HGLRC SPECTER 1404 2750KV 4–6S Brushless FPV Motor for 2-Inch Cinewhoop & 4-Inch Toothpick Drones

Features：

1. Brand new rotor appearance design, anodized two-color process

2. 7075 aviation aluminum material, high-strength one-piece rotor

3. Customized N52H curved magnetic steel, strong magnetism, high torque

4. Super high temperature resistant 200° copper wire winding, the motor runs more stably

5. Imported Kawasaki silicon steel sheets, low loss stator, reduce heat generation and improve efficiency

6. New and optimized tuning, maintain high torque at low speed, linear power output when the throttle changes rapidly, and precise and fast response when turning

7. Alloy Steel Outlet Shaft, high strength and reduce the weight of the fuselage

8. Suitable for 2-inch Tiny drone or 4-inch toothpick drone

Specification：

Motor: KV2750

Slot pole: 9N12P

Maximum continuous current: 6.9A

Maximum power: 155W

Input voltage: 4-6s

ESC:> 15A

Recommended propeller: 2-4 inches

Motor size: Φ19.13mx 12.25mm

Mounting hole: 4*M2-∅9

Weight: 10g (including wire)

Packing List：

1404 2750KV motor x 1

M2x6mm screws x 5

M2x7mm screws x 2

HGLRC Specter 1404 Brushless FPV Motor efficacy data: prop size, voltage, throttle, current, force, power, efficiency, temperature. Conditions vary.

Packing list: 1404 2750KV motor, 5 M2x6mm screws, 2 M2x7mm screws.

1404 motor, 2750KV, 6.9A max current, 155W power, 9N12P poles, N52H magnets, Kawasaki1200 stator, 7075 rotor, ISC bearing, 200°C winding, 10g weight, alloy steel, M1.5x3.8mm shaft, 4-M2-EOS-Φ9 mounting.

New design, 7075 rotor, two-color anodizing, 1404-2750KV motor.

High-performance HGLRC Specter 1404 Brushless FPV Motor with N52H arc-shaped magnetic steel for stronger magnetism and higher efficiency.

High-quality motor with 200°C ultra-high temperature resistant copper wire winding.

High efficiency HGLRC Specter 1404 Brushless FPV Motor with imported low-loss silicon steel sheet, reducing heat and loss.

New, optimized tuning: high torque, linear power output, quick response.