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T-MOTOR MF1806 MF2009 MF2211 Polymer Folding propeller - Prop for rc multi-rotors VTOL UAV

T-MOTOR MF1806 MF2009 MF2211 Polymer Folding propeller - Prop for rc multi-rotors VTOL UAV

T-Motor

Regular price $56.61 USD
Regular price $73.59 USD Sale price $56.61 USD
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Express Shipping: 5-8 days;

Return&Refund: 30 Days.

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T-MOTOR MF1806 MF2009 MF2211 Polymer Folding propeller SPECIFICATIONS

Brand Name: T-MOTOR

Origin: Mainland China

Material: Carbon Fiber

Recommend Age: 14+y

RC Parts & Accs: Propellers

Size: MF2009

For Vehicle Type: Helicopters

Use: Vehicles & Remote Control Toys

Upgrade Parts/Accessories: motor

Remote Control Peripherals/Devices: ESC

Tool Supplies: Battery

Model Number: MF2009


T-MOTOR MF1806 MF2009 T-MOTOR Series Folding Weight Package Weight 213g (Sing

Model NO. MF2009 T-MOTOR Series Folding Weight Package Weight 213g (Single Blade) Diameter 20.4inch(515.8mm) Package Size 260*95*40mm Pitchn 7.3inch(1 85.1mm)

MF2009 M3*10 black cup head screwx4 Warning 1.Do not add force

Warning: MF2009 Propeller (M3*10, Black Cup Head). Important Safety Precautions: 1. Avoid applying excessive force or stress onto the propellers. 2. Never disassemble or decompose the propeller, as this may lead to functional issues. 3. Do not use the propeller in hostile or adverse environments.

carbon PRINCIPLE Propellers of light weight, durable density and small moment of in

Carbon fiber propellers are designed with lightweight, high-density, and low-moment-of-inertia principles for exceptional performance.

Easy Choice Clear naming convention lets you choose the most suitable propeller easily MFZO

Clear naming conventions enable easy selection of the ideal propeller. The 'MFZ09R' series offers a range of options specifically designed for multi-rotor applications.

Original Technology Continuous reform and refinement of our injection molding process gives an optimum hybrid mix of

Through continuous technology advancements, we have refined our injection molding process to create a unique hybrid blend of carbon fiber and polymer properties in our XCARBON propellers, resulting in optimized performance.

mold for 0.25mm degree is employed to the surface to trailing edge . airflow

A 0.25mm precision mold is used to form the trailing edge surface, providing protection against airflow interference and UV rays. This design enables reduced prop drag and an optimized lift-to-drag ratio.

final propeller design came out from more than 10 candidates after comparison on targeted working condition .

The optimal propeller design was selected from over 10 candidates following a comparative evaluation under targeted operating conditions. To further optimize the design, X-carbon CFD (Computational Fluid Dynamics) simulations were employed to analyze the structure by incorporating load distribution results from fluid simulation into the propeller's performance.

energy-snubber technology is adopted to protect the motors when propellers are

This propeller features innovative energy-snubber technology, which protects the motor from damage when the propeller is subjected to impacts. The unique design also absorbs shock energy upon impact, minimizing stress on the structure.

M3 Flat Head Inner-hexagon Spindle Screw Upper Plate PTFE

This propeller features a shaft design that shares the same steel material as the motor shaft, preventing spindles and screws from bending or warping. Additionally, the blades are crafted from 7075 aluminum alloy with anodizing treatment, providing a lightweight yet robust and rust-resistant construction.

R&D team from T-MOTOR optimized the magnetic circuit design of the corresponding motor

T-MOTOR's R&D team has optimized the magnetic circuit design of their motors and Alpha ESCs to provide exceptional performance, ensuring fast response and a superior flying experience.

Superior Texture Test carried out to ensure the craft and quality t0 the best of it

Superior texture tests were conducted to guarantee the highest level of craftsmanship and quality.

fix the props onto motors with nylok: ODDL Spread the

Install the propellers securely onto your motors using Nylock nuts, spreading the blades evenly to ensure proper installation before taking off.

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