositioning the machine, reducing the risk of unstable positions that could cause it to flip. On top of that, greater visibility from the cab allows operators to keep an eye out for what’s going on around the machine—a big safety plus, especially on a busy or tricky site.

Why it matters on the jobsite

Machines like the Panther T23R can change how materials move around difficult job sites. One advantage is productivity. The rotating dump body allows operators to unload material without repositioning the machine, saving time during each hauling cycle.

Another benefit is efficiency. Tracked carriers maintain traction where wheeled vehicles may struggle. This means less time getting unstuck and more time getting the job done. When you’re working on some of the tightest slopes or in the tightest workspaces, reduced repositioning really helps with stability, allowing operators to focus on getting the material into place, rather than messing around trying to get the carrier into the right spot.

Combined, these factors mean you can keep hauling operations running even when the site is a mess.

Construction applications

The Panther T23R is built for challenging construction environments, particularly ones where traditional trucks cannot operate.

Pipeline projects are a clear example, where crews often work across long stretches of rough, undeveloped ground. Utility construction is another area that presents similar challenges. Installing infrastructure frequently requires moving materials across areas where roads aren’t established. In both cases, tracked carriers provide the muscle and stability needed to keep jobs moving forward.

Road-building and earthmoving operations also benefit from tracked hauling equipment, especially when projects are in mountainous or super remote locations that can only be reached with machines capable of handling seriously steep or unstable terrain.

Environmental restoration and wetland construction are other areas where these machines really shine. Because they have lower ground pressure, they disrupt the surface much less while hauling heavy materials.

Across the board, whether it’s on a tough mountain road or a boggy wetland, the T23R’s mobility and hauling capacity are making it easier for contractors to get heavy loads to places that standard equipment just can’t make it to.

Industry context

As construction projects become more complex, contractors are working in increasingly hard-to-reach environments. Urban sprawl, infrastructure upgrades, and environmental regulations are pushing work into terrain that requires specialized equipment.

Machines like the Panther T23R are filling a big gap here. They’re letting contractors move heavy loads of material across rough ground without sacrificing productivity or reliability. And for projects aiming to reduce environmental harm, lowering ground pressure is a big help.

At the same time, contractors are on the lookout for gear that can quickly maneuver in tight spots. The rotating dump body on the T23R supports that by reducing the need to reposition the truck, making it easier to work in confined or challenging layouts. 

Taken together, the capabilities of the T23R reflect a bigger shift in the industry—towards machines that can handle difficult terrain while maintaining control, efficiency, and versatility. 

Final thoughts

The Prinoth Panther T23R demonstrates how specialized equipment can address challenges that standard machines cannot. The rotating dump body, tracked undercarriage, and heavy hauling capacity allow contractors to move materials across terrain that would stop many conventional trucks. For projects involving steep slopes, soft ground, or remote locations, that capability can make a huge difference.

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L&L Products is removing bottlenecks from bonding with a heat-free, jobsite-ready solution

On many jobsites, something as simple as temperature control can slow down even the most efficient jobsite. L&L Products is tackling that challenge head-on with PHASTER, its two-component adhesive designed to speed up workflows and simplify installations, particularly in settings where maintaining consistent temperatures isn’t always possible.

How PHASTER is revolutionizing construction and transportation 

PHASTER is a two-component, ambient-temperature curing technology that sits within a broader platform of adhesives, sealants, and reinforcements—giving contractors more flexible ways to solve problems on the jobsite. It delivers high-end structural adhesion for indoor and outdoor applications.

Unlike traditional adhesives that require heat, strict conditions, and extensive surface prep, PHASTER cures at room temperature. This makes for a more straightforward installation process with fewer limitations on when and where it can be used.

Why PHASTER matters on jobsites

PHASTER is designed for real-world conditions, providing contractors with a high-end structural adhesion without the usual complexities that slow installation. By removing many of the bottlenecks associated with traditional adhesives—temperature control, prep requirements, and wait times—crews can work more efficiently. 

This is especially important for crews on tight timelines who don’t have the bandwidth to worry about complex prep or tricky surface conditions. The result is less downtime and great productivity.

PHASTER also performs especially well in environments where precise temperature control is difficult to achieve, allowing projects to continue moving forward without waiting for ideal conditions.

What benefits does PHASTER offer?

Beyond fast, heat-free curing, PHASTER allows for quick application on a variety of substrates, often without the need for primer, making it adaptable to a wide range of projects.

It also brings safety advantages. The adhesive is isocyanate-free, typically free of volatile organic compounds (VOCs), and flame-resistant, making it a safer and more reliable option for use in construction. Combined with its ability to form strong, durable bonds, PHASTER delivers simple, exceptional performance.

Where PHASTER fits

PHASTER is suitable for both construction and transportation applications, especially where speed and reliability are essential. In construction, it can be used for bonding panels, flooring systems, and other components on-site. 

In transportation, it makes lightweight, multi-material assembly a breeze. PHASTER is particularly helpful in time-sensitive situations thanks to its fast, heat-free curing, which offers ease of use even in non-ideal conditions. 

Meeting the industry’s growing demand for simpler solutions

As demand for faster, simpler material solutions continues to grow across the construction industry, PHASTER offers a viable, accessible solution that’s easy to integrate. It speeds up workflows, making it easier for crews to stay on track under tight timelines. 

With material mixes becoming more diverse, contractors are embracing advanced adhesive solutions like PHASTER that offer greater speed, flexibility, and reliability.

A solid option with multiple applications

As construction and transportation continue to evolve, solutions like PHASTER are becoming integral to workflows, helping crews improve productivity and achieve consistency across projects. Its combination of durability, ease of use, and adaptability makes PHASTER a practical solution for teams looking to maximize efficiency without overcomplicating processes.

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If you’re shopping for a new skid steer in 2026, you want machines that work hard without drama. From Bobcats with major muscle to lightweight options from Kubota and Gehl, there’s a lot to get excited about this year for contractors, landscapers, and people with rental fleets. Two of the models getting a lot of attention right now are the Bobcat S86 for when you need to lift a lot, and the Caterpillar 272 for when you just need something with a bit more power and control. This guide breaks down what makes each skid steer worth considering, with details on specs, features, and which one suits each job.

Top 10 skid steers coming in 2026

1. Bobcat: S86

Key features

• 110 hp diesel engine
• Rated operating capacity 3,400 lbs 
• Auxiliary hydraulic flows up to 42 gpm with Super Flow option
• Spacious and ergonomic cab with standard joystick control and optional air-ride seat
• Two-speed travel option increases cycle times across bigger sites
• Robust hydraulic system
• High tipping load and heavy-duty frame 

Bobcat has long been a skid-steer leader, offering models ranging from 1,800-lb units to heavy-duty machines like the Bobcat S86. Contractors value the brand’s wide capacity range, strong dealer network, familiar controls, and solid resale value.

The S86 stands out for 2026 with a 110-hp engine, 3,400-lb operating capacity, and optional Super Flow hydraulics—ideal for high-demand attachments. Add a comfortable cab and solid travel speeds, and it’s built for serious, all-day productivity.

