At the heart of Torq Head’s groundbreaking performance is its use of advanced PCB stator motor architecture — a radical departure from traditional iron-core motor construction. Designed from the ground up using generative algorithms, each motor is purpose-built for Torq Head's unique form factor and payload requirements.

While the PCB stator concept itself is not proprietary, Torq Head features multiple patented innovations surrounding the use, control strategy, and integration of this technology within remote head systems.

• Zero Cogging: Flawlessly smooth motion with no mechanical resistance.
• Ultra-Low Inductance: Instantaneous torque response with no perceptible lag.
• Form Factor Freedom: A flat, lightweight design enables tighter system integration.

Whether deployed on a tracking vehicle, robotic platform, gimbal system, or unmanned asset, Torq Head’s motor system redefines what's possible in modular stabilization and motion control — offering unparalleled performance in a compact, responsive, and silent package.

Traditional brushless motors wrap copper wire around iron cores — a manual, imprecise process that results in unequal torque distribution and mechanical “detents” in the magnetic field. These imperfections produce a gear-like cogging effect that stabilization software must constantly correct for.

Torq Head’s PCB stator motors eliminate this problem entirely. With no iron cores and precisely balanced magnetic fields, the motors generate zero cogging — resulting in:

• Smoother Motion: No resistance “steps” as the motor rotates.
• Better Stabilization: No detuning or baked-in compensation needed.
• Natural Feel: Motors can gently hold position without snapping or jerking.

This allows for much more responsive, precise movement and cleaner tuning — giving operators and control systems the confidence to work without compromise.

MAX motors eliminate bulky iron cores and oversized housings. Each motor is custom-sized for its specific axis and torque requirement, reducing unnecessary mass while maximizing performance.

• Precision-Fit Motors: No catalog components or overbuilt designs.
• Structural Integration: Motors are part of the chassis, not bolted onto it.
• Fewer Parts, Less Weight: Milled housing and shared components simplify the system and reduce failure points.

This makes the Torq Head lighter, stronger, and easier to deploy across any platform or application.

Torq Head isn't a single-purpose remote head — it's a modular ecosystem built around a set of intelligent motors. Whether you're building a handheld rig, a vehicle mount, or a 3-axis stabilized platform, you can configure the system exactly to your needs using the same core hardware.

• Adaptable Layouts: Use 1, 2, or 3 motors depending on your project.
• Component-Based: Motors and cradles can be reassembled for custom rigs.
• Fewer Limitations: One investment scales across multiple platforms and form factors.

This modularity reduces cost, increases flexibility, and makes Torq Head a future-proof motion control solution.

Thanks to absolute encoders and zero-cogging motion, IMUs no longer need to be mounted on the payload itself. This allows clean builds and 360° freedom without tethering the cradle.

• No Payload Wiring: IMU does not need to ride with the camera.
• Global Orientation: Tracks its position in world space, not just relative motion.
• Cleaner Builds: No loop cables or roll axis blocks.

Torq Head supports wired and wireless control protocols, and passthrough holes accommodate nearly all cabling needs. If required, a third-party slip ring can be mounted to the Nexus Motor.

• Wireless Ready: Robust control with or without cables.
• Passthrough Support: Integrated cable channels for clean builds.
• Optional Slip Ring: Add full 360° roll when needed.