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Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
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Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
-
Planetary Joint Module
High torque, high rigidity, impact-tolerant — the heavy-duty choice for load-bearing and propulsion joints
The RoBox Planetary Joint Module is built for high loads and fast dynamic response — motor, planetary gearbox, dual encoders, and drive in one unit, ready to install. Outer diameters span 42–150 mm across 14 standard models, with 3–112 N·m continuous torque (up to 160 N·m at 20-minute duty) and up to 500 N·m intermittent. A dependable choice for humanoid lower limbs and other heavy-duty axes.
