Motor Control
Smooth low-speed BLDC motion.
Onshore the Motion System
Every drone, robot, vehicle, valve, and defense platform depends on controlled motion. Torrqe is building the American precision motion stack for critical machines, combining motor control, zero-backlash transmission, advanced bearings, resilient materials, and oil-free surfaces.
Zero Backlash
Precise. Repeatable. Reliable.
High Torque Density
More torque in less space.
Extreme Environments
Shockproof. Corrosion-resistant.
Made in America
Supply chain you can trust.
The Motion Stack
Is the Bottleneck
Robots, drones, vehicles, valves, and defense systems do not fail only at the motor. They fail at the motion layer, where control, gearing, bearings, materials, and surfaces have to work together under load, shock, heat, corrosion, and tight tolerances.
Today, much of that stack is fragmented across imported drives, custom reducers, standard bearings, oil-based lubrication, and supplier chains that were not built for rapid autonomous-machine production.
For Critical Machines.
Controlled Motion
Motor output is only the start. Critical machines need smooth control, repeatable torque transfer, and precise output motion.
Stack Integration
The controller, transmission, bearings, materials, and surfaces must work as one system, not as disconnected parts.
Torrqe
A domestic precision motion platform built for compact, zero-backlash, control-ready, harsh-environment motion systems.
Gearing and Bearing in
One Compact Motion Core
Torrqe integrates gear reduction and load support into a compact motion core built for precise, torque-dense actuation inside broader motion systems. The architecture is designed to reduce backlash, improve stiffness, and support harsh-environment motion modules.
- Ring Gear
- Sun Gear
- Planet Rollers
- Integrated Load Path
- Output Axis
Zero Backlash
High Torque Density
Integrated Load Support
Compact Architecture
Extreme Environments
The Torrqe Motion Stack
Torrqe integrates motor control, zero-backlash transmission architecture, advanced bearing elements, superelastic materials, and oil-free surfaces into compact motion systems for harsh, high-load environments.
01 Precision Motor Control
Low-speed BLDC control for smooth motion across wide speed ranges and precise output behavior.
02 Gear-Bearing Core
Combines gear reduction and bearing support into a compact transmission architecture for precise, load-capable motion.
03 Advanced Bearing Elements
High-performance NiTi-Hf bearing components designed for corrosion resistance, shock tolerance, and demanding mechanical environments.
04 Superelastic Motion Materials
60NiTi components for gears, races, bushings, and actuator internals where wear, impact, and corrosion matter.
05 Oil-Free Surface System
PS400 / PM400 solid lubricant surfaces that reduce friction, wear, and dependence on conventional oils in high-duty motion systems.
From Motor Control to Output Motion
Torrqe connects control, transmission, bearings, materials, and surfaces into compact motion modules for robot joints, UAV systems, vehicle platforms, valves, and defense motion assemblies.
Motion Module Where Torrqe Fits
Platform Architecture How It Works
Target Systems
1. Humanoids
Shoulder, elbow, hip, knee, and ankle actuators.
2. Quadrupeds
Hip, shoulder, knee, and lower-leg actuator joints.
3. Robotic Arms
Base, shoulder, elbow, and wrist axes.
4. UAV Payloads
Yaw axis, pitch axis, and stabilized gimbal drive. Not for propeller motors.
5. Vehicle Motion Systems
Steering actuator, wheel-end reduction, braking motion, and corner modules.
6. Defense Motion Systems
Traverse axis, elevation axis, sensor positioning, and actuator transmission stages.
Designed in America. Built for Scalable Production.
We design the core motion system architecture, actuator fit, tolerance stack, material path, and mechanical behavior.
Early units are produced through qualified manufacturing partners while we validate geometry, performance, and reliability.
As demand grows, Torrqe will internalize critical production steps and build a domestic supply chain for precision motion systems.
We’re Building a World-Class Team
Open Roles
- Transmission Design EngineerEngineering
- Precision Gear & Bearing EngineerEngineering
- Materials & Tribology EngineerEngineering
- NPI EngineerEngineering
- Test & Qualification EngineerEngineering
- Mechatronics EngineerEngineering
- Technical Program ManagerEngineering
- Sales & BD LeadBusiness Operations