MAD Components Components BSC 2812 1155KV Brushless Motor - 4~6S

Name: MAD Components Components BSC 2812 1155KV Brushless Motor - 4~6S
Brand: MAD Components
SKU: DRFC-2811
Price: 4499.00 INR
Availability: OutOfStock

₹4,499.00 (Inclusive of all taxes)

Out of Stock

The MAD Components Components BSC 2812 is a 1155KV brushless motor engineered for 4-6S LiPo FPV and long-range drone applications, delivering up to 3 kgf of thrust with a 12N14P stator configuration for smooth, efficient power.

Features

1155KV rating optimized for 4-6S LiPo batteries and high-efficiency long-range flight.
Delivers a maximum thrust of 3000 grams (3 kgf) with a peak power handling of 1350W.
Features a 12N14P stator configuration for smooth operation and enhanced torque response.
Robust construction with M5 propeller mounting nut for secure attachment.
Low internal resistance of 47 mΩ for efficient power delivery and reduced heat generation.

Out of stock

Get Notified When Available

Description

The MAD Components BSC 2812 V1.0 motor is designed for pilots seeking a balance of power, efficiency, and smoothness in 4-6S FPV and long-range platforms. Its 12N14P magnetic configuration minimizes cogging torque, providing precise throttle control and fluid flight characteristics essential for cinematic footage and endurance flying.

With a peak current rating of 54A and a maximum power of 1350W, this motor offers substantial thrust reserves while maintaining a lightweight 76-gram frame. The optimized stator and low-resistance windings work in concert to maximize flight time, making it a reliable choice for builds where efficiency is as critical as performance.

Key Features

High-Efficiency Stator Design: 12N14P configuration and precision windings minimize electrical losses for extended flight endurance.
High-Thrust Performance: Capable of generating up to 3 kgf of thrust, providing ample power for aggressive maneuvers and heavy-lift scenarios.
Dynamic Thermal Management: Engineered for sustained high-power operation with effective heat dissipation from the stator and bell.
Precision Dynamic Balancing: Rotor balanced to ≤5 mg for exceptionally smooth operation and reduced vibration.
Durable Mechanical Construction: Built with high-grade materials to withstand the physical demands of FPV racing and freestyle impacts.
Standardized Mounting: Features M5 threaded shaft for secure and convenient propeller attachment with standard nuts.

Applications

7-inch long-range and endurance FPV drones requiring efficient 4-6S propulsion.
Heavy-lift cinematic drones and mapping platforms where smooth, reliable power is essential.
FPV freestyle and racing quads in the 5 to 6-inch class seeking a high-torque motor option.
DIY multirotor builds for aerial photography that benefit from the motor's 3 kgf thrust capability.

Technical Specifications

Motor Model	MAD Components BSC2812 V1.0
KV Rating	1155 KV
Stator Size	28mm x 12mm
Motor Dimensions (Dia. x H)	27 mm × 32.3 mm
Weight	76 g
Pole Configuration	12N14P
Max Continuous Current	54 A
Max Power	1350 W
Max Thrust	3000 g (3 kgf)
No-Load Current (@10V)	1.85 A
Internal Resistance (Phase-to-Phase)	47 mΩ
Recommended Voltage	4-6S LiPo (14.8V - 25.2V)
Shaft Thread	M5
Rotor Balance	≤ 5 mg

Frequently Asked Questions

What is the recommended propeller size for the MAD Components BSC2812 1155KV motor?

This motor is optimized for larger propellers, typically in the 7-inch range for long-range efficiency. For 6S power, 7x3.5 or 7x4 propellers are common starting points. Always consult thrust tables and ensure your Electronic Speed Controllers (ESCs) can handle the motor's peak 54A current draw.

Can I run this motor on a 3S LiPo battery?

While technically possible, performance will be significantly reduced as the motor is optimized for 4-6S voltage (14.8V - 25.2V). Running on 3S (11.1V) will not allow it to reach its designed power and efficiency curve. It is strongly recommended to use within the specified 4-6S range.

What is the significance of the 12N14P (12N/14P) configuration?

The 12N14P notation means 12 stator poles (N) and 14 magnet poles (P). This higher pole count compared to standard 12N10P or 9N12P motors results in smoother rotation, finer control resolution, and improved torque at lower RPMs, which contributes to the motor's efficiency and smooth flight characteristics.

What type of ESC is required for this motor?

You will need a high-current BLHeli_S or BLHeli_32 ESC rated for continuous current above 54A per motor, and capable of 4-6S input voltage. A 60A or higher ESC is recommended to provide headroom for peak power demands and ensure reliable operation.