GEMFAN VORTEX Electric Glass Fiber Nylon 19x12E (1Piece CCW)
₹1,029.00
The GEMFAN VORTEX Electric Glass Fiber Nylon 19x12E is a high-performance 19-inch fixed-wing propeller engineered with an optimized 12-inch pitch. Constructed from durable imported nylon, it features a CFD-optimized airfoil, frosted leading edge, and anti-slip hub to deliver maximum thrust, low noise, and exceptional reliability for electric UAVs.
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Product Details
Features :
- Advanced CFD-optimized airfoil maximizing thrust efficiency and energy utilization for electric UAVs.
- Ultra-thin tip design reducing noise, suppressing vortices, and improving overall flight efficiency.
- Frosted leading edge enhancing high-speed efficiency and reducing airflow separation during operation.
- Anti-slip hub surface ensuring secure mounting and preventing slippage under high power.
- High-durability glass fiber nylon material providing outstanding toughness and bending resistance.
Technical Details :
- Propeller Size: 19 Inches Diameter with 12 Inches Pitch
- Hub Specifications: 31.5mm Disk Diameter, 12.2mm Center Thickness, 6.35mm Center Hole
- Material Composition: Imported High-Strength Glass Fiber Nylon
- Weight Specifications: 83.9g (Single Propeller) / 94.54g (Including Packaging)
Additional Details:
Manufacturer: Gemfan
Brand: GEMFAN VORTEX
Generic Name: Electric Fixed-Wing Propeller
Sold By: UAV Marketplace
Ideal For: Fixed-wing electric aircraft, long-range UAVs, and high-thrust aerial platforms
Package Details:
1x GEMFAN VORTEX 19x12E Glass Fiber Nylon Electric Propeller (CCW), 1x Packaging and Protection Sleeve
FAQs:
Q1) What are the dimensions of the GEMFAN VORTEX 19x12E propeller?
Ans : It features a 19-inch diameter with a 12-inch pitch, designed for fixed-wing electric aircraft.
Q2) What material is used to manufacture this propeller?
Ans : It is manufactured from imported high-strength glass fiber nylon for exceptional durability and toughness.
Q3) What design features help reduce noise and improve efficiency?
Ans : It utilizes an ultra-thin tip design and a frosted leading edge to suppress vortices and minimize drag.
