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Technical Specifications
Last Updated: 2026-10-10
Weight
Dimensions
Torque
Speed
Current
Temp
Wire
Disclaimer: Most data is sourced from the manufacturer. Some data is sourced from our loyal community and with the help of AI. We aim for accuracy but are not responsible for inaccurate information.
Class Comparison
| Torque | Below Average Stronger than 21% of 1043 Digital Standard servos at 6.0V |
| Speed | Above Average Faster than 89% of 1041 Digital Standard servos at 6.0V |
| Weight | Bottom 10% Lighter than 8% of 1902 Digital Standard servos |
| Running Current | Top 10% Lower draw than 95% of 173 Digital Standard servos at 6.0V |
| Stall Current | Above Average Lower draw than 72% of 539 Digital Standard servos |
Performance Analysis
| Shaft Power | 2.63 W |
| Power Density | 1.303 W/in³ More power-dense than 26% of 1759 Digital Standard servos |
| Torque Density | 1.3549 oz-in/g Stronger than 8% of 1036 Digital Standard servos |
| Torque-to-Volume Ratio | 54.99 oz-in/in³ Denser torque than 17% of 1042 Digital Standard servos |
| Speed-to-Weight | 0.15635 (1/sec·g) Faster than 74% of 1033 Digital Standard servos |
| Speed-Torque Trade-off | 8.67 Better balanced than 11% of 1031 Digital Standard servos |
| Current-per-Torque Ratio | 0.0234 A/oz-in More efficient than 24% of 315 Digital Standard servos |
| Idle-to-Running Current Ratio | 0.250 Lower idle draw than 16% of 112 Digital Standard servos |
| No-Load vs Stall Current Spread | 32.50 Narrower current spread than 27% of 132 Digital Standard servos |
| Speed Gain per Volt | 18.43%/V More voltage-responsive (speed) than 70% of 871 Digital Standard servos |
| Voltage Range Width | 1.4 V Wider voltage range than 34% of 1539 Digital Standard servos |
| Dead-Band-to-Pulse-Width Ratio | 0.0020 Finer dead band than 30% of 468 Digital Standard servos |
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