Custom hip, knee, and ankle actuator manufacturing support for bipedal robots where impact load, holding torque, thermal derating, braking, and output stiffness drive the design.
| Metric | Typical Range | Why It Matters |
|---|---|---|
| Peak overload | Gait and fall-event dependent | Leg actuators see short high-load events that can destroy reducers or bearings if sized from nominal torque only. |
| Holding behavior | Brake and current dependent | Knee and ankle joints often need predictable behavior during power loss, emergency stop, or static posture tests. |
| Output stiffness | Reducer, bearing, and housing dependent | Lower-body joints need low deflection under load to avoid control instability and mechanical wear. |
Yes. The design trade-offs are different, but both can be reviewed through the same joint-map and CAD-based ODM process.
Yes. A benchmark model helps frame torque, size, interface, and control expectations, but final quotation still needs your actual duty cycle and envelope.
Inquiry Email
Include target torque/speed, quantity, and delivery location.
