MAD Components Components BSC 2807 1500KV Brushless Motor - 6S

Name: MAD Components Components BSC 2807 1500KV Brushless Motor - 6S
Brand: MAD Components
SKU: DRFC-2816
Price: 2969.00 INR
Availability: OutOfStock

₹2,969.00 (Inclusive of all taxes)

Out of Stock

The MAD Components Components BSC 2807 is a 1500KV brushless motor engineered for high-efficiency, long-range, and endurance-focused FPV drone builds. Its 12N14P stator configuration delivers smooth torque and responsive control, optimized for 4S to 6S LiPo battery systems.

Features

1500KV rating optimized for 4S-6S LiPo batteries and long-range flight efficiency.
12N14P stator configuration for smooth, high-torque operation and precise throttle response.
Generates up to 2100 grams (2.1 kgf) of maximum thrust for impressive lift and climb performance.
Robust 2807 size (27mm diameter x 32.3mm height) with a precision-balanced rotor (≤5mg).
Features M5 threaded propeller mounting for secure and easy installation of large props.

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Description

The MAD Components BSC 2807 V1.0 motor is designed to balance high performance with electrical efficiency, making it a prime choice for pilots building endurance-focused 5-inch and 6-inch FPV drones. Its 1500KV winding is specifically tuned for 4S to 6S voltage ranges, providing ample torque for aggressive maneuvers while maximizing flight time.

Constructed with a 12N14P stator, the motor offers exceptionally smooth rotation and enhanced magnetic efficiency, translating to precise control and reduced vibration. The lightweight 47-gram design minimizes overall aircraft weight, while the robust housing and high-quality bearings ensure durability through demanding freestyle and long-range flight sessions.

Key Features

High-Efficiency Stator Design: 12N14P configuration optimizes magnetic flux for maximum torque per amp, extending battery life.
Precision Dynamic Balancing: Rotor balanced to ≤5mg for ultra-smooth operation, reducing frame vibrations and improving video feed quality.
Optimized Thermal Management: Motor construction and winding technique manage heat effectively, supporting sustained high-power operation.
Durable Mechanical Build: High-grade materials and sealed bearings protect against dust and debris ingress for long-term reliability.
Universal M5 Prop Mount: Standard M5 threaded shaft accommodates a wide range of high-performance propellers for 5-inch and larger frames.

Applications

5-inch and 6-inch long-range FPV drones requiring efficient cruise performance.
Endurance-focused freestyle quads where smooth throttle control and flight time are prioritized.
Heavy-lift cinematic drones carrying action cameras or lightweight payloads on 4S-6S power.
Racing drones in lower KV classes where efficient power delivery is key.

Technical Specifications

Motor Model	MAD Components BSC2807 V1.0
KV Rating	1500 KV
Motor Type	Outrunner Brushless
Stator Size	2807 (27mm x 32.3mm)
Pole Configuration	12N14P
Maximum Thrust	2100 grams (2.1 kgf)
Maximum Power	1090W
Max Efficiency Current	47.6A
No-Load Current	1.25A @ 10V
Weight	47 grams
Propeller Mount	M5 Threaded Shaft
Recommended Battery	4S-6S LiPo

Frequently Asked Questions

What is the recommended battery voltage (cell count) for the MAD Components BSC 2807 1500KV motor?

The MAD Components BSC 2807 1500KV motor is optimized for 4S to 6S LiPo battery packs. Its 1500KV winding provides a balance of torque and RPM ideal for efficient cruising on 6S, while still offering strong performance on 4S for pilots seeking a slightly less aggressive throttle response.

What size propellers are compatible with this motor's M5 mounting?

This motor features a standard M5 threaded shaft, making it compatible with a wide range of propellers designed for 5-inch and larger drones. Common pairings include 5.1x5.1x3 or 5x4.8x3 bi-blade and tri-blade props for racing/freestyle, and 6x4.5x3 or similar for long-range efficiency builds. Always ensure the propeller hub has an M5 bore.

Is this motor suitable for high-temperature or demanding freestyle flying?

Yes. The BSC 2807 is built with a robust housing, high-temperature magnets, and quality bearings designed to handle the thermal and mechanical stresses of aggressive freestyle flying. Its 12N14P design also promotes efficient power transfer, which helps manage heat generation during sustained high-throttle segments.

What is the significance of the 12N14P (12N14P) stator configuration?

The 12N14P configuration refers to 12 stator poles (N) and 14 magnet poles (P). This design increases the number of magnetic interactions per revolution compared to simpler layouts, resulting in smoother rotation, finer control resolution, and improved torque efficiency. This translates to more responsive throttle control and less cogging, especially at lower RPMs.