Leia
Compact brick lift robot
Leia lifts and places bricks so masons never have to carry one to the wall.
Autonomous construction robotics
Robust robots for lower-cost construction.
IronPaw builds task-specific construction robots and measures them against the real cost drivers on jobsites: labor gaps, idle equipment, rework, and slow material flow.
4
robot platforms
0
humanoid theater
1
cost-focused jobsite stack
Fleet
A construction stack, not a single stunt.
Each robot owns a repeatable trade motion. Together they make a jobsite look more like a factory.
Cub
Ground-frame assembly robot
Cub builds stud wall frames on the ground so crews can raise finished walls instead of assembling them in place.
Grizzly
Autonomous telehandler
Grizzly keeps pallets, steel, and tools moving across the site without waiting on an available operator.
Polar
Autonomous crane
Polar turns heavy lifts into a precise, sensor-guided operation instead of a judgment call.
Field evidence
Evidence before scale.
IronPaw's mission is to reduce the cost of construction. Each bot is judged by measured field work: repeatability, cycle time, handoffs, uptime, and the cost of getting useful work installed.
- Robust machines before broad claims.
- Trade-specific motions before generic autonomy.
- Field evidence before manufacturing scale.
Mission
Reduce the cost of construction.
Cost is the product.
The goal is not theater. The goal is a lower cost per installed wall, frame, lift, and material move, proven through repeatable work in the field.
Robustness comes first.
The jobsite has repeated motions, measurable geometry, and brutal labor gaps. The winning robot does not need to look human. It needs to do the trade motion safely, all day.
The fleet compounds.
Leia creates walls, Cub creates frames, Grizzly moves materials, and Polar handles lift. Each machine increases the value of the others.