For decades, concrete contractors have relied on gas-powered tools, manual drilling methods, and time-consuming workflows that have changed little since the industry began. But a new wave of innovation is reshaping how concrete professionals approach their work. In a revealing interview with For Construction Pros, Bill Harman, vice president of product management for commercial and general construction at DEWALT, shared candid insights about the future of concrete construction, including breakthroughs in battery technology, the role of robotics on job sites, and the real-world benefits contractors can expect from the shift to cordless power. This article explores DEWALT’s vision for the concrete industry and what it means for contractors, project managers, and construction firms looking to stay competitive. Just as colorful concrete tiles have expanded design possibilities for decorative concrete floor and wall applications, advancements in power tools and robotics are expanding what is possible on the job site.
The Dawn of Fleet-Capable Drilling Robotics in Concrete
One of the most significant developments Harman shared is the launch of what DEWALT describes as the world’s first fleet-capable downward drilling robot, introduced in January 2026. This robot was developed initially to accelerate data center construction for one of the world’s largest technology companies, often referred to as “hyperscalers.” However, its applications extend well beyond data centers into a wide range of large-scale, repeatable downward concrete drilling tasks where speed, safety, and precision are paramount.
Real-World Performance Metrics
The pilot program for these robots has already completed 10 construction phases. The results speak for themselves. The following metrics were recorded across the pilot:
| Metric | Result |
|---|---|
| Number of robots deployed | 12 |
| Additional capacity added in 120 days | 21,000 hours |
| Cost per hole (before robot) | $65 |
| Cost per hole (with robot) | $20 |
| Drilling accuracy rate | 99.97% |
| Total holes drilled | 100,000+ |
These numbers demonstrate that robotic drilling is not a theoretical concept but a proven technology delivering measurable results. The cost reduction from $65 to $20 per hole represents a 69% decrease in drilling costs, while the 99.97% accuracy rate virtually eliminates rework.
Applications Beyond Data Centers
Harman emphasized that the technology has the potential to support a wide range of industrial environments where large-scale, repeatable downward concrete drilling is required. These include:
- Warehouses and distribution centers requiring extensive anchor bolting
- Manufacturing facilities with repetitive equipment mounting patterns
- Infrastructure projects needing precise, high-volume drilling
- Commercial building foundations with standardized reinforcement layouts
Contractors working on these types of projects can expect significant schedule acceleration, which is especially critical given the current race for completion in the data center and industrial construction sectors. For professionals managing complex concrete operations, understanding how key facts about 3D printing in the construction industry are reshaping fabrication methods can provide additional context for how automation is transforming construction workflows.
The Battery Revolution: POWERSHIFT and the End of Gas Tools
Perhaps the most transformative shift Harman discussed is the evolution of battery-powered tools from niche alternatives to genuine replacements for gas-powered equipment. The introduction of DEWALT’s 554WH POWERSHIFT batteries has been a game-changer, enabling heavy-duty applications that were previously impossible to perform cordlessly.
Cordless vs. Gas: Five Key Advantages
According to Harman, the transition from gas to cordless tools addresses several persistent challenges for concrete contractors. The advantages break down into five main categories:
- Elimination of maintenance burdens. Gas tools require consistent maintenance to run properly. Concrete tools often sit unused for days or weeks while crews wait for the next job, which is problematic for gas engines that need periodic running to maintain engine health. Gas tools also require regular oil changes, filter replacements, and fuel system care. Electric tools eliminate these requirements entirely.
- Reduced noise pollution. Gas engines can emit noise levels up to 130 decibels and are often positioned close to the operator’s ears. DEWALT’s observational research found that workers using POWERSHIFT tools could hold conversations without needing to yell or shut down equipment, creating a safer and more collaborative environment.
- Improved training environments. Harman noted that reduced noise levels create a better learning environment for less experienced tradespeople, which is critically important as the construction industry works to close the skills gap. Quiet tools enable mentors to communicate instructions clearly and safely on the job.
- Elimination of fuel logistics. Gas-powered tools require full tanks, meaning gasoline must be safely stored on the job site. If a tool runs out of gas mid-task, work stops while someone retrieves more fuel, refills the machine, and stores the can again. These interruptions add up over the course of a day.
- Rapid recharging with minimal downtime. The 554WH batteries powering the POWERSHIFT line reach a full charge in less than one hour. Every tool ships with two batteries and a charger, so there is effectively no downtime – one battery charges while the other is in use.
New Products Driving Efficiency
Harman highlighted two notable new products in the POWERSHIFT lineup that exemplify the direction of battery-powered concrete tools:
- A new 1-1/8 inch hex demolition hammer that delivers harder impact with lower vibration, reducing operator fatigue during extended use
- A new 12 inch cut-off saw that delivers the highest power and performance in its class while achieving a 4-3/4 inch maximum depth of cut
These products illustrate the performance levels concrete contractors now expect from cordless tools. As with any new construction method, knowing how to consolidate concrete in congested reinforced concrete members remains an essential skill for ensuring structural integrity, even as the tools used to place and finish concrete continue to evolve.
