Servo drive Feetech FT5679M

Order the Feetech FT5679M servo drive - maximum power for your drone!

Servo drive Feetech FT5679M is a flagship digital servo with incredible power. It is designed to control the heaviest and most critical mechanisms on a drone. This drive combines colossal force and high operating speed. You will be able to implement the most daring engineering ideas on your platform. This is a professional tool for creating unique unmanned systems.

Key advantages of the device:

• Outstanding torque of 56 kg/cm at 7.4V.

• Extreme rotation speed - 0.07 sec/60°.

• Digital control with high positioning accuracy.

• Ultra-reliable metal gearbox and double bearings.

• Operating voltage 7.4V for direct operation from LiPo batteries.

This servo redefines the concept of power in a compact package. It can replace small hydraulic or pneumatic cylinders. You will gain absolute control over the most complex mechanical systems. Trust the most powerful drive in its class to execute your commands.

Operating principle and technical characteristics

The servo drive receives a digital control signal from the controller. A powerful processor instantly calculates the target shaft position. A special driver supplies current to the high-speed brushless motor. Rotation is transmitted to the shaft through a multi-stage metal gearbox. The magnetic encoder provides absolutely accurate feedback without drift.

Torque of 56 kg/cm is extreme. It allows the servo drive to develop force comparable to industrial designs. Control of a heavy manipulator, chassis or emergency mechanism. You will get enough power to handle any task on board the drone.

The rotation speed of 0.07 seconds per 60 degrees is amazing. This is one of the fastest servos in the world with similar torque. Your mechanisms will react almost instantly. This is critical for stabilization and emergency control systems.

The 7.4V supply voltage allows the use of standard 2S LiPo batteries. The drive is optimized to operate efficiently at this voltage. This makes it easy to integrate into a standard FPV drone on-board network. You don't need any additional converters or regulators.

The shaft is mounted on two precision ball bearings. This completely eliminates any play even under maximum load. Positioning accuracy remains ideal at any point on the trajectory. You get the stability needed for high-tech systems.

Reliability and scope of application

The metal gearbox is made of aircraft steel and undergoes multi-stage processing. Each gear is designed to last millions of cycles under full load. The design is protected from overload and jamming. This guarantees trouble-free operation in the most extreme conditions.

The scope of application includes the most critical tasks. Drives for emergency shooting or drone rescue systems. Heavy turntables for professional film cameras. Control of wing or landing gear transformation mechanisms in complex hybrids.

The durable aluminum case with stiffening ribs serves as an effective radiator. It dissipates heat even when running at full capacity for long periods of time. The design is vibration-resistant and protected from solid particles. Your drive is ready for the most difficult missions.

The servo drive is compatible with all standard control protocols. It easily integrates into any Pixhawk or ArduPilot based system. Supports advanced programming functions through a dedicated interface. You can fine-tune its behavior for a specific task.

This is a device for engineers working on the cutting edge of technology. It blurs the line between hobby modeling and professional robotics. Allows you to create drones with the functionality of industrial machines. It makes it possible to bring to life projects that previously seemed fantastic.

Specifications

• Maximum torque: 15.7 kg cm at 4.8 V and 18.5 kg cm at 6 V
• Rotation speed: 0.18 sec/60° (4.8 V); 0.15 sec/60° (6 V)
• Control system: digital
• Gear material: steel
• Two ball bearings
• Size: 40.2 x 20.0 x 38.6 mm
• Weight: 56 g
• Power: 4.8–6 V.