The AKE60-8 KV80 offers 12.5 Nm peak and 5 Nm rated torque via an 8:1 planetary stage at 24 V, weighing just 260 g. Its quasi-direct drive design gives low inertia and compliance for compact humanoid and exoskeleton joints.
* Specifications are provided for reference. Please verify the latest specifications with the manufacturer.
Frameless Torque Motors
The CubeMars RI20 KV600 is an ultra-compact frameless inner-rotor torque motor weighing just 20 g with a 25 mm diameter. It delivers 0.072 Nm peak and 0.024 Nm rated torque at up to 18 W, ideal for rehabilitation robots, joint modules and compact robotic arms.
Robotic Actuators
CubeMars AK80-8 actuator integrates an 8:1 reducer for 25 Nm peak and 10 Nm rated torque with 230 W rated power on a 48 V bus. The 570 g unit is widely used in exoskeletons, quadrupeds and collaborative robot joints.
Quasi Direct Drive Actuators
CubeMars AKE80-8 KV30 quasi-direct drive actuator delivers 30 Nm peak and 12 Nm rated torque through an 8:1 reducer on a 48 V supply. At 570 g, its low inertia and backdrivability suit exoskeletons, rehabilitation robots and legged joints.
Robotic Actuators
CubeMars AK60-6 V3.0 actuator delivers 9 Nm peak and 3 Nm rated torque through a compact 6:1 stage with 74 W rated power on 24/48 V. At 380 g and 79 mm, it serves light robotic arms, small joint modules and compact quadrupeds.
Robotic Actuators
The AKH70-48 V1.0 hollow-shaft planetary actuator delivers 222 Nm peak and 74 Nm rated torque through a 48:1 reducer at 48 V. Weighing 1.4 kg with cable pass-through, it powers heavy legged robots, AGV drives and large joint modules.
Robotic Actuators
The AK70-10 pairs a 10:1 planetary stage with a single 14-bit magnetic encoder, delivering 24.8 Nm peak and 8.3 Nm rated torque plus 230 W rated power. The 621 g actuator runs on 24/48 V and suits exoskeleton joints, quadrupeds and robot arms.
Quasi Direct Drive Actuators
The AKE90-8 KV35 quasi-direct drive actuator combines an 8:1 planetary stage with low-inertia control, producing 170 Nm peak and 55 Nm rated torque. Weighing 1.4 kg at 48 V, it is aimed at humanoid legs, exoskeletons and high-dynamic joint modules.
Gimbal Motors
The GL80 KV30 gimbal motor handles 2.9 Nm peak and 1 Nm rated torque with 48 W rated power at 24 V. Weighing 312 g with an 87 mm stator, it drives medium and large gimbal axes with smooth precision.
Frameless Torque Motors
The RO60 KV115 Standard delivers 2.4 Nm peak and 0.8 Nm rated torque with 352 W rated power at 48 V, spinning to 5520 rpm no-load. The redesigned 74 mm, 248 g frameless platform offers high adaptability for humanoid and quadruped robot joints.
Gimbal Motors
CubeMars GL100 KV10 is the largest GL gimbal motor, delivering 7.7 Nm peak and 3 Nm rated torque for heavy camera payloads. The 107 mm, 698 g direct-drive unit at 24 V stabilizes cinema-grade gimbals.
Frameless Torque Motors
CubeMars RI60 KV120 frameless inrunner delivers 1.63 Nm peak and 0.57 Nm rated torque at 85 W rated power. The 60 mm rotor runs on 24-48 V and weighs only 156 g, making it a strong fit for humanoid joints, wheel drives and collaborative arms.
Gimbal Motors
CubeMars GL60 II KV28 gimbal motor provides 1.5 Nm peak and 0.6 Nm rated torque at just 276 g. Its low cogging design and 24N28P stator deliver smooth, stable camera stabilization for high-end gimbal systems.
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Quasi Direct Drive Actuators
CubeMars AKE80-8 KV30 quasi-direct drive actuator delivers 30 Nm peak and 12 Nm rated torque through an 8:1 reducer on a 48 V supply. At 570 g, its low inertia and backdrivability suit exoskeletons, rehabilitation robots and legged joints.
Quasi Direct Drive Actuators
The AKE60-8 KV80 offers 12.5 Nm peak and 5 Nm rated torque via an 8:1 planetary stage at 24 V, weighing just 260 g. Its quasi-direct drive design gives low inertia and compliance for compact humanoid and exoskeleton joints.
Quasi Direct Drive Actuators
The AKE90-8 KV35 quasi-direct drive actuator combines an 8:1 planetary stage with low-inertia control, producing 170 Nm peak and 55 Nm rated torque. Weighing 1.4 kg at 48 V, it is aimed at humanoid legs, exoskeletons and high-dynamic joint modules.
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