2. Caterpillar: 272D3 XE

Key features

• 110 hp Cat C3.8 turbocharged engine 
• Rated operating capacity 3,700 lbs
• High-flow hydraulics for attachments requiring extra power
• Breakout forces of 7,300+ lbs for digging and grading work
• Comfortable, sealed, and pressurized cab 
• Two-speed travel with ride control 
• Smart technology support

Caterpillar is known for durable machines and a nationwide dealer network that makes parts and service easy to access. Its D3 skid steer lineup—including XE variants—covers everything from grading to heavy material handling, with strong resale value and familiar performance under load.

The Caterpillar 272D3 XE delivers 110 hp, a 3,700-lb rated operating capacity, and over 7,300 lbs of breakout force. Nearly 40 gpm of high-flow hydraulics powers demanding attachments, while a sealed cab, rearview camera, and ride control improve comfort and safety on long shifts.

3. John Deere: 316GR

Key features

• 61 gross hp Yanmar diesel engine
• Rated operating capacity of 1,750 lbs
• Vertical lift design
• Auxiliary hydraulics around 16–17 gpm
• Compact frame for tight access
• Sealed and pressurized cab option
• Mechanical quick-attach system

The 316GR is a mid-size skid steer, making it a good fit for general contractors, landscapers, and smaller crews handling site prep, material movement, and light grading. Its vertical lift path helps with truck loading and stacking materials, giving it better reach at full height than a radial lift machine in this size range. 

With a rated operating capacity of 1,750 pounds, it’s not meant for extreme demolition or high-flow specialty attachments. It’s built for everyday work—moving dirt, backfilling trenches, clearing debris, spreading gravel, and handling standard attachments like buckets, forks, and augers. Hydraulic flow in the mid-teens supports common attachments without overcomplicating the machine. 

4. CASE construction equipment: SV280 B

Key features

• 85 hp turbocharged diesel engine
• Rated operating capacity ~2,800 lbs
• Efficient Case mast and linkage for better reach and dump clearance
• Optional high-flow hydraulics (~41 gpm)
• Spacious cab with excellent all-around visibility and ergonomic controls
• Heavy-duty cooling system and large core radiator
• Grouped service points for easier daily checks

CASE’s SV280B is a reliable mid-size skid steer that balances power, comfort, and versatility. Its standard and optional high-flow hydraulics handle attachments like buckets, sweepers, and trenchers, while a robust cooling system keeps it running hard all day. Well-placed service points and intuitive controls make routine maintenance and operation straightforward, making it a dependable choice for contractors in 2026.

5. New Holland Construction: L328

Key features

• 74 hp diesel engine 
• Rated operating capacity around 2,800 lbs
• Dual-range transmission for travel speeds up to about 11 mph
• Super Boom vertical-lift linkage improves reach and dump height
• Spacious cab with large glass areas and an integrated backup camera
• Smooth, in-line hydraulic system with fast lift and lower cycle times
• Easy access service points grouped for daily checks and maintenance

The New Holland L328 is a versatile skid steer in the trusted 300 series, ideal for construction and landscaping. Its roomy cab and clear visibility make long shifts easier, while the vertical lift linkage provides strong reach and dump height without sacrificing stability. Dual-range travel and responsive hydraulics keep work efficient, and smooth controls with a backup camera help operators get up to speed quickly.

6. Kubota: SSV75

Key features

• 73.2 hp turbocharged diesel engine 
• Rated operating capacity around 2,000 lbs 
• Wide cab design with excellent rear visibility 
• Vertical-lift arms for good dig and push performance
• Easy maintenance access through tilt-up cab and chassis panels
• Travel speeds up to ~11.8 mph 
• Generally strong resale value in the compact equipment market

Kubota SSV75 combines compact maneuverability with reliable power, making it ideal for tight job sites. Its intuitive controls, vertical-lift design, and easy service access let operators work efficiently in backyards, basements, or crowded areas. Durable and agile, it’s a strong choice for residential, utility, and landscaping work in 2026.

7. JCB: 270

Key features

• 74 hp JCB EcoMAX Tier 4 Final diesel
• Rated operating capacity around 2,700 lbs
• Vertical lift design
• Single-arm Powerboom with side-door entry
• Auxiliary hydraulics for standard attachments
• Spacious cab with strong visibility

The JCB 270 is a mid-size skid steer built for grading, loading, and general site work. Its vertical lift path delivers strong reach and lift height for truck loading and pallet work, while the wide stance keeps loads stable. JCB’s single-arm Powerboom design improves side visibility and enables easy side-door entry, which operators appreciate on busy job sites. With solid power and a simple, durable layout, the 270 is a dependable wheeled skid steer for contractors who want performance without stepping into a track loader.

8. Komatsu: SK820-5

Key features

• Mid-size rated operating capacity in the 1,900-lb range
• Reliable diesel engine for steady power
• Standard auxiliary hydraulics for common attachments
• Heavy-duty chassis and tires for rough jobs
• Spacious operator cab with clear sightlines

The Komatsu SK820-5 brings dependable performance to general construction tasks. Its operating capacity puts it in the mid-size category, making it a good fit for grading, material handling, and site cleanup. The hydraulics support a range of buckets, pallet forks, and augers without overcomplicating the setup. A sturdy frame and tires help it handle rough ground without feeling unstable under load. Visibility from the cab is wide, and controls stay simple, so operators get up to speed quickly.

9. Gehl: V420

Key features

• Up to 100 hp engine in top configurations
• Rated operating capacity near 4,200 lbs
• Rockshaft Z-bar linkage for extra lift strength
• Spacious cab with strong sightlines all around
• Optional high-flow hydraulics for attachment versatility
• Wide stance for stability under heavy loads
• Built to hold up under demanding use

Gehl is known for building skid steers that handle heavier jobs without feeling overworked. Its lineup—including the V150, V210, V270, and high-capacity V420—offers strong lift performance and solid dealer support, especially in rural markets.

The V420 sits near the top of the capacity range, delivering serious lifting power, stability on uneven ground, and optional high-flow hydraulics for demanding attachments. With a roomy cab and strong visibility, it’s built for confident material handling in 2026.

10. Manitou: 2750V

Key features

• 92 hp engine
• Vertical lift geometry for higher reach and better load placement
• Rated operating capacity around 2,700 lbs
• Premium cab options for better operator comfort
• Quick-attach plate for common tools and buckets
• Balanced design that feels stable on lifts
• Built for contractor material handling

Manitou, best known for telehandlers, is gaining ground in skid steers with models like the 1750, 2150, 2350, and vertical-lift 2750V. Popular in agriculture and construction markets, they’re known for strong lift height, stability under load, and solid dealer support.

The 2750V delivers responsive controls, strong material-handling power, and impressive reach for stacking and truck loading. Comfortable for long shifts, it’s a smart 2026 option for crews focused on lift performance and daily uptime.

What makes a skid steer reliable and worthy to buy?

A new skid steer can look great on paper, but long-term reliability depends on uptime, parts access, and how well the machine holds up after 1,000+ hours of operation. There are a few key things to look for when shopping for the best skid steers for your fleet. 