Performance Beyond Gas: The 11HP Threshold
One of the most interesting points Harman raised is the trajectory of battery and motor performance. Earlier battery-powered tools maxed out at roughly 5HP, which limited their ability to replace gas tools for heavy-duty applications. Today, the technology has surpassed that barrier, and DEWALT’s current equipment is capable of delivering up to 11HP performance.
What This Means for Concrete Contractors
The jump from 5HP to 11HP performance fundamentally changes the types of tools that can be effectively battery-powered. According to Harman, this increased power unlocks the potential for larger-scale equipment that was previously off-limits to cordless technology, including:
- Larger power trowels for finishing wide concrete slabs
- Industrial extractors for removing water and debris from surfaces
- Early entry saws for cutting joints before concrete fully cures
- Heavy-duty core drills for plumbing and electrical penetrations
Harman acknowledged that the “wish list” of tools that contractors want to see battery-powered has expanded significantly as higher power opportunities have emerged. This creates a virtuous cycle: as batteries become more capable, tool designers create more powerful equipment, which in turn drives demand for even better battery technology.
Performance Comparison Table
| Capability | Previous Generation (5HP Max) | Current Generation (11HP Max) |
|---|---|---|
| Cut-off saw depth | Limited to light cutting | 4-3/4 inch max depth |
| Demolition hammer | Moderate impact, high vibration | Higher impact, lower vibration |
| Power trowels | Smaller units only | Larger, production-grade units |
| Battery capacity | Limited runtime | 554WH, full charge in under 1 hour |
| Noise level | Up to 130 dB (gas-comparable) | Conversation-friendly levels |
| Maintenance needs | Regular oil, filters, fuel care | Minimal electrical maintenance |
This comparison illustrates that the technology is no longer making incremental improvements. It is entering an entirely new performance tier that will reshape how contractors plan their equipment purchases and job site setups. The shift is similar to how key facts about how drones are changing the construction industry show that aerial surveying and monitoring have moved from novelty to essential tools on modern job sites.
Strategic Implications for Concrete Contractors
The insights from DEWALT’s leadership point to several strategic considerations for concrete contractors evaluating their equipment and workflow decisions in 2026 and beyond.
Cost of Adoption vs. Long-Term Savings
The upfront cost of robotic drilling equipment and high-capacity battery systems is significant, but the long-term cost savings are substantial. The pilot program’s reduction from $65 to $20 per hole represents a 69% savings on one of the most common concrete drilling tasks. For contractors working on large-scale projects with thousands of anchor holes, the return on investment can be realized within a single project phase.
Workforce Development Benefits
The construction industry continues to face a skilled labor shortage. Quieter, cleaner, and safer cordless tools can help attract and retain younger workers who expect modern equipment. The ability to train new hires in a quieter environment where experienced workers can communicate instructions clearly may accelerate skills development and reduce the learning curve for entry-level personnel.
Job Site Safety and Compliance
Reducing noise exposure is not just a comfort issue; it is a safety and regulatory concern. Prolonged exposure to noise levels above 85 decibels can cause permanent hearing damage, and gas-powered concrete tools routinely exceed this threshold. Battery-powered tools that allow workers to communicate without shouting also improve situational awareness, reducing the risk of accidents caused by miscommunication.
Environmental and Regulatory Factors
As emissions regulations tighten and sustainability requirements become more common in construction contracts, the environmental advantages of battery-powered equipment become a competitive differentiator. Eliminating gasoline storage, reducing noise complaints from surrounding communities, and lowering carbon emissions on job sites align with broader industry trends toward greener construction practices.
Preparing for the Transition
Contractors looking to adopt these technologies should consider the following steps:
- Evaluate current tool inventory and identify high-use gas tools that have nearest-term battery alternatives
- Run a pilot program on a single project phase to measure real-world cost savings and productivity improvements
- Train crew members on battery management practices, including proper charging cycles and storage
- Assess job site power availability and charging infrastructure requirements
- Factor noise reduction and improved working conditions into workforce planning and recruitment efforts
The transition will not happen overnight, but the trajectory is clear. As Harman’s interview makes plain, the concrete industry is moving toward a future where battery power and robotics are not novelties but standard equipment. Contractors who begin this transition now will be better positioned to compete for projects that demand speed, precision, and sustainability.
The concrete construction industry stands at a pivotal moment. Innovations in battery technology have unlocked performance levels that were unthinkable just a few years ago. Robotics are delivering measurable results in speed, accuracy, and cost reduction. Tools are becoming quieter, safer, and easier to maintain. For concrete contractors, the message from DEWALT’s leadership is clear: the future of the industry is battery-powered, and the time to prepare is now.