Pro-Range 7042 Flash PC 2-Blade Propellers 2CW+2CCW Red

Name: Pro-Range 7042 Flash PC 2-Blade Propellers 2CW+2CCW Red
Brand: Pro-Range
SKU: DRFC-1035
Price: 188.00 INR
Availability: OutOfStock

₹188.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 7042 Flash PC 2-blade propellers in Ferrari Red offer an optimized 3.6-inch pitch for efficient thrust. Crafted from durable polycarbonate, these 178.39mm diameter props ensure stable and responsive flight characteristics for FPV drones.

Features

Optimized 7042 size with a 3.6-inch pitch for balanced thrust.
Durable Polycarbonate construction ensures crash resistance and longevity.
Two-blade design provides agile handling and responsive control.
Includes 2CW+2CCW rotation for immediate multirotor setup.
Vibrant Ferrari Red color for high visibility and aesthetic appeal.

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Description

The Pro-Range 7042 Flash PC 2-Blade Propellers are engineered for multirotor drones, offering a blend of robust construction and lightweight performance. Designed with a specific 7042 (7-inch diameter, 4.2-inch pitch) profile, these propellers contribute to enhanced flight stability and efficiency, ensuring smooth and predictable operation across various flight conditions. Their durable polycarbonate material provides a resilient solution for both FPV racing and freestyle applications.

These 2-blade propellers feature an optimized 3.6-inch pitch, meticulously designed to maximize thrust efficiency without compromising control responsiveness. The precision molding of polycarbonate ensures excellent balance, which is critical for minimizing vibrations and maximizing the lifespan of connected motor bearings. Suitable for a wide range of drone builds, the Pro-Range propellers deliver a reliable and performance-oriented propulsion solution.

Key Features

Constructed from high-strength polycarbonate for exceptional durability and crash resistance.
Precision-molded two-blade design ensures superb rotational balance, reducing vibrations.
Optimized 3.6-inch pitch delivers efficient thrust and responsive control characteristics.
Lightweight profile contributes to increased flight time and agile maneuverability.
Specifically engineered for 7-inch drone setups requiring efficient power delivery.
Vibrant Ferrari Red finish enhances visibility and aesthetic customization.

Applications

Long-range FPV drones
Freestyle FPV setups
Cinematic aerial platforms
General purpose 7-inch multirotor builds

Technical Specifications

Material	Polycarbonate
Blade Count	2
Pitch	3.6 inches
Propeller Diameter	7 inches (178.39mm)
Color	Ferrari Red
Rotation	2x CW, 2x CCW
Center Thickness	7.5mm

Frequently Asked Questions

What makes the Pro-Range 7042 Flash PC propellers ideal for FPV drones?

These propellers feature a robust polycarbonate construction, offering high durability for FPV freestyle and long-range applications. The optimized 7042 size and 3.6-inch pitch provide an excellent balance of thrust and efficiency, crucial for responsive handling and extended flight times in dynamic environments.

How does the 2-blade design benefit drone flight performance?

The 2-blade configuration reduces rotational mass, leading to quicker motor response and enhanced agility, which is beneficial for precise maneuvers in FPV flight. This design also typically generates less noise and offers greater efficiency compared to higher blade counts, contributing to smoother and more controlled flights.

Are these propellers compatible with all motor shafts?

These propellers are designed with a standard mounting hub suitable for most brushless FPV drone motors. While universally compatible with typical M5 prop nuts, users should verify their motor shaft diameter to ensure a secure fit. Always hand-tighten prop nuts, then finish with a wrench, avoiding over-tightening.

What are the main advantages of polycarbonate material for propellers?

Polycarbonate is highly valued for its exceptional impact resistance and flexibility, making it an ideal material for drone propellers. This toughness allows the blades to withstand minor crashes and impacts without shattering, significantly extending their lifespan. Its lightweight nature also contributes to overall drone efficiency and agility.