Engine reliability

Look for machines with a well-documented track record of servicing. Account for replacement parts, filters, and injector service when estimating the long-term ownership costs of this machine. A reliable engine should start on the first try, idle smoothly, and crank up to speed without sputtering. 

Hydraulic system durability

The hydraulic system is the bit of kit that actually does the heavy lifting. Pumps, hoses, cylinders, and quick-connect fittings must withstand repeated pressure spikes without failing. Machines with top-shelf hydraulic pumps and long-life hoses that are easy to service are a lot more predictable to work with, especially when you’re working with attachments. 

Technology systems and integration

Most modern skid steers come with fancy digital displays, optional cameras, and attachment control systems. Machines that keep their technology simple and make it easy for you to get support will be much more useful to your crew. If the interface is a complete nightmare, you’ll be wasting time trying to figure out how all the buttons work instead of getting on with the job.

Rated operating capacity and machine balance

The higher the rated operating capacity, the more you can lift, but balance is just as important. A machine that weighs a ton in the back can feel a lot safer when you’re carrying heavy loads. It’s always a good idea to take a close look at those ROC numbers alongside the machine’s weight and dimensions.

Structural strength and build quality

The type of steel used in the frame and lift arms is a real indicator of how long it’ll last in the rough stuff. Good welds and gussets in key areas really help when you’re working with heavy loads day in and day out. A well-built frame is less likely to bend or crack under pressure.

Cooling and heat management

If you’re working in hot soil or pavement all day, your engine and hydraulic system are going to get a heavy workout. A good cooling system that uses bigger radiators, better fans, or easy-to-clean cores can keep the machine running smoothly rather than throttling back to protect its components. 

Ease of maintenance and service access

If you can get to all the greasy bits and filters without jacking the machine up or removing panels, you’ll save a lot of time. Technicians shouldn’t have to pull out panels just to perform an oil check; that’s wasting a day of productivity. Machines designed for ease of maintenance are a real time-saver.

Parts availability and dealer support

Dealers who maintain a sufficient stock of common service items can reduce downtime to near zero. Having local support for warranty work and parts can make all the difference when a machine is parked, and you can’t get back to work. A network that responds quickly and keeps your machines running is worth its weight in gold.

Attachment compatibility and versatility

Your skid steer is only as useful as the attachments you put on it. Being able to switch between different brands and types of attachments without hassle is a major productivity booster. Having a wide range of options that all work seamlessly with your machine means you can tackle just about any job that comes along.

Operator comfort and visibility

A comfy cab that doesn’t make your operators feel like they’ve been beaten up after a long shift is a real winner. Large windows, adjustable seats, and simple controls all make a big difference when you’re working long days. And with good visibility, you can place loads and spot obstacles without breaking a sweat.

Resale value and total cost of ownership

Some brands are just inherently more valuable in the long term than others. If you plan to sell the machine in a few years, you’ll want to factor in resale value when setting the price. That long-term value will recoup some of the cash you spent when you finally decide to part with it.

If you want more skid steer reviews and buying guides, check out our other articles on Under the Hard Hat:

• FIRSTGREEN reveals remote-operated electric skid steers
• Kubota Skid Steers: Cost, weight, and performance analysis
• Bobcat vs Caterpillar skid steer: Which brand makes them better
• Best corded angle grinder
• Best cordless drills heading into 2026
• 7 Husqvarna tools totally worth the splurge
• Makita track saw vs Festool track saw: Which one is better?

And for updates on equipment, career pathways, and jobsite tools delivered straight to your inbox, subscribe to the Under the Hard Hat newsletter.

At CONEXPO-CON/AGG 2026, Trelleborg put a spotlight on a part of heavy equipment that’s often overlooked—but hard to operate without. Seals may not be the most visible part of a machine, but when they fail, operations come to a halt. As jobsites push machines to their max, Trelleborg is developing tire and wheel solutions designed to improve machine performance, reduce downtime, and keep machines working in increasingly tough conditions. 

The power of high-performance seals

Originally a rubber manufacturer, Trelleborg has expanded into a global leader in engineered polymer solutions. Its latest lineup offers a range of seals specifically built to survive the dirt, pressure, and constant wear of construction sites.

Keeping a machine running smoothly starts deep inside its mechanical systems, where seal performance is critical. As Michael Cook, Global Segment Director at Trelleborg, explained, “We released this as a portfolio with the hope that we can have a sealing solution for all the different kinds of conditions that we would see. We can mix and match based [on] speed or pressure.”

That flexibility shows up in Trelleborg’s cassette seals, which are built for high-slurry and muddy conditions. These are perfect for wheel hubs or track drive units where mud ingress is a major concern. The design uses a “labyrinth” that protects the internal components from highly aggressive environments.

Innovation for the modern jobsite

Trelleborg is also pushing boundaries with Turcon® SG, a specialized seal designed for central tire inflation systems (CTIS)—a key feature for vehicles moving between soft fields and paved surfaces. “This solution allows for the central tire inflation system to be active while the vehicle is in use,” Cook says. “You can inflate and deflate the tire while the vehicle is moving with minimal disruption to the operator.” While currently popular in agriculture, this tech has clear applications in construction, especially for dump trucks and wheel loaders that need to adjust traction on the fly.

The company is also refining manufacturing techniques like dual-layer PTFE, which combines two materials into a single component. This reduces complexity for the customer while improving performance. As Cook noted, “If you need low friction on the sealing contact surface but high extrusion resistance on the backside of the seal, you can have that in one unitized component.”

Sealing the future: EVs and hydrogen

As the industry moves toward electrification and alternative fuels, Trelleborg is staying ahead with its “high-spin” line, designed for electric drive units. The series uses hydrodynamic features to allow for high speeds and low friction.

They are also looking towards the hydrogen trend with their H2 Pro™ materials. “Hydrogen is very difficult to seal because it’s a very small molecule that comes at high pressures and wide temperature swings,” Cook says. “We want to make sure that as hydrogen engines become more [widely] used, we’ll have a suite of proven materials.” Trelleborg developed materials like the H2 Pro™ ZLT (a flexible polyurethane) and EBT 25 (a high-hardness EPDM) to address these challenges. 

Proven to perform in the harshest conditions, these materials stop leaks, withstand extreme heat and cold, and remain strong under high pressure. They are also designed to stay intact even when gas pressure drops suddenly.

Solving real challenges

As equipment continues to operate in tougher, more demanding conditions, reliability at the parts level is becoming increasingly important. Trelleborg’s approach reflects that shift—focusing not just on performance but on keeping machines in the field when they’re needed most. 

From advanced sealing solutions to parts and materials designed specifically for electrification and hydrogen, the company is addressing what’s needed now and what’s coming next. Their goal is simple: prevent issues before they happen, limit downtime, and keep operations moving.

Whether it is an excavator, a loader, or a combine harvester, Trelleborg’s innovations show that even the smallest components can have the biggest impact. 

Want more deep dives into the latest construction tech? Subscribe to our newsletter and follow us on LinkedIn for the latest industry updates.

