T-Motor F1404 FPV Racing Drone Motor 3800KV 3-6S

Name: T-Motor F1404 FPV Racing Drone Motor 3800KV 3-6S
Brand: T-Motor
SKU: DRFC-2454
Price: 2029.00 INR
Availability: OutOfStock

₹2,029.00 (Inclusive of all taxes)

Out of Stock

The T-Motor F1404 is a 3800KV brushless motor engineered for 2.5–4 inch FPV racing and cinematic drones, offering a high power-to-weight ratio for 3–6S LiPo battery configurations.

Features

3800KV rating optimized for 3–6S LiPo battery operation.
Delivers up to 304W of peak power with a 19A peak current rating.
Features a robust 2mm shaft diameter for compatibility with 3–4 inch propellers.
Lightweight construction at 9.34g including cable for agile micro drone performance.
9N12P stator configuration ensures smooth torque and efficient power delivery.

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Description

The T-Motor F1404 is a precision-engineered brushless motor designed for high-performance micro FPV drones. Its 3800KV winding is tuned to extract maximum efficiency and responsive throttle control from 3–6S LiPo packs, making it suitable for both aggressive racing and smooth cinematic flight profiles.

Constructed with premium components, the motor features a 9N12P stator configuration and a 2mm hardened steel shaft, providing a durable and balanced platform for 2.5 to 4-inch propeller setups. The compact Φ17.9×16.6mm dimensions and sub-10g weight contribute to a superior power-to-weight ratio, essential for long-range endurance and dynamic freestyle maneuvers.

Key Features

High-torque 3800KV winding optimized for 3–6S voltage range.
Durable 2mm steel shaft ensures reliable power transfer to propellers.
Lightweight alloy bell and stator construction minimizes rotational mass.
9N12P magnetic configuration provides smooth, efficient operation.
24AWG silicone lead wires (150mm) offer flexibility and heat resistance.
Low idle current of 0.5A @ 10V enhances overall flight efficiency.
Compact Φ17.9mm diameter design fits tightly in micro and cinewhoop frames.

Applications

High-performance 2.5–3 inch toothpick-style FPV racing drones.
3–4 inch micro long-range and cinematic freestyle quadcopters.
Compact cinewhoop builds requiring smooth throttle response for stabilized video.
Lightweight micro drones targeting extended flight times on 3–4S LiPo packs.
Agile FPV freestyle builds where low weight and high torque are critical.

Technical Specifications

Model	F1404
Motor Type	Brushless Racing Drone Motor
KV Rating	3800 KV
Compatible Battery	3–6S LiPo
Shaft Diameter	2 mm
Stator Configuration	9N12P
Lead Wire	24AWG, 150mm
Idle Current (@10V)	0.5 A
Peak Current (60s)	19 A
Max Power	304 W
Dimensions (Dia. x H)	Φ17.9 × 16.6 mm
Weight (with cable)	9.34 g

Frequently Asked Questions

What is the recommended propeller size for the T-Motor F1404 3800KV?

The F1404 3800KV motor is optimized for 2.5 to 4-inch propellers, commonly used on micro racing and cinematic drones. For 3S operation, 3-inch bi-blade or tri-blade props are ideal. On 4S and above, you can use aggressive 2.5-inch or efficient 3-inch props, ensuring you stay within the motor's 19A peak current limit.

Can the F1404 motor handle 6S LiPo batteries?

While the motor's KV rating of 3800 is typically optimized for 3–4S, its construction can technically handle higher voltages. However, running on 5S or 6S requires extreme caution with propeller selection to avoid exceeding the 19A peak current and 304W power limits. It is strongly advised to use a current-limited throttle curve and monitor motor temperature closely on 5S/6S setups.

What is the mounting hole pattern for this motor?

The T-Motor F1404 features a standard M2 mounting hole pattern. The exact spacing is typically 9mm or 12mm, which is common for micro and cinewhoop frames. Always refer to your frame's specifications and use the included M2 screws for a secure installation.

Is this motor suitable for long-range micro drone builds?

Yes, the F1404's efficient 9N12P design and low idle current make it an excellent choice for long-range micro drones. When paired with an efficient propeller and a 3S or 4S high-capacity LiPo, it provides a strong balance of thrust and power efficiency, extending flight times for exploration and cinematic flights.