
OMPHobby DS3515T Tail Servo Set - M4 MAX
The OMPHobby DS3515T Tail Servo Set is the factory-original high-speed tail servo designed specifically for the OMPHobby M4 MAX helicopter. Engineered to deliver exceptional tail authority, fast response, and reliable holding power, the DS3515T provides the precision required for aggressive 3D maneuvers as well as smooth and accurate sport flying.
Featuring a high-voltage design, ultra-fast transit speed, high-frequency operation, and a durable metal output arm system, this servo helps maintain a locked-in tail feel even during demanding flight conditions. Whether you're replacing a damaged servo or keeping a spare on hand, the DS3515T ensures factory-original performance and compatibility for your M4 MAX.
Features
- Genuine OMPHobby replacement tail servo
- Designed specifically for the OMPHobby M4 MAX helicopter
- High-voltage operation from 4.8V to 8.4V
- Ultra-fast 0.051 sec/60° response speed at 7.4V
- High-performance digital tail servo design
- Supports PWM frequencies up to 560Hz
- Excellent tail holding performance for 3D flying
- 140° operating angle
- Low 2μs dead band for precise tail control
- 25T Futaba-compatible output spline
- Factory-original servo for maximum compatibility
Specifications
| Model | DS3515T |
| Application | OMPHobby M4 MAX |
| Servo Type | Digital HV Tail Servo |
| Operating Voltage | 4.8V - 8.4V |
| Working Pulse Length | 500 - 1000μs |
| Maximum PWM Frequency | 560Hz |
| Operation Angle | 140° |
| Dead Band | 2μs |
| Weight | 43g |
| Spline | 25T Futaba |
| Connector | 3P Dupont |
| Wire Length | 220mm |
| Speed @ 7.4V | 0.051 sec/60° |
| Rated Torque @ 7.4V | 4.5 kg·cm |
| Stall Torque @ 7.4V | 9.5 kg·cm |
| Stall Current @ 7.4V | 3.4A |
Package Includes
- 1 × DS3515T Tail Servo
- 1 × Ball Head Screw
- 1 × Metal Servo Arm
- Mounting Hardware Set
Note: This servo is specifically designed for the OMPHobby M4 MAX helicopter and uses tail-servo pulse settings different from standard cyclic servos. Please verify your flight controller settings before operation.