Construction site theft can derail a project fast. One missing skid steer or trailer full of tools can shut down a crew for days and strain your schedule, budget, and client relationships. If you’re looking for practical ways to protect your equipment and materials, this article breaks down what construction site theft really looks like and how to prevent it. The goal isn’t to turn your jobsite into a fortress. Reduce opportunity, increase visibility, and make your site inconvenient enough that thieves move on to an easier target.

Quick look

• Construction site theft costs the U.S. industry up to $1 billion each year, and recovery rates for stolen equipment often fall below 25%.
• Power tools, generators, copper wiring, skid steers, and work trucks are among the most commonly stolen items.
• Open perimeters, limited lighting, changing site layouts, and high daily traffic make jobsites easy targets.
• Effective construction site theft prevention relies on layered protection: controlled access, secure storage, asset tracking, and consistent end-of-day procedures.
• The goal is to reduce opportunity, increase visibility, and make your site harder to target than the next one down the road.

The scale and reality of construction site theft

Construction site theft in the US has a staggering price tag of up to $1 billion a year, according to the National Equipment Register (NER) and the National Insurance Crime Bureau (NICB). And it’s not just the theft itself that is the issue, but also the low recovery rates on stolen equipment—machines are found less than 25% of the time. That alone should make contractors sit up and take a close look at their risk management.

Nearly 9 in 10 contractors report experiencing theft on construction sites, according to industry surveys of tradespeople and builders, with many reporting repeated incidents each year. Many smaller incidents never make it into official reports because contractors assume nothing will come of it, or the value falls below their insurance deductible. When theft goes unreported, the problem appears smaller than it is, but the financial impact still lands squarely on the contractor.

Heavy equipment theft is a real concern, given the high price of each machine. NICB data has consistently shown that skid steers and compact loaders rank among the most commonly stolen pieces of construction machinery. They’re powerful enough to be useful across trades, compact enough to transport easily, and common enough that resale doesn’t raise suspicion.

There are two common patterns behind construction site theft, and understanding the difference helps shape prevention. Opportunistic theft happens when someone sees unsecured tools, materials, or fuel and acts quickly. More often than not, it’s the overnight or weekend raids, often taking advantage of poorly lit parking lots, unlocked gates, and tools left carelessly on the ground. But then there are the more sophisticated thieves—the organized gangs who do their reconnaissance, scouting out weak spots in your site’s fencing or where the cameras might be blind spots, and then they come in with a truckload of gear and fake documents. Once equipment crosses state or provincial lines, recovery becomes much harder, especially if serial numbers were never properly recorded.

Most commonly stolen items

Certain materials and machines appear repeatedly in theft reports because they combine value, portability, and resale demand.

• Power tools: Cordless drills, saws, laser levels, and specialty trade tools are compact and expensive. A handful of gang boxes can hold tens of thousands of dollars’ worth of equipment. These tools are easy to move and easy to sell through online marketplaces or informal networks.
• Generators: Portable generators often sit outside, sometimes chained but not fully secured. They weigh enough to be valuable but not enough to slow down a determined thief with a truck and ramp.
• Copper wiring and pipe: Copper has a consistent scrap value, and theft often spikes when prices climb. Thieves may strip wiring from partially completed buildings, leaving behind repair costs that exceed the value of the stolen material.
• Lumber and sheet goods: Large stacks of lumber left in open laydown areas create opportunity. Pickup trucks can haul away hundreds of dollars’ worth in a single trip, especially on residential sites.
• Skid steers and mini excavators: Compact equipment remains a favorite target. These machines can be started quickly and loaded onto trailers within minutes. Without immobilizers or tracking devices, they can vanish before the morning crew arrives.
• Work trucks: A stolen truck often means losing all the tools stored inside it. If keys are left in cabs or hidden nearby, the risk multiplies.

Recovery rates and secondary impacts

Recovery rates for small tools are painfully low. The moment tools end up on resale platforms, it becomes virtually impossible to track them. Heavy equipment has a bit better recovery odds when registered and tracked, but many contractors still end up losing their machines for good.

The financial fallout from tool loss stretches far beyond the cost of replacing it. Delays are common because missing equipment brings work, such as excavation, framing, or finishing, to a grinding halt. Even a short delay can have a ripple effect across all subcontractor schedules and push back inspections. 

Renting emergency equipment to get back on track costs even more and eats away at profit margins, especially when you need to get hold of something on short notice. Insurance deductibles are an immediate hit, and you can end up with higher premiums and changed terms of coverage if you have to make multiple claims. When crews lack equipment, their productivity takes a hit, and morale does too. They turn up ready to get to work but spend their time reorganising tasks or waiting for their gear to be replaced.

Site owners and developers take note when a project starts to slow down. If you have repeated incidents, it can damage trust and raise serious questions about how you’re running the site.

Why construction sites are easy targets

Construction sites are temporary by design. They lack the fixed infrastructure and permanent security systems found in warehouses or factories. That makes them inherently more vulnerable.

Poor and inconsistent security

Early-phase sites often lack full perimeter fencing. Even with a fence, gates tend to stay wide open on busy days and sometimes stay open at the end of the day. Lighting usually focuses on the areas where the actual work is going on, leaving storage areas in the dark. As the project goes on, things get rearranged and new access points are built—storage areas get shifted all over the place. If the security plans don’t keep up, some nasty gaps open up.

Long weekends and holidays are like flashing signs for thieves—they know the crew won’t be back on the site until Monday morning, so they’ve got plenty of time to commit thievery. When nobody’s looking after the site on a Friday evening, you’re giving the crooks an open door to come in and take what they want.

Value of materials and equipment

Construction sites are like the ultimate treasure trove where all the high-value gear gets dumped in one place. Copper, aluminium, fuel, catalytic converters, and all sorts of tools—these are all highly valuable and often get taken. Then you’ve got the expensive equipment just sitting there overnight, and if material costs are increasing, thieves have even more incentive to jump in. 

Small machines are very tempting for thieves because they’re easy to haul off using a trailer—especially if the keys are lying around. 

High traffic and subcontractor presence

Multiple trades, delivery drivers, inspectors, and temporary laborers rotate through jobsites daily. With so many people entering and leaving, it becomes harder to identify who belongs and who doesn’t. Without structured access control or credentialing, someone unfamiliar can blend in.

Subcontractors may leave equipment for the next shift, assuming it will be safe. That assumption creates exposure. High traffic increases complexity, and complexity often reduces accountability.

How to prevent construction site theft

Stopping construction site theft is a bit like trying to hold back a tide: you need a good few layers of defence working together to stop the thieves. 

Site access control and physical barriers

It starts with locking things down around the edges—perimeter control. Fencing that surrounds the whole site is the way to go, and if a breach happens, patch it up quickly. Lock the gates at the end of each shift and assign someone to double-check they’re locked. Don’t assume someone else will do it.

Use heavy-duty storage containers for housing tools and equipment. You don’t have to break the bank on super high-end safes, but investing in quality locks is a good idea. Once you have walls and doors locked up, get tools securely stored inside. When you’re storing equipment, park it all together with the buckets on the ground—it keeps things looking neat and organised. Then take any keys and keep them somewhere off-site. There are also lockouts for trailers and machines that will make them less appealing to thieves—wheel locks, hitch locks, and hydraulic lockouts all do the trick.

