Essential details
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Product Introduction
LN22071700KV1900KV2400KV Brushless Motor forRC Drone FPV
Description
The LN2207 is a brushless motor with multiple KV options (1700KV/900KV/2400KV), designed specifically for RC drones and FPV (First-Person View) systems. The "2207" in the model number indicates the stator size (22mm diameter, 7mm height). The KV value represents the RPM per volt under no load (e.g., 1700KV = 1700 RPM per volt), enabling adaptation to diverse flight performance requirements.
Multi-KV Flexibility: Offers 1700KV, 1900KV, and 2400KV options, allowing users to optimize for speed, torque, or battery voltage.
Efficient Thermal Management: Brushless design minimizes friction, paired with lightweight materials (e.g., aluminum alloy housing) for enhanced heat dissipation and durability.
FPV Racing Optimization: High RPM responsiveness and low latency make it ideal for FPV racing drones requiring precise control and burst power.
FPV Racing Drones: High KV values (e.g., 2400KV) pair with small propellers for extreme speed and agile maneuvers. Aerial Photography & Long-Range Drones: Lower KV values (e.g., 1700KV) with larger propellers deliver higher torque and energy efficiency for extended flight times.
DIY Drone Projects: Multi-KV compatibility supports hobbyists in customizing powertrains for varying frame sizes and flight styles.
Description
The LN2207 is a brushless motor with multiple KV options (1700KV/900KV/2400KV), designed specifically for RC drones and FPV (First-Person View) systems. The "2207" in the model number indicates the stator size (22mm diameter, 7mm height). The KV value represents the RPM per volt under no load (e.g., 1700KV = 1700 RPM per volt), enabling adaptation to diverse flight performance requirements.
Multi-KV Flexibility: Offers 1700KV, 1900KV, and 2400KV options, allowing users to optimize for speed, torque, or battery voltage.
Efficient Thermal Management: Brushless design minimizes friction, paired with lightweight materials (e.g., aluminum alloy housing) for enhanced heat dissipation and durability.
FPV Racing Optimization: High RPM responsiveness and low latency make it ideal for FPV racing drones requiring precise control and burst power.
FPV Racing Drones: High KV values (e.g., 2400KV) pair with small propellers for extreme speed and agile maneuvers. Aerial Photography & Long-Range Drones: Lower KV values (e.g., 1700KV) with larger propellers deliver higher torque and energy efficiency for extended flight times.
DIY Drone Projects: Multi-KV compatibility supports hobbyists in customizing powertrains for varying frame sizes and flight styles.
