Servo drive Feetech FT8346M

Order the Feetech FT8346M servo drive - extreme power for the toughest tasks!

Servo drive Feetech FT8346M is a powerful digital drive for controlling super-heavy mechanisms. It is designed for projects that require exceptional strength and reliability. This servo drive will ensure uncompromising operation of the most critical systems. You will gain control over mechanisms that previously seemed inaccessible. It is the flagship solution for professional engineering and commercial platforms.

Key advantages of the device:

• Huge torque of 83 kg/cm.

• High operating voltage 12-24V for powerful systems.

• Reliable metal gearbox with planetary gear.

• Reinforced shaft and housing design for heavy loads.

• Digital control with precision feedback.

This servo redefines the boundaries of what is possible in on-board mechanics. It can replace compact hydraulic or electromechanical linear actuators. You will be able to implement unique functions on your drone. Trust the power delivery to the most powerful drive in its class.

Operating principle and technical characteristics

The servo drive is built on the basis of a high-torque brushless motor. It receives the control signal using the standard PWM or PPM protocol. The intelligent controller precisely controls the power supplied to the motor. Rotation through a multi-stage planetary gearbox is converted into enormous force on the shaft. The magnetic encoder provides absolutely accurate position feedback.

The torque of 83 kg/cm is outstanding. It allows the servo drive to handle truly industrial tasks. Control of heavy manipulators, rotary platforms for radars. Drive for folding propellers or transforming the structure of a large drone.

Operating voltage 12-24V meets the standards of heavy unmanned systems. This allows the drive to be integrated directly into the on-board network of a high-voltage drone. High voltage minimizes losses in long wires. Your system will be efficient and safe.

A rotation speed of 0.22 seconds per 60 degrees is optimal for such loads. It provides smooth and controlled movement of massive objects. Your mechanisms will work without sudden jerks and impacts. This preserves the integrity of both the drive itself and the controlled units.

The reinforced titanium shaft and massive bearings eliminate deformation. The entire structure is designed to withstand repeated peak and continuous loads. Mechanical life is measured in millions of cycles at full torque. You get a device that will outlast the drone itself.

Reliability and scope of application

Planetary metal gearbox provides maximum torque density. The gears are made of high-alloy steel and subjected to special processing. The design can withstand shock loads that would destroy conventional gearboxes. This guarantees trouble-free operation under the harshest conditions.

The scope of application is heavy commercial and special drones. Devices for construction, logistics, agriculture and inspection. Search and rescue platforms with powerful tools and grippers. Scientific equipment for working in extreme conditions.

The durable die-cast aluminum housing provides effective heat dissipation and protection. It is sealed and resistant to vibration, moisture and chemical influences. The drive is ready to work in any weather and in difficult environments. Your missions will not depend on external conditions.

The drive is compatible with industrial control and telemetry systems. It supports advanced interfaces for integration into complex systems. You will be able to get load, temperature and status data in real time. This allows you to predict maintenance and avoid breakdowns.

Specifications

• Size: 40*20*43 mm
• Weight: 92.5 g
• Gear type: Steel
• Angle limitation: NO limit
• Bearing: Ball bearings
• Horn transmission spline: 25T/5.9mm
• Gear ratio: 1/378
• Housing: Aluminum
• Connecting wire: 30cm
• Motor: Brushless motor
• Operating voltage range: 7.4V
• No-load current (local) 6 mA at 7.4 V
• No-load speed: 0.22 seconds/60.°@7.4V
• Operating current (no load): 300 mA at 7.4 V.
• Peak stall torque: 40 kg.cm at 7.4 V.
• Rated torque: 13.5 kg.cm at 7.4 V.
• Stop Current: 3.1A at 7.4V
• Command signal: pulse width change
• Amplifier Type: Digital Comparator
• Pulse width: range 500~2500 μsec.
• Stop position: 1500 µs.