Servo drive Feetech STS3020

Order the Feetech STS3020 servo drive - optimal power and speed!

Servo drive Feetech STS3020 is a balanced digital drive for the most demanding tasks. It perfectly combines high torque and response speed. This servo will ensure reliable operation of your drone's mechanisms. You will receive a fast and powerful response to control commands. This is the choice for demanding projects where every parameter is important.

Key advantages of the device:

• Excellent torque of 20 kg/cm at 7.4V.

• High rotation speed - 0.09 sec/60°.

• Titanium output shaft for maximum durability.

• Reliable metal gearbox and ball bearings.

• Digital control for precise positioning.

This servo drive will provide a reliable force for your engineering solutions. It will ensure smooth and precise movement of the most loaded systems. You will be able to implement complex mechanical functions on board the drone. Trust the performance of a balanced and proven device.

Operating principle and technical characteristics

The servo drive receives a digital PWM signal from the controller. The built-in processor instantly calculates the target shaft position. A powerful brushless motor drives the system through a gearbox. The magnetic encoder provides absolutely precise feedback. This allows for exceptional positioning accuracy.

A torque of 20 kg/cm is optimal for many applications. It allows you to control camera gimbals, chassis or mechanical grippers. The drive will cope with significant resistance without loss of speed. You will gain confidence in the strength and stability of the mechanism.

The rotation speed of 0.09 seconds per 60 degrees is an outstanding result. The mechanism responds to commands with virtually no delay. Your systems will work dynamically and accurately. This is important for real-time control and quick actions.

The 7.4V supply voltage is standard for high-power servo systems. The drive is optimized to run on two-cell LiPo batteries. This provides high power output at reasonable currents. Your on-board network will not be overloaded.

The titanium output shaft is a key strength benefit. It has exceptional resistance to bending and torsion. This guarantees a long service life even under extreme loads. You can be confident in the mechanical reliability of the unit.

Reliability and scope of application

The metal gearbox is made of hardened steel. The gears are specially treated to reduce wear. The design can withstand high shock and constant loads. This ensures stable performance throughout the entire service life.

The scope of application includes a wide range of FPV drone mechanisms. Control of turntables for cameras or lidars. Drives for retracting and releasing the landing gear. Mechanisms for releasing payload or releasing a parachute.

The durable aluminum housing effectively removes heat from the engine. The ribbed design increases the heat transfer area. This prevents overheating even during intense long-term use. The drive is ready for difficult operating conditions.

The servo drive is compatible with standard control protocols. It easily connects to the receiver or flight controller channel. Supports both digital and analog signals for flexibility. Integration into your system will not cause difficulties.

This is a device for engineers looking for the perfect balance of parameters. It offers the best-in-class combination of power and speed. Allows you to create high-performance and reliable mechanisms. Be the basis for innovative features of your drone.

Specifications

• Torque: 25 kg cm at 12 V
• Rotation angle: 360° (unlimited)
• Position sensor type: 12-bit magnetic encoder (0.088° resolution)
• Operating voltage range: 6–14 V (12 V recommended)
• No-load speed: 0.167 sec/60° (60 rpm) at 12 V
• No-load current: 200 mA at 12 V
• Blocking current: 2.7 A at 12 V.