Servo drive Feetech FB5317M-360

Order the Feetech FB5317M-360 servo drive - continuous rotation for your innovation!

Servo drive Feetech FB5317M-360 - This is a unique servo drive with the possibility of unlimited rotation. It opens up new horizons for designing your drone's mechanics. This drive does not have fixed end positions. You will be able to create rotating platforms and continuous systems. It is a tool for engineers and inventors in the FPV world.

Key advantages of the device:

• Possibility of continuous rotation of 360 degrees.

• High torque 17 kg/cm at 7.4V.

• Fast rotation speed - 0.15 sec/60°.

• Durable metal gearbox and ball bearings.

• Digital control for precise speed control.

This servo drive is not just an actuator, but a full-fledged gear motor. It allows the replacement of conventional DC motors in compact systems. You will be able to implement unique functions on your drone. Trust the movement to an innovative and powerful solution.

Operating principle and technical characteristics

This servo drive operates on the principle of a gear motor with feedback. It receives a standard PWM signal from a receiver or controller. However, the built-in electronics interpret it differently. The signal does not control the angle of rotation, but the speed and direction of rotation. This allows the shaft to rotate continuously in any direction.

17kg/cm of torque is some serious power. It allows you to drive relatively heavy mechanisms. For example, a rotating platform for a camera or tracking antenna. You'll get smooth, powerful rotation under load.

The rotation speed is 0.15 seconds per 60 degrees at 7.4V. In terms of a full revolution, this is about 0.9 seconds. This speed is suitable for dynamic tracking and positioning systems. Your mechanisms will be responsive and fast.

Supply voltage - 6.0V or 7.4V from LiPo/LiFe battery. The digital control circuit ensures high operating efficiency. This reduces overall power consumption and heat generation of the drive. You can use it for a long time without interruption.

The shaft is made of durable metal and mounted on a ball bearing. This ensures smooth rotation without play under load. The mechanical part is designed for a long service life. You can be confident in the reliability of the design.

Reliability and scope of application

The metal gearbox can withstand high shock and constant loads. It is not subject to wear and tear typical of plastic gears. This is a key factor for continuous cycle devices. Your mechanism will work reliably month after month.

The scope of application of this servo drive is limited only by your imagination. Rotating mechanisms of FPV cameras for 360° viewing. Object tracking systems (tracking gimbal). Drives for dropping loads or releasing mechanisms on a drone.

The durable aluminum housing effectively removes heat from the motor. It also protects internal components from dust and moisture. The design is resistant to vibrations inevitable in flight. Your system will work smoothly in any conditions.

The servo drive is compatible with standard control systems. It connects to any channel of the receiver or flight controller. Speed ​​adjustment is carried out through Travel Adjust or analogues. You quickly integrate it into your electronic circuit.

This device is for those who think outside the box. It pushes the boundaries of what a drone can do. Allows you to turn the aircraft into a multifunctional platform. Your projects will take on a new, unique dimension.

Specifications

• Size: 40 × 20.1 × 38.3 mm
• Weight: 65 g
• Gears: steel
• Angle limitation: no limit
• Bearings: 2 ball bearings
• Shaft spline type: 25T (5.9mm)
• Rocking chair material: plastic, POM
• Hull: Nylon and fiberglass
• Wire Length: 300mm ±5mm (Black, Red, White and Yellow)
• Motor type: brush motor, metal
• Waterproof: no
• Power range at 6 V - 7.4 V
• Resting consumption is 5 mA at 6 V and 7 mA at 7.4 V.
• No-load speed - 50 rpm at 6 V, 62 rpm at 7.4 V.
• No-load current - 130 mA for 6 V, 150 mA for 7.4 V.
• The maximum torque is 15 kg cm at 6 V and 17.5 kg cm at 7.4 V.
• The current when the shaft is blocked is 1500 mA for 6 V and 1800 mA for 7.4 V.