Pro-Range LR 6026 PC 2-Blade 2.6" Propellers (2CW+2CCW)

Name: Pro-Range LR 6026 PC 2-Blade 2.6" Propellers (2CW+2CCW)
Brand: Pro-Range
SKU: DRFC-0950
Price: 123.00 INR
Availability: OutOfStock

₹123.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range LR 6026 PC 2-Blade Propellers are engineered for drones, offering a 2.6-inch pitch and lightweight polycarbonate construction for efficient flight. Designed for T-mount and M5 motor shafts, these propellers enhance stability and performance with their balanced design.

Features

Lightweight polycarbonate construction at just 3.04g per prop.
Optimized 2.6-inch pitch for efficient thrust and endurance.
Versatile dual compatibility with T-mount and M5 motor shafts.
Includes a complete set of 2CW + 2CCW propellers for quadcopter setups.
Specifically adapted for 2004-1700KV brushless motors.

Out of stock

Get Notified When Available

Description

Pro-Range LR 6026 Propellers are robust and lightweight blades specifically designed to enhance the flight performance of FPV drones, particularly those requiring efficiency for long-range or cinematic applications. Crafted from durable polycarbonate, these propellers provide an optimal balance of strength and minimal weight, contributing to improved flight stability and overall efficiency during drone operation.

Featuring a well-engineered 2.6-inch pitch across its 6-inch diameter, the LR 6026 propeller optimizes thrust generation. Its thoughtful design ensures smooth operation and consistent performance, making it suitable for a variety of drone builds where sustained flight and responsive control are critical. The blend of material science and aerodynamic profiling ensures these propellers deliver reliable propulsion in demanding flight conditions.

Key Features

Lightweight and durable polycarbonate (PC) construction.
Optimized 2.6-inch pitch for efficient thrust and extended flight times.
Provides excellent flight balance and stability for smooth aerial maneuvers.
Versatile center hole compatible with both T-mount and M5 motor shafts.
Specifically designed for optimal performance with 2004-1700KV brushless motors.
Includes a full set of 2 Clockwise (CW) and 2 Counter-Clockwise (CCW) propellers.
"Whisky" color finish for clear visibility and aesthetic appeal.

Applications

FPV long-range cruising and endurance flights.
Lightweight cinematic drone builds requiring efficiency.
Endurance-focused FPV freestyle setups.
General-purpose recreational FPV drones.

Technical Specifications

Model Series	LR 6026
Number of Blades	2
Material	Polycarbonate (PC)
Pitch	2.6 inches
Propeller Diameter	153mm (6 inches)
Center Thickness	5.5mm
Center Hole Diameter	T mount & M5
Adaptive Motor	2004-1700KV
Weight	3.04g (per prop)
Rotation	2CW + 2CCW
Color	Whisky

Frequently Asked Questions

What are the key specifications of the Pro-Range LR 6026 propellers?

The LR 6026 propellers feature a 6-inch diameter, 2.6-inch pitch, and are constructed from durable polycarbonate. Each prop weighs 3.04g, offering a lightweight design. They are a 2-blade configuration, optimized for efficient thrust and stable flight, crucial for endurance in FPV applications.

Which motors are these LR 6026 propellers compatible with?

These propellers are specifically designed to be adaptive for 2004-1700KV brushless motors, common in long-range and lightweight drone builds. Their center hole accommodates both T-mount and M5 motor shafts, providing broad compatibility across various motor brands and frame designs for versatile integration.

How many propellers are included in a standard package?

A standard package includes a set of four LR 6026 propellers: two Clockwise (CW) rotating propellers and two Counter-Clockwise (CCW) rotating propellers. This ensures you have a complete set for a standard quadcopter drone, ready for immediate installation and optimal flight performance.

What material is used for the Pro-Range LR 6026 propellers, and what are its benefits?

The Pro-Range LR 6026 propellers are crafted from high-quality polycarbonate (PC). This material is chosen for its excellent balance of light weight, impact resistance, and flexibility, ensuring durability during minor crashes while maintaining optimal aerodynamic efficiency for stable flight performance and endurance.