Having good lighting around the site is also important—it not only makes things easier to see but also reduces the hiding spots for potential thieves. Motion-activated lights near your storage areas are especially useful if you have a lot of nighttime work. And having clear signs up that let everyone know you have cameras will put a lot of opportunistic thieves off. They’ll go looking for softer targets.

Asset tracking software

GPS asset tracking device from Samsara being installed.

Technology really helps keep thieves at bay on construction sites. What it does is make everything a lot more visible. For example, GPS fleet systems like Samsara, Verizon Connect, and Teletrac Navman track heavy equipment in real time and will send you a message if any of it leaves a certain area after dark. There are also tool-tracking platforms, like Hilti ON! Track and Milwaukee ONE-KEY, which assign digital records to tools and let you see where they’ve been. 

Registering the serial numbers of all your equipment with the National Insurance Crime Bureau makes it easier to get your gear back if it’s stolen and also helps the police identify missing items. If you have a really large or remote site, you might want to consider mobile surveillance trailers—they offer a lot of flexibility and can provide remote camera coverage. There are also cameras you can monitor from your desk that will alert you if anyone is lurking after hours. Alarm systems installed on storage containers notify supervisors immediately if unauthorized access occurs. The goal is early detection. The faster you know something is wrong, the greater your chance of recovery.

Personnel and procedural strategies

Hardware alone won’t stop construction site theft. Procedures must support technology. Create sign-in and sign-out logs for workers and visitors. Maintain delivery records and limit the number of people with key access. Establish a formal end-of-day lockup checklist that includes tool storage, equipment positioning, and gate verification.

Conduct periodic security audits to inspect fencing, lighting, and blind spots. Rotate parking positions of high-value machines to avoid predictable patterns. Train crews to report suspicious activity. 

Keep detailed equipment records with photos and serial numbers. Accurate documentation speeds police reporting and insurance claims if theft occurs. When security becomes part of daily culture, opportunities shrink.

Final thoughts

Construction site theft isn’t inevitable, but it is persistent. Knowing how to prevent it means accepting that security is part of project management. Prevention works best when physical barriers, tracking tools, and crew accountability reinforce each other. A secure site protects more than equipment—it protects schedules, budgets, and trust.

If you want more practical construction insights like this, subscribe to the Under the Hard Hat newsletter. We share field-tested guidance to help you manage risk and keep your projects moving forward.

Keeping a jobsite warm in the middle of winter is no easy task. Crews working in cold regions rely on portable heaters to keep materials usable and protect workers from extreme temperatures. Yet many heating systems used on construction and mining sites have remained relatively unchanged for decades. The Basecamp heater from Thermal Intelligence aims to change that with a new approach to industrial heating. Built in Canada and designed for extreme conditions, the system delivers high-output heat while improving fuel efficiency and reducing emissions.

An industry ready for change

Heating technology on construction and industrial sites has changed little over the past three decades. Portable diesel heaters remain the most common solution for winter operations, especially in mining, infrastructure, and remote construction projects. These systems have been widely used since the late twentieth century, largely because they are simple to operate and can deliver large volumes of heat.

The downside is efficiency.

Traditional diesel heaters often burn large amounts of fuel while releasing a significant portion of that energy as waste heat into the air. Many systems operate with much lower fuel efficiency than modern heating technology. Industry guidance from organizations like the Occupational Safety and Health Administration notes that portable heaters used on job sites require careful fuel management and ventilation due to emissions and operating costs.

In cold climates such as Canada and the northern United States, those costs add up quickly. Large construction projects may run heaters continuously for months during winter. 

Thermal Intelligence, a Canadian company focused on industrial heating solutions, developed the Basecamp heater to address these long-standing challenges. The system focuses on fuel efficiency, adaptable heat output, and reduced emissions while still delivering the high heat levels required for remote job sites.

Why jobsite heating matters

Cold weather creates a long list of problems on construction projects. Concrete can freeze before it cures. Hydraulic equipment struggles to operate. Materials become brittle or difficult to work with. Workers also face serious health risks when exposed to extreme cold for extended periods.

Proper heating helps crews keep projects moving through the winter months. It keeps materials usable and provides workers with a safer working environment.

Conventional heaters often create new challenges. Diesel systems burn large volumes of fuel, which increases operating costs. Emissions from those systems also raise environmental concerns, particularly on long-term projects.

For contractors running winter operations, the cost of heating equipment can become one of the largest seasonal expenses.

Thermal Intelligence’s solution to inefficient heaters: Basecamp

Thermal Intelligence designed the Basecamp heater for harsh environments common on mining sites and winter construction operations. The system delivers 910,000 BTU of heating capacity, allowing it to warm large work zones or enclosed structures even in extreme cold.

What sets the Basecamp system apart from many traditional heaters is its fuel efficiency. The unit converts 97% of fuel into usable heat, significantly reducing energy loss during operation. That efficiency directly impacts operating costs: according to the company, the system can reduce fuel consumption by up to 60% compared with conventional diesel heaters.

Over the course of a long winter project, the savings add up quickly. Operating costs average around $9,000 per month, though that figure varies with usage and weather conditions.

The system also delivers environmental benefits. Thermal Intelligence says the heater can reduce carbon dioxide emissions by as much as 242 tons during a heating season, lowering the environmental footprint of large projects. 

The heaters are manufactured in Edmonton and southern Manitoba, positioning them close to the regions where extreme winter conditions are most common.

Adjustable heat control: a unique feature of Basecamp

Another feature that separates the Basecamp system from older heaters is its adjustable output. Traditional heaters often run at a fixed output, regardless of the required heat. That approach can waste fuel when temperatures fluctuate.

The Basecamp heater allows operators to adjust heat output to match specific jobsite needs. Crews can increase output during extreme cold and reduce heating levels when conditions moderate. This flexibility helps contractors control fuel consumption while maintaining stable working conditions.

It also allows heating to be tailored to specific areas of a project, such as enclosed work zones, curing areas, or temporary shelters.

A growing demand for efficient heating

Demand for improved heating solutions is growing across several industries. Thermal Intelligence reports that many Basecamp units are currently in use on construction projects, with the remainder deployed in mining and industrial operations.

Many of these heaters are distributed through Caterpillar dealer networks, often as rental equipment. Rental availability allows contractors to access the technology during winter projects without purchasing units outright.

Production capacity currently sits at about 150 units per year, and roughly 90% of that output has already been sold, reflecting strong demand from contractors working in cold environments. The high adoption rate highlights how many companies are looking for alternatives to traditional diesel heaters.

Rethinking jobsite heating for winter construction and mining

Heating may not be the first piece of equipment people think about when planning a construction project. Yet winter operations depend heavily on reliable heat to keep materials usable and crews safe. The Basecamp heater from Thermal Intelligence offers a new solution for contractors working in harsh conditions. High output, improved fuel efficiency, and lower emissions give project teams a way to manage heating without the heavy fuel costs tied to older systems.

If you want more insights into construction technology, equipment innovations, and tools shaping modern job sites, subscribe to the Under the Hard Hat newsletter to stay up to date on developments affecting the industry.

