GEMFAN 1608-3 40MM Tri-Blade 1.5MM Shaft Prop
GEMFAN 1608-3 40MM Tri-Blade 1.5MM Shaft Prop
GEMFAN 1608-3 40MM Tri-Blade 1.5MM Shaft Prop
Enhance your micro drone’s agility and performance with the GEMFAN 1608-3 40MM Tri-Blade Propellers. Meticulously designed for precision and power, these 1.6-inch propellers are ideal for pilots seeking superior control, durability, and efficiency in both indoor and outdoor environments.
Specifications:
Center Hole Diameter: 1.5mm
Quad weight: 30g
Size: 1.6 Inch
Props Dia: 40mm
Material: Poly carbonate
Blade: 3
Pitch: 0.8 inch
Center Thickness: 5mm
Weight: 0.42g
Key Features:
Optimized Performance: Featuring a 40mm prop diameter and a 0.8-inch pitch, these propellers deliver a perfect blend of speed and stability, enabling your drone to execute sharp maneuvers and tight turns with ease.
Tri-Blade Design: The three-blade configuration ensures consistent thrust and smooth handling, providing you with precise control and enhanced stability during flight.
Lightweight & Durable: Weighing just 0.42g, these propellers are made from durable polycarbonate (PC), offering long-lasting performance without adding unnecessary weight to your drone.
Wide Compatibility: The 1.5mm center hole diameter makes these propellers compatible with various motors, including 0802, 1102, and 1103, making them a versatile option for different setups.
Stylish Color Options: Available in Transparent Gray and Transparent Red, these propellers not only boost your drone's performance but also add a sleek, modern look.
Precision Construction: With a 5mm center thickness, these propellers are designed for a secure fit, ensuring optimal performance and stability. The lightweight design complements drones with a total weight of around 30g, maximizing flight efficiency and control.
Upgrade your micro drone with the GEMFAN 1608-3 40MM Tri-Blade Propellers and experience the perfect combination of power, durability, and style. Whether you're flying indoors or outdoors, these propellers will help you achieve the ultimate in performance and maneuverability.