Stall torque
Part A1 Nm
Part B1.667 Nm0.667 Nm higher
Part comparison
ROBOTIS 2XL430-W250 vs Waveshare SC15
A side-by-side comparison of source-backed specifications within the same subcategory.
8 shared specs1 scored
Directional 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
8 specifications compared side by side.
| Compare bySpecification | AROBOTISROBOTIS 2XL430-W250 | BWaveshareWaveshare SC15 |
|---|---|---|
| Performance1 | ||
| Stall torque | 1 Nm | 1.667 Nm0.667 Nm higher |
| Electrical2 | ||
| Minimum voltageUse-dependent | 6.5 V | 4.8 V |
| Maximum voltageUse-dependent | 12 V | 8.4 V |
| Mechanical & integration3 | ||
| Motor kind | Smart servo | Smart servo |
| Drive principle | servo actuator | servo actuator |
| ArchitectureUse-dependent | Integrated motor controller reducer network | Integrated servo module |
| Control & communication2 | ||
| Communication interfacesUse-dependent | RS485 | serial bus |
| Control modesUse-dependent | position;velocity;current/PWM;feedback | servo mode;motor mode;feedback |
AROBOTISROBOTIS 2XL430-W250
BWaveshareWaveshare SC15
Performance1
Electrical2
Minimum voltageUse-dependent
Part A6.5 V
Part B4.8 V
Maximum voltageUse-dependent
Part A12 V
Part B8.4 V
Mechanical & integration3
Motor kind
Part ASmart servo
Part BSmart servo
Drive principle
Part Aservo actuator
Part Bservo actuator
ArchitectureUse-dependent
Part AIntegrated motor controller reducer network
Part BIntegrated servo module
Control & communication2
Communication interfacesUse-dependent
Part ARS485
Part Bserial bus
Control modesUse-dependent
Part Aposition;velocity;current/PWM;feedback
Part Bservo mode;motor mode;feedback
Product sources
Product sources used by this comparison
ROBOTIS 2XL430-W250Open source ↗
Waveshare SC15Open source ↗