51466 V2 Hurricane PC 3 Blade - Pink

20% more durable, improved design and faster than ever!
Stronger, higher speed on full throttle and keep the same control
Type：51466 MCK V2
Blades：3
Material：PC
Pitch ：3.6in
Prop Disk Diameter：131.8mm
Center Thickness：6.8mm
Center Hole Inner diameter：M5
Weight / g：4.2g
Adaptive Motor：2207-2306 and up

Product Overview

The Gemfan 51466 MCK V2 is a high-performance 5-inch tri-blade propeller engineered for competitive FPV racing. Built from durable PC material, it features a 3.6-inch pitch and 131.8 mm diameter, weighing just 4.2 g. This V2 version delivers 20% more durability with an improved blade design, providing stronger thrust, faster acceleration, and higher top-end speed while maintaining precise control. Compatible with 2207–2306 motors and larger, it is ideal for pilots seeking maximum performance on demanding tracks and high-KV setups.

Key Features

• 20% more durable than previous version with reinforced design

• Optimized 3.6-inch pitch for maximum speed and acceleration

• Lightweight 4.2 g construction for agile response

• Tri-blade configuration for balanced thrust and control

• Wide motor compatibility with 2207–2306-class motors and above

Applications

• Competitive FPV racing

• High-speed freestyle builds

• 5-inch quads for training or track practice

• Setups requiring strong thrust and precise handling

Features & Advantages

Enhanced Durability
Reinforced blade structure improves resistance to impacts and ensures long-lasting performance in racing environments.

Optimized Blade Design
New geometry provides faster acceleration and higher top-end speed while keeping control smooth and predictable.

Lightweight Performance
At only 4.2 g, the prop maintains low rotational inertia for sharper throttle response and agile maneuvering.

Tri-Blade Efficiency
Three blades deliver balanced thrust and stable control, ideal for high-speed track and freestyle applications.

Motor Compatibility
Standard M5 hub fits 2207, 2306, and larger motors, ensuring secure installation and consistent performance.