Volvo CE put on a show in Las Vegas for CONEXPO 2026 with a huge 55,000-square-foot booth and a clear mission to power your ambition. Since the last show, the Volvo Group has updated 40% of its entire portfolio. Their much-anticipated display featured more than 20 machines, including 14 models that are either brand-new or making their very first public appearance. From electric excavators to diesel powered trucks, here are the top models Volvo CE announced at CONEXPO 2026. 

The all-new Volvo EC560 excavator

One of the show’s biggest stars is the Volvo EC560 excavator. This 56-ton machine is a brand-new model designed specifically for heavy production work in quarries and large-scale infrastructure projects. It is built to carry a 6-cubic-yard bucket, the largest in its size class, which allows operators to move up to 25% more material per hour with fewer passes. This increased capacity is supported by a heavier counterweight at the rear, providing the stability needed for mass excavation.

The EC560 features a completely redesigned “F model” cab that prioritizes the operator’s physical well-being. The workspace is significantly wider and more spacious, ensuring that operators of various sizes have ample legroom to use the floor pedals effectively without cramping.

To help maintain focus during long shifts, Volvo has introduced several premium comfort features:

• Climate-controlled seating: The seat includes an integrated heating and cooling system, allowing the operator to stay comfortable regardless of external quarry conditions.
• Ergonomic interface: The cabin uses a new Human Machine Interface (HMI) that simplifies machine control.
• Simplified monitoring: Volvo has moved from a dual-screen setup to a single, consolidated display. This high-definition monitor combines machine health data with the Dig Assist program, providing a much clearer and cleaner sightline toward the front of the machine.

Volvo EC560 excavator operating on a rocky jobsite, moving and sorting aggregate.

Despite its size, the EC560 is designed for precision. It features an optimized electro-hydraulic system that delivers a 10% increase in swing torque and 3% more digging force than previous models. The new intelligent hydraulics monitor operator movements through electronic sensors, sending signals to the on-board computer to regulate engine speed and flow rates based on the task. This results in smoother movements and up to 15% less fuel consumption.

Safety remains a central focus, as the improved cab visibility and the Boundary feature within Volvo Active Control help prevent collisions. Operators can set depth, height, and swing limits to protect underground utilities or overhead power lines while working in tight spots. While it is a highlight of the 2026 show, this machine is slated for commercial availability in early 2027.

Smart updates for Volvo CE wheel loaders

Volvo is also introducing some impressive updates across its wheel loader family to boost safety and profitability.

The heavy-duty Volvo L350H wheel loader 

Volvo L350 wheel loader operating in a quarry, moving large volumes of aggregate.

Volvo’s flagship loader, the L350, has received a massive power boost. This isn’t a machine for light tasks like cleaning ditches; it is built for the high-intensity demands of mining sites and busy port operations. Weighing in at 120,000 pounds, it is a heavyweight champion that brings 558 horsepower to every shift.

The biggest change is under the hood. The newest L350H models now run on a powerful Volvo D17 engine. This 17-liter powerhouse uses wave piston technology to provide more torque even at lower speeds. For operators, this means smoother work in tough environments and faster boom movements. Best of all, this new setup delivers more power while using up to 5% less fuel, helping to lower the total cost of ownership.

The machine showcased at ConExpo is designed with a long boom configuration. This specialized setup allows the loader to easily reach over the sides of 60, 70, and 100-ton rigid frame trucks. To keep these trucks moving quickly, the L350H typically uses a massive 9.5 to 9.7-yard bucket, which can fill a hauler in just a few quick passes.

For those in the forestry industry, Volvo also offers a specialized log-loader version. This configuration features a massive grapple that is strong enough to scoop up and unload an entire truckload of logs in a single motion.

• Mid-sized loaders – Models like the L60, L70, and L90 now feature Reverse By Braking (RBB) and OptiShift technology. These smart systems can improve fuel efficiency by up to 15% by reducing driveline and brake wear.
• Electric offerings – Volvo continues to lead in battery power with machines like the L120 Electric and L25 Electric. These are perfect for jobs where you need to keep noise and emissions low, like indoor demolition or night shifts in the city.

Compaction made easy with the SD70 soil compactor

Volvo CE SD70 soil compactor operating on a jobsite, compacting soil for site preparation.

For contractors who need reliable performance at a great price, Volvo has launched the SD70 soil compactor. This 7-ton roller is a smart choice for rental fleets and smaller job sites. It uses the same proven drum design as the larger SD75 model, so you know it will get the soil packed down correctly every time. It is built to be simple to service and very durable, which helps keep operating costs down over the long run.

Volvo Trucks introduces the VHD 300 dump truck

Volvo Trucks North America unveiled the Volvo VHD 300 dump truck. The exterior of the VHD 300 is designed for high-visibility and extreme utility. It features a rugged front bumper with a center tow pin rated for a full 80,000 pounds, ensuring the truck can be pulled out of adverse situations with ease. The front grille is stationary, which allows you to install front-mounted tools like snowplows or hose reels without interfering with engine access. Even the lighting is built for the elements: the LED headlights include integrated heating elements that automatically melt away ice and snow in freezing weather.

One of the best things about the VHD 300 is its flexibility. You can choose between an axle-back or axle-forward design depending on what your project needs. The axle-back version is perfect for tight job sites where you need a short turning radius, while the axle-forward version helps you stay compliant with “bridge laws” that regulate weight distribution over certain distances.

Volvo VHD 300 dump truck operating in a quarry, hauling aggregate material.

Under the hood, you have two powerful options:

• The 11-liter D11 engine: Provides between 325 and 405 horsepower.
• The 13-liter D13 engine: Delivers up to 500 horsepower and a massive 1,850 lb-ft of torque.

The VHD 300 uses the I-Shift transmission, which is available in 12, 13, or 14-speed configurations. The 14-speed option is a game-changer for precision work, as it features crawler gears that allow the truck to move at speeds as low as 0.6 mph. This is ideal for specialized tasks like curb pouring or asphalt paving where slow, steady movement is critical.

Driving is also much less taxing thanks to Volvo Dynamic Steering (VDS). This system uses an electric motor to add extra torque to the steering gear, virtually eliminating the jarring “kicks” and vibrations from rough terrain. It makes the steering so light that even a fully loaded truck can be moved with one-finger operation at low speeds, significantly reducing arm and shoulder strain during a long shift.

The chassis is built for durability, with tandem rear axle capacities reaching up to 58,000 lbs. To keep the wheels planted on uneven ground, the truck utilizes the T-Ride suspension. This system uses parabolic leaf springs and torque rods to provide roughly 17 inches of articulation, ensuring the axles maintain traction even on highly unimproved surfaces.

Whether you are hauling massive loads in a quarry or navigating a muddy construction zone, this truck is engineered to handle the stress.

