Ürün Açıklaması
Maximum Thrust, Smart Design: Optimized for Heavy-Lift Operations
The MF2614VP is developed to offer high efficiency and carrying capacity in large-scale multi-rotor UAV platforms. With its massive 26-inch diameter and precise 14-inch pitch, it converts the motor's torque into thrust most efficiently. Thanks to its foldable structure, it facilitates the transport and storage processes of large-bodied drones while exhibiting rigid propeller performance during flight.
MF2614VP Propeller Highlights
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High-Quality Carbon Fiber Material: The propeller blades are manufactured from aviation-grade carbon fiber. This offers ultra-lightness while minimizing vibration by not flexing even at high RPMs.
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Foldable Mechanism: You can fold the drone into a compact form without needing to disassemble the propellers after operation. This feature shortens setup time in field operations and protects propellers from transport damage.
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Efficiency-Oriented "V" Design: The airfoil is optimized to generate high lift even at low RPMs. This extends battery life and increases flight time.
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Excellent Balance Adjustment: Thanks to precise factory dynamic balancing, it reduces the load on motor bearings and provides smooth data flow for the flight controller's gyro sensors.
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Easy Installation: It has a fully compatible connection interface with T-Motor's industrial motor series (U8, U10, P60, P80, etc.).
Technical Specification Table
| Feature | Detail |
| Diameter | 26 inches |
| Pitch | 14.0 inches |
| Material | Carbon Fiber + Nylon Composite |
| Type | Foldable |
| Weight (Single Blade) | ~85g - 95g (May vary by version) |
| Operating Temperature | -40°C to +65°C |
| Compatible Motors | T-Motor U8, U10, P60, P80 and Similar |
Application Areas
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Agricultural Spraying Drones: High thrust and resistance to chemicals.
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Heavy-Lift Cargo Transportation: Stable flight performance under maximum load.
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Professional Cinematography: Heavy Lift platforms carrying large camera and gimbal systems.
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Industrial Inspection: Wide area scanning tasks requiring long flight times.