0615 Coreless DC Motor 3.7V for Mini Drones

Specification	Details
Motor Type	Coreless Brushed DC Motor
Model	0615
Operating Voltage	3.7V DC
Motor Diameter	6mm
Motor Length	15mm
Application	Micro Drones & RC Aircraft

Price

₹ 67.80

(Tax included)

Barcode: 901204

The 0615 Micro Coreless DC Motor is a compact and lightweight high-speed coreless motor designed for micro quadcopters, nano drones, RC aircraft, and lightweight robotics applications. Its 6mm diameter and 15mm body length provide higher thrust and improved efficiency compared to smaller 4mm series motors, making it an excellent choice for drone repairs, upgrades, and custom UAV builds.

Key Features:

0615 Standard Drone Motor widely used in micro quadcopters and toy UAV platforms.
Coreless Motor Technology delivers fast response, reduced energy loss, and improved efficiency.
Optimized for 3.7V Batteries supports single-cell Li-ion and LiPo power systems.
High-Speed Performance provides reliable thrust for lightweight flying applications.
Compact and Lightweight Design ideal for micro drones, helicopters, and miniature robotics projects.

Technical Details:

Product Type: Coreless DC Motor
Model: 0615
Motor Diameter: 6mm
Motor Length: 15mm
Operating Voltage: 3.7V DC
Motor Technology: Coreless Brushed Motor
Shaft Type: Single-Sided Metal Shaft
Shaft Diameter: Approx. 0.8mm
Rotation Type: Continuous Rotation
Housing Material: Metal
Weight: Ultra-Lightweight
Suitable Applications:
- Micro Quadcopters
- Nano Drones
- RC Helicopters
- DIY UAV Projects
- Educational Robotics
- Drone Motor Replacement

Prototyping and Engineering Tips from Robogears:

Match the motor with appropriately sized propellers to maximize flight efficiency and reduce current consumption.
Avoid sudden propeller impacts or crashes, as the fine shaft can bend under excessive force.
Verify motor polarity during installation to achieve the required CW or CCW rotation direction in drone applications.

Package Includes:

1 x 0615 Micro Coreless DC Motor 3.7V

Disclaimer:

This motor is intended for lightweight drone, RC aircraft, and educational electronics applications. Actual RPM, thrust, and current consumption may vary depending on propeller size, battery condition, and operating load. Overvoltage operation, excessive mechanical loading, or prolonged stall conditions may permanently damage the motor.