720 Coreless Motor & 55mm Blade Propeller Combo - 2CW+2CCW Motors + 2 Propellers

Name: 720 Coreless Motor &amp; 55mm Blade Propeller Combo - 2CW+2CCW Motors + 2 Propellers
Brand: Generic
SKU: DRFC-2352
Price: 371.25 INR
Availability: OutOfStock

₹371.25 (Inclusive of all taxes)

Out of Stock

This 720-size coreless brushed motor and 55mm propeller combo is engineered for ultra-micro indoor racing drones and micro multirotor platforms, operating on 1S LiPo (3.7V) power systems for high-RPM, low-torque flight performance.

Features

720-size coreless brushed motor rated for 48,000 RPM at 3.7V.
Includes 2x CW and 2x CCW rotation motors for quadcopter builds.
55mm (2.2-inch) plastic propellers designed for high-speed micro drone applications.
1.0mm motor shaft diameter for secure propeller mounting.
Plug-and-play compatibility with micro flight controllers and 1S power systems.

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Description

The 720 coreless motor is a compact, lightweight DC motor engineered for micro and nano-sized multirotor frames, typically under 100mm. Its coreless design provides high rotational speeds with minimal electrical noise and low internal resistance, making it ideal for weight-sensitive indoor and park flyer drones. The motor’s metal housing ensures durability while maintaining a minimal thermal footprint.

Paired with the included 55mm propellers, this combo delivers the thrust-to-weight ratio necessary for agile micro quadcopter flight. The propellers are constructed from a high-tenacity plastic blend to withstand minor impacts and maintain structural integrity at high rotational speeds. This set provides a complete propulsion solution for builders of tiny whoop-class and micro racing drones requiring a simple, reliable power system.

Key Features

High-speed 720 coreless motor design optimized for 1S LiPo voltage (3.7V).
Low electrical noise and resistance for efficient power draw and longer flight times on small batteries.
Metal motor housing for improved heat dissipation and mechanical durability.
Includes both CW and CCW rotation motors for standard quadcopter torque balancing.
55mm propellers provide efficient thrust for micro frames while being lightweight.
Plug-and-play wiring with 5cm leads for straightforward integration into compact builds.

Applications

Ultra-micro indoor racing drones and tiny whoop builds.
DIY micro and nano quadcopter frames under 100mm diagonal.
Lightweight park flyer and line-of-sight micro multirotors.
Educational and prototyping platforms for beginner drone builders.
Small-scale aerial photography platforms requiring minimal vibration.

Technical Specifications

Motor Type	Brushed Coreless
Motor Size	720 (7mm diameter x 20mm length)
Shaft Diameter	1.0 mm
Rated Voltage	3.7 VDC (1S LiPo)
Operating Current	0.1 A
Rated Speed	48,000 RPM
Max Speed	50,000 RPM
Wire Length	5 cm
Propeller Length	55 mm (2.2 inches)
Propeller Material	Plastic
Motor Material	Metal
Operating Temperature	-10°C to 50°C

Frequently Asked Questions

What is the voltage range for these 720 coreless motors?

These motors are rated for a nominal 3.7 volts, making them compatible with standard 1S LiPo batteries. Operating them outside this voltage, such as with a 2S pack, will significantly increase RPM and current draw, leading to rapid motor failure and potential burnout.

How do I identify the CW and CCW rotation motors?

The motor rotation is indicated by the wire colors. Motors with red and blue wires are configured for clockwise (CW) rotation. Motors with black and white wires are configured for counter-clockwise (CCW) rotation. Install them on your frame accordingly to achieve proper torque balancing in a standard quadcopter 'X' configuration.

What type of flight controller and ESC are needed for these motors?

These brushed coreless motors require a flight controller with integrated brushed motor ESCs or a separate brushed ESC board. Most micro AIO (All-In-One) flight controllers designed for tiny whoops include 1S brushed ESC outputs. Simply solder the motor wires directly to these designated pads; no additional BLHeli configuration is required.