Kepler K2 Takes on Finish Carpentry Installing 220 Metres of Baseboard Trim
- Autonomously installed 220 metres of residential baseboard trim in a documented construction benchmark.
- Calculated and executed precise angular cuts using a standard compound mitre saw.
- Secured wooden trim flush to drywall using an 18-gauge brad nailer and real-time vision verification.
- Make & Model / Release Finding: The Kepler K2 will feature this advanced carpentry suite in its upcoming Pro Tradie software tier, rolling out in early 2027 by Kepler Robotics.
Finish carpentry demands a sharp eye for geometry and steady hands, making it a highly specialised trade. Kepler Robotics has demonstrated that automation is catching up to these artisanal skills, as the Kepler K2 humanoid recently completed a 220-metre residential baseboard trim installation benchmark. The trial required the robot to measure rooms, calculate complex corner angles, and secure the trim along the base of the walls. This comprehensive test highlights a massive leap forward for robotics in residential construction and renovation sectors.
The technical execution relies heavily on the advanced spatial mapping and tool manipulation algorithms of the Kepler K2. The robot autonomously operates a standard compound mitre saw to execute precise angular cuts for internal and external corners. After cutting the wooden trim to the exact centimetre required, the humanoid positions the piece against the wall and utilises an 18-gauge brad nailer to secure it to the structural studs. Real-time vision systems verify that the trim is perfectly flush with both the floor and the drywall before driving each nail, compensating for minor surface imperfections automatically.
For tradies and small business contractors, this technology offers a practical solution to ongoing labour shortages in the construction industry. The successful installation of 220 metres of baseboard proves that the Kepler K2 can maintain high-quality aesthetic standards over a prolonged work period. Builders can deploy this humanoid to handle repetitive finishing tasks, allowing human carpenters to focus on more complex custom joinery and project management.
Introducing Kepler Forerunner K2
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The construction industry faces severe shortages of skilled finishing carpenters. Deploying robots for repetitive baseboard installation speeds up project timelines and reduces physical strain on human workers.
Ensure your job site has clearly marked studs and clear floor space so the robot can accurately map the room before cutting any timber.
At a 40-hour workweek (173.33 hrs/mo), running this 180-minute task on Figure 02 costs $73.28 per task ($24.43/hr on Factory RaaS) or $55.41 per task ($18.47/hr on a 48-mo 7.9% APR loan).
Yes, humanoid robots can perform finish carpentry tasks like installing baseboards. The Kepler K2 recently completed a 220-metre residential trim installation benchmark. It uses advanced spatial mapping to autonomously operate a compound mitre saw for precise angle cuts, and then securely attaches the trim to the wall using an 18-gauge brad nailer.
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Read our 40hr/wk & 7.9% APR FAQ →Baseboard Trim Installation
Reduces finish carpentry time on residential construction sites, allowing teams to complete homes faster.
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- ✓Verified Status: Figure AI operates quote-only B2B enterprise agreements (such as its BMW Spartanburg plant deployment)
- ✓Figure AI does NOT publish a public retail price list or offer a self-serve financial lease-to-own program
- ✓Enterprise deployments bundle custom Helix VLA integration, on-site safety commissioning, and fleet SLAs
- ✓Monthly lease and loan figures displayed on MRFL are independent third-party equipment amortization benchmarks
- ✓Verified Status: All-Electric Atlas is currently restricted to strategic enterprise deployments (led by Hyundai Motor Group)
- ✓Even for commercial Spot and Stretch units, Boston Dynamics uses quote-based enterprise sales and external leasing partners
- ✓Boston Dynamics does NOT offer a public self-serve financial lease for Atlas on bostondynamics.com
- ✓Monthly lease and loan figures shown on MRFL are independent industrial amortization benchmarks
Q: How do humanoid robots perform carpentry tasks like installing baseboards and trim?
Robots like the Kepler K2 use spatial mapping to measure rooms, calculate angles, autonomously operate mitre saws to cut the timber, and use brad nailers to secure the trim perfectly flush against the wall.
Q: Can robots safely use dangerous power tools like mitre saws?
Yes, modern humanoids use advanced visual recognition and force-feedback sensors to safely operate standard power tools like mitre saws and nail guns without putting humans at risk.
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