XYH FPV Drone Brushless Motor 2810-1300kv operates on 3S-6S batteries, delivering 200W-500W power with 15A-30A continuous current. Balancing speed and torque, it suits medium-sized FPV Drones, aerial photography UAVs, and pairs seamlessly with Carbon Fiber Drone Frames, ideal for medium-high speed flights and moderate loads.

Product Overview

The FPV Drone Brushless Motor 2810-1300kv is engineered for reliable performance in medium-sized drones, bridging speed and torque for versatile use. As a key drone accessory, it integrates flawlessly with Carbon Fiber Drone Frames and 5 Inch FPV Drone Kits, supporting aerial photography and heavy-duty UAVs. Its 1300kv rating optimizes medium-high speed flights without sacrificing efficiency, making it a top choice for both hobbyists building diy carbon fiber drone frames and professional manufacturers.

Technical Specifications

Model: FPV Drone Brushless Motor 2810-1300kv

KV Rating: 1300kv (optimized for medium-high speed)

Voltage Compatibility: 3S-6S lithium batteries (11.1V-22.2V)

Continuous Current: 15A-30A (varies by voltage and load)

Power Output: 200W-500W (depending on voltage and load)

Applicable UAV Types: Medium-sized quadcopters/hexacopters, aerial photography drones, heavy-duty UAVs (multi-motor setups)

Compatibility: carbon fiber drone frames, 5 Inch FPV Drone Kits, fpv drone carbon frames

Construction: High-grade aluminum alloy (heat-resistant, lightweight)

Weight: ~65g (balanced for drone agility)

Product Features

Balanced Performance: 1300kv rating strikes a perfect balance between speed and torque, outperforming lower kv motors in medium-speed flights and higher kv options in load handling.

Wide Voltage Range: 3S-6S compatibility adapts to diverse drone setups, from 5 Inch FPV Drone Kits (3S) to heavy-duty UAVs (6S), reducing the need for multiple motor types.

Efficient Power Delivery: 200W-500W output ensures sufficient thrust for carbon fiber drone bodies with moderate payloads (cameras, sensors), extending flight time by 10-15% vs. less efficient motors.

Durable Build: High-grade aluminum alloy resists overheating and corrosion, ideal for carbon fiber Racing Drone frames in harsh environments.

Easy Integration: Standard mounting fits most carbon fiber fpv frames and 250mm drone frames, simplifying assembly for DIY builds.

How to Install the Motor

Mounting: Secure the motor to your carbon fiber drone frame or 5 Inch FPV Drone Kit using compatible screws; ensure alignment with propeller shafts.

Wiring: Connect motor leads to the ESC (match polarity); secure wires to avoid interference with propellers.

Propeller Attachment: Install appropriate propellers (recommended 5-6 inches for 3S-6S setups) and tighten firmly.

Calibration: Use drone software to calibrate motor output, ensuring balanced performance across multi-motor setups.

Test Run: Perform a low-throttle test to check for vibrations; adjust mounting if needed to prevent damage to carbon fiber components.

Application Scenarios

Aerial Photography Drones: Powers carbon fiber drone bodies with cameras/gimbals, balancing speed for maneuverability and torque for stable hovering.

FPV Racing: 1300kv speed suits Carbon Fiber Racing Drone frames, delivering agility for tight turns and straight-line acceleration.

Industrial UAVs: Supports heavy-duty quadcopters/hexacopters inspecting infrastructure, with enough torque for extended missions.

DIY Projects: Integrates into Carbon Fiber Drone Frame Kits, ideal for hobbyists building custom FPV or utility drones.

Value to Buyers

Drone Manufacturers: Wide voltage compatibility reduces inventory costs; reliable performance minimizes warranty claims.

Pilots: Balanced speed/torque enhances flight versatility, from racing to photography, without needing multiple motors.

Industrial Users: Efficient power delivery extends mission time for inspections, improving operational productivity.

Certifications and Compliance

Complies with CE and ROHS standards, meeting global safety and environmental regulations for drone components.

Customization Options

Offers bulk-order customization for wire length and connector types, tailoring to specific carbon fiber drone frame designs. Supports branded packaging for commercial partners.

Production Process

Motors undergo: 

1) Precision machining of aluminum alloy housing; 

2) Winding of high-grade copper coils for efficiency; 

3) Assembly of bearings and rotor; 

4) Testing (current draw, kv accuracy, durability) to ensure consistent performance.

FAQ

Q: Is it compatible with 5 Inch FPV Drone Kits?

A: Yes, it pairs perfectly with 5 Inch FPV Drone Kits and carbon fiber fpv frames, supporting 3S-4S batteries for optimal performance.

Q: What propeller size works best?

A: 5-6 inch propellers (e.g., 5045, 6045) balance thrust and efficiency, ideal for carbon fiber Racing Drone frames.

Q: Can it handle heavy payloads?

A: It excels with moderate loads (200-500g), such as action cameras—suitable for aerial photography drones.

Q: Does it require special ESC?

A: Works with standard 30A+ ESCs compatible with 3S-6S batteries, common in carbon fiber drone kits.

Q: What’s the lifespan under heavy use?

A: Up to 500+ flight cycles with proper maintenance (cleaning, avoiding overheating), outlasting budget motors.