Flashhobby D2836 2-4S Outrunner Brushless Three-phase Motor for Helicopter UAV Multicopter RC Plane Fixed Wing Robotic Boat Fan

Product Description

D2836 Motor
Products Description
D2836 2-4S Outrunner Brushless Three-phase Motor

The D2836 is constructed with high-quality, lightweight materials including corrosion-resistant windings and a sturdy plastic/metal composite housing. This design perfectly balances durability and portability—ideal for devices where weight and space are critical constraints.

  • 12N14P high torque motor design
  • High RPM NMB bearings for smooth operation
  • CNC machined aluminum bell for superior cooling
  • Excellent insulation and heat resistance
  • High working efficiency for UAV and RC applications
Technical Specifications
Model Name D2836
Weight 70g
Size 28*36mm
Shaft Diameter 4.0mm
Motor Mount 16*19mm (M3*4)
Configuration 12N / 14P
Rated Voltage (Lipo) 2-4S
Product Details
Motor Detail 1
Motor Detail 2
Motor Detail 3
Certifications
Certification 1
Certification 2
Packing & Delivery
Packing
Frequently Asked Questions
What applications is the D2836 motor suitable for?
The D2836 motor is designed for high-performance use in helicopters, UAV multicopters, RC fixed-wing planes, and robotic arms.
What is the benefit of the 12N14P configuration?
The 12N14P high torque design ensures high efficiency and smooth power delivery, providing the necessary thrust for demanding aerial photography and commercial applications.
What battery type should I use with this motor?
This motor is optimized for 2S to 4S LiPo battery configurations, allowing for flexibility in power and flight duration.
How does the motor handle heat during long flights?
The motor features a CNC aluminum bell and high-quality windings designed for excellent heat resistance and insulation, ensuring stable performance during continuous operation.
Are the bearings replaceable or specialized?
The motor uses high-grade NMB bearings known for high RPM stability and durability, which contributes to the long-term reliability of the propulsion system.
What are the dimensions for mounting the motor?
The motor uses a standard 16*19mm mounting pattern with M3*4 screw compatibility, making it easy to integrate into most standard frames.

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