Specs:

• 10×4 axle back
• Wheelbase | 261”
• Frame |11.81” x 4.13” x .44” – Full Liner
• Engine | 500 Hp -1850 LB-FT
• Transmission | 14 Speed I-Shift with Crawler Gears
• Front Suspension | 22.8K Multileaf
• Front Axle | Volvo 22.8K
• Rear Suspension | 58K T-RIDE
• Rear Axle | Meritor RT58-185P –(58,000 lbs) – 3.73 Ratio

Digital tools for a better job site

Volvo CE is leaning heavily into technology to make your life easier. Their “Power Your Ambition” theme is all about using data to make better decisions. “CONEXPO is about listening to our customers so we can support their ambitions,” said President, Volvo CE, Melker Jernberg. “We are not just showing what the future could look like; we brought machines and services that are ready to deliver today.”

Tools like Volvo Penta Connect and new machine monitoring systems help you track fuel use and machine health right from your phone. This means you can spot a small problem and fix it before it becomes a big, expensive breakdown.

Volvo CE onboard display showing certified on-board weighing system for real-time load measurement.

Volvo CE’s latest lineup of construction vehicles and integrated technology is designed to help contractors and heavy equipment operators maximize their productivity. Whether you’re facing a labor shortage or trying to hit a tight deadline, these machines are more connected and versatile than ever before. By combining the strength of trucks, engines, and construction equipment, Volvo is making it easier for you to choose one brand for a connected experience, the first time.

Further reading

• Trimble to showcase innovation and connectivity at CONEXPO-CON/AGG 2026
• Emesent to showcase its GX1 mobile scanner at CONEXPO 2026
• CSC Robotic Engineering brings DRILLCORPIO to CONEXPO 2026

For more on the biggest machine reveals and AEC tech from CONEXPO 2026, subscribe to our newsletter today!

Kobalt tools have quietly built a reputation for offering pro-level features without the premium-brand price tag. This article focuses on Kobalt tools worth the money when performance, durability, and everyday usefulness matter more than brand hype. We’ll look closely at standouts like the Kobalt 24V Max brushless hammer drill and the Kobalt 10-inch table saw, along with other tools that justify the higher price point. These picks are best suited for electricians, carpenters, remodelers, maintenance techs, and serious DIYers who expect tools to work hard and last.

Which Kobalt tools are worth it?

Below are 10 Kobalt tools that consistently earn praise from tradespeople and long-term users. These are tools that tend to survive real job-site use and don’t feel like budget compromises once you start working.

1. Kobalt 24V Max brushless hammer drill

Key features

• High-torque brushless motor
• Two-speed gearbox that includes hammer mode
• Metal chuck that’s built to last and won’t give up too quickly
• Works with all 24V Max batteries from Kobalt

Price: $130

Where to buy: Lowe’s | Amazon

This hammer drill earns its place among Kobalt tools as a worthwhile investment because it performs well on most jobsite tasks. It’s got enough oomph to blast through concrete block, brick, and the densest framing lumber without bogging down or stalling on you. When you’re drilling everyday stuff, the tool stays solid in your hand and doesn’t feel like it’s going to shake itself into bits. Users report that the chuck securely holds bits, even when drilling through masonry under significant pressure. And that makes a difference when what you need is a steady hand and control over the drill, rather than pure speed.

In wood framing and rough-ins, the drill transitions between modes without strain. Battery life holds up even on long days, especially when using larger 4.0Ah or 6.0Ah packs. It’s slightly heavier than some newer compact drills, but the added weight helps reduce chatter and judder that can occur with hammer drilling. The drill just feels built to last—it’s not one of those tools that’s only good for a few one-off jobs. If you’re an electrician, HVAC guy, or remodeler who needs a drill that can really deliver, this model’s probably the one for you.

2. Kobalt 24V Max 1/2-inch impact wrench (high-torque)

Key features

• Brushless motor design
• Variable-speed trigger
• Auto-stop mode for bolt removal
• Part of the Kobalt 24V Max system

Price: $260

Where to buy: Amazon | Lowe’s

This impact wrench is a standout among Kobalt tools that deliver on the price tag, capable of handling fasteners that would be a nightmare for a lighter-duty cordless tool. There’s nothing like trying to loosen lug nuts or rusted bolts with a tool that ends up working its engine overtime; this tool sweeps those problems away with minimal effort. The trigger provides smooth control when you need to seat a bolt without snapping it in two, which is a real lifesaver when you’re working on something that’s already got you in a tight spot.

For people who work on trailers or heavy equipment for a living, the fact that this tool can produce the kind of torque you need without having to break out the air tools makes it a real game-changer. The only downside is that it can be tiring to use over long periods because it’s not lightweight, but most people are willing to put up with it given how well it performs. And on top of that, the battery life stays reasonable even when you’ve got it breaking some really stubborn bolts. This impact wrench is well-suited for mechanics, equipment operators, and contractors who handle heavy loads all day.

3. Kobalt 10-inch jobsite table saw

Key features

• 15-amp motor
• Folding stand with transport wheels
• Standard 10-inch blade size
• Onboard storage for accessories

Price: $300

Where to buy: Lowe’s | Rona

This table saw stands out among Kobalt tools worth the money, delivering dependable performance at a lower price point. The motor provides enough cutting power for framing lumber, plywood, and most jobsite materials. Once adjusted, the fence tracks straight and stays locked through repeated cuts. It’s not designed for high-end cabinetry, but it produces consistent results for general construction. Users appreciate that it doesn’t feel disposable or underpowered.

In day-to-day use, the saw’s folding stand offers stability on uneven ground. Set up and breakdown are manageable for one person, which helps on mobile job sites. Dust collection is average, so pairing it with a vacuum improves results. The saw holds alignment well if treated reasonably. Remodelers and small crews who need a reliable table saw without premium pricing tend to see the most value.

4. Kobalt 24V Max circular saw 

Key features

• Brushless motor
• Electric brake
• Bevel capacity up to 56 degrees
• Uses standard 7-1/4-inch blades

Price: $180

Where to buy: Lowe’s | Walmart

This circular saw is among the best Kobalt tools, one that justifies the price you pay. It handles framing cuts with ease and consistency, slicing through 2x lumber, plywood, and even treated boards. The electric brake is a game-changer when you’re darting back and forth between cuts, giving you maximum control. Users often say that this saw just feels solid, not jumpy or skittish like some others, and that really helps keep things accurate. 

After a while of using it for longer cuts, the weight becomes noticeable, but it’s not a deal-breaker. The handle’s shape makes it easy to maintain a comfortable grip, which in turn helps prevent wrist fatigue. One nice thing is that once you’ve set the bevel adjustments, they stay in place. And while it’s not the lightest saw out there, it’s built tough enough for honest-to-goodness jobsite action. Its battery runtime continues to drop under continuous heavy use, but if you’re a framer or a deck builder, you’ll get the most from its balance of power and control.

5. Kobalt 24V Max angle grinder

Key features

• Brushless motor
• Tool-free guard adjustment
• Compatible with 4-1/2-inch wheels
• Overload protection

Price: $130

Where to buy: Lowe’s | Walmart 

This grinder is one of Kobalt’s tools worth every penny because it strikes a perfect balance between control and raw cutting power. It can handle a wide range of metal-cutting tasks, from grinding and shaping to light fabrication, without becoming unstable or vibrating. When you first start it up, it feels silky-smooth, which helps prevent the unpleasant kick that sometimes occurs when you put the disc into gear. Users report it performs particularly well on rebar and steel stock, and on bolts as well.

