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Parts shouldn't be the hard part
Domestically produced motion control components for the next generation of robotics and generalized automation platforms.
We Have secured the digital brain of the next economy, but we have walked into a trap on the physical body.
As the autonomous industry pivots from electric vehicles to humanoid robotics, the demand for precision actuators is spiking by orders of magnitude. The global supply chain cannot absorb this shock. As the crunch hits, foreign nations are practicing defensive mercantilism, prioritizing their own industries. Reliance on offshore motion control is no longer just a logistical bottleneck; it is a geopolitical kill switch.
The Humanoid Reality
On average, current generation humanoid robots requires ~40 high-precision actuators. Legged or wheeled robots have a similar number of actuators.
The number also increases with every degree of freedom.
If the U.S. deploys 1M robots, we conservatively need 40M actuators.
That capacity does not exist.
The number also increases with every degree of freedom.
If the U.S. deploys 1M robots, we conservatively need 40M actuators.
That capacity does not exist.
The Supply Trap
When capacity is tight, a foreign supplier will choose their domestic champion over a U.S. startup every time.
The Kill Switch
Reliance on foreign actuators grants adversaries a veto over U.S. automation. We are building the domestic hedge.
Price Gouging
In a supply vacuum, foreign suppliers absorb your margins. You become uncompetitive by design.
We deliver
Precision Motion Control
Made in The USA
We manufacture the most supply-constrained components of a robotics OEM's bill of materials right here on American soil and insulate your Bill of Materials from the volatility of global trade.
No Import Risk.
While competitors navigate tariffs, port strikes, and "ransom pricing" from foreign suppliers, your supply line remains physically secure in Upstate NY.
No IP Leakage.
Your proprietary motion-control designs and tolerances are manufactured here, and they stay here. Your blueprints stay on American servers.
Volume-Ready.
We aren’t a boutique prototype lab; we are engineered for the coming 100x demand curve. ur process is calibrated to scale directly with your fleet deployment.
Mission-Critical Hardware.
Core motion primitives for the humanoid form factor in our Phase 1 development catalog. Specs subject to final qualification.
Category A: Micro Linear (Precision)
Context: Micro-linear actuation for hands, grippers, and surgical end-effectors.
Application: Fingertips, Grippers, Haptics.
Application: Fingertips, Grippers, Haptics.
Category B: Rotary Joints (Torque)
Context: Integrated rotary joints for the skeletal chain (Elbows, Shoulders, Hips).
Application: Upper-body dynamics and core stabilization.
Application: Upper-body dynamics and core stabilization.
Category C: Heavy Linear (Core)
Context: High-force linear actuation for load-bearing structures (Knees, Torso).
Application: Knee propulsion, Hip linkages, Exoskeletons.
Application: Knee propulsion, Hip linkages, Exoskeletons.
Secure a domestic supply of linear actuators, rotary joints, and more.