GEMFAN 2512 Toothpick PC 4L4R 1.5MM 3 Blade Propeller
₹229.00
The GEMFAN 2512 Toothpick PC propeller is a lightweight 3-blade prop set designed for 1103–1108 motors. Made from durable polycarbonate, it offers smooth thrust, fast response, and reliable performance for micro FPV and toothpick-style drones.
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Product Details
Features:
Technical Specifications:
- Lightweight 3-blade propeller optimized for toothpick FPV drones
- Durable polycarbonate material for improved impact resistance
- Designed for smooth thrust and efficient power delivery
- Compatible with 1103 to 1108 size motors
- Balanced design ensures stable and vibration-free flight
- Ideal for freestyle and racing micro drones
- Compact size suitable for lightweight builds
- Easy installation with standard motor shafts
- Provides responsive control and quick acceleration
- Perfect for hobby and professional FPV pilots
Technical Specifications:
- Propeller Size: 2.5 × 1.2 inch
- Diameter: 63.76 mm
- Hub Thickness: 4mm
- Blade Count: 3 Blade
- Material: Polycarbonate (PC)
- Motor Compatibility: 1103–1108
- Mounting Hole Diameter: 1.5mm
- Rotation: 4CW + 4CCW
- Weight: 0.8g (per propeller)
- Design Type: Toothpick style
- Application: FPV micro drones
Additional Details:
Package Details:
- Manufacturer: GEMFAN
- Brand: GEMFAN
- Generic Name: FPV Propeller, Drone Propeller, Toothpick Propeller
- Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
- Ideal For: Toothpick drones, micro FPV drones, racing drones, freestyle FPV builds
Package Details:
- Includes: 1 x GEMFAN 2512 Toothpick PC 4L4R 1.5MM 3 Blade Propeller (4CW + 4CCW)
Frequently Asked Questions:
Q1: Which motors are compatible with these propellers?
Ans. These propellers are compatible with 1103 to 1108 size motors.
Q2: Are these propellers suitable for FPV racing?
Ans. Yes, they are ideal for FPV racing and freestyle micro drones due to their lightweight and responsive design.
Q3: What material are these propellers made of?
Ans. They are made from durable polycarbonate (PC) material for strength and flexibility.
