IFlight Defender 20 1204 6200KV CCW FPV Motor - Best for Lightweight Builds

Introduction

The iFlight Defender 20 1204 6200KV CCW motor is a high-performance component designed specifically for the demanding world of FPV drones. This motor is ideal for pilots looking to build lightweight, agile, and powerful FPV systems. Whether you're into freestyle flying, competitive racing, or intricate cinematic shots, the Defender 20 motor provides the thrust and responsiveness needed to push your drone to its limits. Experience unparalleled control and efficiency with this top-tier FPV motor from iFlight, available now at HTDRONE.

Key Advantages

• High KV Rating: With 6200KV, this motor delivers explosive acceleration and high top speeds, perfect for agile FPV drones.
• Lightweight Design: Weighing only 5.8g (with wire), it's ideal for building ultra-lightweight FPV quads where every gram counts.
• Durable Construction: Features a segmented bell and robust NMB bearings for extended lifespan and consistent performance.
• Premium Materials: Utilizes N52H curved magnets and single copper winding for maximum efficiency and power output.
• Optimized for Performance: Designed with a 9N12P configuration and a 1.5mm shaft diameter for reliable power delivery.
• Smooth Operation: High-quality NMB bearings (5*2*2.5mm) ensure minimal friction and vibration, leading to smoother flights.
• Easy Integration: Comes with 60mm/28AWG wires and standard M2 mounting holes for straightforward installation on most FPV frames.
• Exceptional Value: Offers a great balance of performance, durability, and price for serious FPV pilots.

Technical Specifications

• Model: Defender 20 1204 Motor
• KV: 6200KV
• Weight (with wire): 5.8g
• Dimensions: 13.5*14.2mm
• Inter-phase Resistance: 0.202Ω
• Input Voltage: 12V
• Peak Current: 7.85A
• Max Power: 89.7W
• Mounting Holes: φ9 φ2mm (3 mounting holes)
• Rotor Specification: Segmented Bell
• Shaft Diameter: 1.5mm
• Shaft Extension Length: 3mm
• Wire: 60mm/28AWG
• Magnets: Curved N52H
• Configuration: 9N12P
• Bearing Type: NMB
• Bearing Specification: 5*2*2.5mm
• Winding: Single Copper Winding

Applications

This motor is perfectly suited for building agile and responsive FPV drones. It excels in applications such as:

• Lightweight Freestyle FPV builds
• FPV Racing drones
• Tiny Whoop or micro FPV setups
• Cinematic FPV drones requiring high efficiency
• Any FPV project where a powerful, lightweight motor is essential

Compatibility

The iFlight Defender 20 1204 6200KV CCW motor features standard M2 mounting holes and a 1.5mm shaft, ensuring compatibility with a wide range of FPV frames and propellers designed for 1204 size motors. It is designed to operate optimally with 12V input voltage and is compatible with most FPV ESCs that can handle its specifications.

FAQ

What is the primary application for the iFlight Defender 20 1204 6200KV CCW motor?

The iFlight Defender 20 1204 6200KV CCW motor is primarily designed for lightweight FPV drone builds, excelling in freestyle and racing applications where high power-to-weight ratio and agility are crucial.

What are the key technical specifications of this iFlight motor?

This motor features a 6200KV rating, a 1.5mm shaft diameter, uses NMB bearings, and N52H magnets. It weighs only 5.8g with the wire and has a segmented bell design for durability.

Is this motor suitable for beginners in FPV?

While powerful, its high KV and focus on lightweight performance make it ideal for experienced pilots or those building specific lightweight rigs. Beginners might consider slightly lower KV motors for easier tuning initially.

Where can I buy the iFlight Defender 20 1204 6200KV CCW motor with fast delivery?

You can buy the iFlight Defender 20 1204 6200KV CCW motor at HTDRONE. We offer fast shipping within Poland and reliable international delivery via DHL to ensure you get your parts quickly.

What is the recommended input voltage for the Defender 20 1204 motor?

The recommended input voltage for the iFlight Defender 20 1204 6200KV CCW motor is 12V. It is designed to operate efficiently within this range for optimal performance and longevity.