FEETECH FT5835 Servo Motor
FEETECH FT5835 Servo Motor
The FT-5835-C001 is a high-performance 7.4V 35kg-class digital servo powered by a reliable core motor and enclosed in a premium aluminum case for superior thermal dissipation. Engineered for heavy-duty stability, it incorporates strong steel gears with a 1/356 gear ratio, ball bearings, and a standard 25T/5.9mm horn gear spline. Supporting an adaptable operating voltage range of 4V-8.4V, this digital servo delivers a powerful peak stall torque of 35.5kg.cm and a rated torque of 11.8kg.cm at 7.4V, operating at a steady no-load speed of 0.192sec/60°. Utilizing pulse width modification (500–2500 µ sec) via a digital comparator amplifier, it ensures a highly precise 180° running degree with counterclockwise rotation, a dead band width of ≤4 µ sec, and no mechanical limit angles. Weighing 74± 1g with a 30CM connector wire, it delivers an optimal balance of high torque, steel gear durability, and precision accuracy for robotic arms, smart automation, and RC projects.
| PRODUCT PARAMETERS | |
| Model | FT-5835-C001 |
| Product Name | 7.4V 35kg.cm Digital 180 Degree Metal Case Steel Gear Core Motor Servo |
| Storage Temperature Range | -30℃~80℃ |
| Operating Temperature Range | -20℃~60℃ |
| Size | A: 40mm B: 20mm C: 43mm |
| Weight | 74± 1g |
| Gear type | Steel |
| Limit angle | NO limit |
| Bearing | Ball bearings |
| Horn gear spline | 25T/5.9mm |
| Gear Ratio | 1/356 |
| Case | Aluminum |
| Connector wire | 30CM |
| Motor | Core Motor |
| Operating Voltage Range | 4V-8.4V |
| Idle current (atstopped) | 6MA@7.4V |
| No load speed | 0.192sec/60°@7.4V |
| Running current (at no load) | 290mA@7.4V |
| Peak stall torque | 35.5kg.cm@7.4V |
| Rated torque | 11.8kg.cm@7.4V |
| Stall current | 3.9A@7.4V |
| Command signal | Pulse width modification |
| Amplifier type | Digital comparator |
| Pulse width range | 500~2500 μ sec |
| Stop position | 1500 μ sec |
| Running degree | 180° (at 500→2500μsec) |
| Dead band width | ≤4 μ sec |
| Rotating direction | Counterclockwise (at 1500→2000 μ sec) |