Peak torque
Part A12 Nm
Part B18 Nm6 Nm higher
Part comparison
CubeMars / T-Motor RO100 robotic actuator vs SteadyWin GIM6010-36
A side-by-side comparison of source-backed specifications within the same subcategory.
10 shared specs1 scored
No imageCubeMars / T-MotorCubeMars / T-Motor RO100 robotic actuatorRO100
VS
SteadyWinSteadyWin GIM6010-36GIM6010-36Directional spec summary
Counts across 1 numeric specifications with a clear higher-or-lower direction.
Part A leads
0
Tied
0
Part B leads
1
These are metric-by-metric differences, not an overall performance score. Check the values below.
Specifications
9 specifications compared side by side.
| Compare bySpecification | ACubeMars / T-MotorCubeMars / T-Motor RO100 robotic actuator | BSteadyWinSteadyWin GIM6010-36 |
|---|---|---|
| Performance1 | ||
| Peak torque | 12 Nm | 18 Nm6 Nm higher |
| Mechanical & integration6 | ||
| Motor kind | QDD actuator | QDD actuator |
| Drive principle | BLDC/PMSM | BLDC/PMSM |
| Architecture | Integrated motor reducer driver | Integrated motor reducer driver |
| Gear typeUse-dependent | direct | planetary |
| QDD | Yes | Yes |
| Integrated driver | Yes | Yes |
| Control & communication2 | ||
| Communication interfacesUse-dependent | CAN | CAN;PWM |
| Control modesUse-dependent | MIT;servo | position;velocity |
ACubeMars / T-MotorCubeMars / T-Motor RO100 robotic actuator
BSteadyWinSteadyWin GIM6010-36
Performance1
Mechanical & integration6
Motor kind
Part AQDD actuator
Part BQDD actuator
Drive principle
Part ABLDC/PMSM
Part BBLDC/PMSM
Architecture
Part AIntegrated motor reducer driver
Part BIntegrated motor reducer driver
Gear typeUse-dependent
Part Adirect
Part Bplanetary
QDD
Part AYes
Part BYes
Integrated driver
Part AYes
Part BYes
Control & communication2
Communication interfacesUse-dependent
Part ACAN
Part BCAN;PWM
Control modesUse-dependent
Part AMIT;servo
Part Bposition;velocity
Product sources
Product sources used by this comparison
CubeMars / T-Motor RO100 robotic actuatorOpen source ↗
SteadyWin GIM6010-36Open source ↗