While it can get pretty hot during long-term use, that’s just the nature of cordless grinders. However, the grip will still hold up well for short- to medium-length jobs. One thing that does take some fiddling is getting the guard set up just right—it takes a bit of time, but once it’s in place, you can trust that it will stay put. This grinder is well-suited for welders, metalworkers, and contractors in particular.

6. Kobalt 24V Max reciprocating saw

Key features

• Brushless motor
• Tool-free blade change
• Variable-speed trigger
• Orbital cutting mode

Price: $100

Where to buy: Amazon | Lowe’s

This reciprocating saw is one of the Kobalt tools worth the money for demolition and rough cutting. It cuts through studs, nails, and pipes without excessive slowdown. The orbital mode speeds up demolition work when precision isn’t required. Vibration control helps reduce fatigue during longer tear-outs. The blade clamp securely holds and allows rapid changes.

The front housing is slightly bulky but adds durability. Noise levels increase under load, which is typical for the tool category. Users commonly report that it cuts through fairly thick material and is good value for the money. Remodelers, plumbers, and maintenance crews see the most value here.

7. Kobalt XTR 24V Max impact driver

Key features

• High-torque brushless motor
• Three-speed settings
• LED work light
• XTR durability upgrades

Price: $190

Where to buy: Lowe’s | Amazon

This impact driver is among Kobalt’s best tools for its value, delivering strong torque in a compact body. It drives long structural screws without frequent cam-out. Speed settings make it easier to switch between delicate hardware and heavy fasteners. The short head length helps in tight framing spaces, and the trigger response remains predictable.

Noise levels are higher than those of basic impact drivers, though expected for its power class. The tool feels purpose-built for daily use rather than occasional driving. Battery efficiency also holds up well across a mix of tasks. Users often compare it favorably with more expensive drivers. Carpenters and installers will benefit most from this model.

8. Kobalt 24V Max wet/dry shop vacuum

Key features

• HEPA-rated filter option
• Cordless operation
• Lightweight design
• Works with 24V batteries

Price: $130

Where to buy: Lowe’s | Rona

This shop vac is one of the Kobalt tools worth the money due to its convenience. It’s easy to grab for quick cleanups without dragging cords. Suction is strong enough for drywall dust, sawdust, and jobsite debris. The compact size fits well in trucks and work vans, and its runtime exceeds expectations for a cordless unit.

The smaller tank limits the amount of debris it can hold at a time, and the hose may need to be longer for tight work areas. Still, users often report reaching for it more than corded vacuums. Filter quality is solid for general cleanup. Contractors and maintenance techs appreciate its portability.

9. Kobalt 24V Max oscillating multi-tool

Key features

• Brushless motor
• Variable speed control
• Tool-free blade clamp for quick & easy blade changes
• Works with universal accessories

Price: $100

Where to buy: Lowe’s | Amazon

This multi-tool is well worth the investment; it’s part of a great package from Kobalt along with the rest of their line. It’s convenient for plunge cuts, trim work, and even drywall—you can use it for almost anything without it causing too much trouble. One thing to figure out is how to swap out the blades—everyone gets stumped on that at first, but once you get a feel for it, it’s second nature. And the best part is that it glides into tight spaces with ease.

It’s perfect for punch lists and repair jobs, and the battery life is good too. Many people swear by this tool for quick fixes and keep it handy for that reason. Finish carpenters and remodelers seem to get pretty good use out of it—it’s definitely one of those tools they wouldn’t want to be without.

10. Kobalt 24V Max compact router

Key features

• Brushless motor
• Micro depth adjustment
• LED illumination
• Standard 1/4-inch collet

Price: $130

Where to buy: Lowe’s

This compact router rounds out the list of Kobalt tools worth the money for light woodworking. It produces clean edges and smooth profiles in softwood and plywood. Depth adjustments feel precise and stay locked during use. The balance makes extended routing more comfortable. LED lighting improves visibility along cut lines.

Power limits become noticeable on hardwood or deep profiles. The base is small but manageable for edge work, and bit changes are simple with standard accessories. Users appreciate how easy it is to control. Trim carpenters and DIY woodworkers benefit most from this router.

Final thoughts

Kobalt tools worth the money tend to share one thing in common: they focus on performance where it matters most, not flashy extras. If you want to compare similar gear, check out our reviews on Hilti, Ryobi, and Husqvarna tools:

• The best Hilti tools
• Ryobi vs Milwaukee – Which one is better?
• Husqvarna tools worth the money

For more honest tool breakdowns and construction insights, subscribe to the Under the Hard Hat newsletter.

The system moves beyond engine-driven power

For many fleets, engine idling remains a major, recurring problem—it burns fuel, increases wear, and drives up maintenance costs. Vanair, a Lincoln Electric company, has introduced a new integrated system to combat the problem. 

The EPEQ electrified power equipment ecosystem is designed to improve efficiency by directly reducing engine idling and offering innovative solutions such as solar charging, further reducing fuel consumption and downtime. It also extends equipment lifespan by reducing engine runtime and maintenance costs.

Rather than relying on engine-driven auxiliary systems, EPEQ shifts key functions such as power and charging to a battery-powered setup powered by solar, providing a more sustainable and powerful solution for Class 8 and vocational trucks. 

“Vanair has spent more than five decades providing its ‘Mobile Power Solutions’ for work truck and vocational fleets, and the challenges facing Class 8 fleets are fundamentally the same,” said Chip Jones, national manager, Electrified Products Group, Vanair. “Drivers need reliable heating, cooling, and electrical power without running the main engine. Fleets need to protect expensive assets from the wear that idling causes. What we bring to this market is not a single-purpose APU. It’s a complete, integrated power ecosystem that scales to the application.”

The EPEQ comes at a crucial time—fleet operators face intense pressure to reduce emissions, minimize engine idling, and cut unnecessary engine wear. Extra runtime hours translate directly into more wear and higher maintenance costs.

The EPEQ is designed to cut down on fuel use by reducing engine idling and extending battery life through its Solar Assist feature. The system uses adhesive-mounted solar panels to keep onboard batteries charged, powering functions like telematics, ELD systems, GPS, and security systems without relying on the engine.

It also runs on battery-driven hydraulic power, enabling operators to run pumps, liftgates, compressors, blowers, and similar equipment without keeping the truck running—cutting fuel use and reducing emissions and mechanical wear.

The shift towards a more integrated system is intentional, according to Vanair: “[The EPEQ system] provides air compressor power, hydraulic power, solar charging, and idle management in a single, integrated architecture,” Jones said. “And because every component is engineered to work together, fleet maintenance teams deal with one supplier and one phone call if there’s ever an issue. That’s a meaningful difference when you’re managing thousands of trucks.”

Vanair’s EPEQ system reflects a broader shift towards how fleets approach power—moving away from engine-driven systems towards electrified solutions. For construction fleets using Class 8 and vocational trucks, systems like this offer a more efficient way to reduce idling, control costs, and keep equipment running.

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