Pro-Range 2826 Drone Soccer PC 3-Blade Propellers - Clear Blue

Name: Pro-Range 2826 Drone Soccer PC 3-Blade Propellers - Clear Blue
Brand: Pro-Range
SKU: DRFC-1380
Price: 299.00 INR
Availability: OutOfStock

₹299.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 2826 is a polycarbonate (PC) 3-blade propeller engineered for 200mm-class drone soccer frames. Featuring a 71mm (2.8-inch) diameter and 2.4-inch pitch, it delivers stable thrust and impact resistance for competitive flying, optimized for 1205 4300KV motors.

Features

High-impact polycarbonate (PC) construction for drone soccer durability.
71mm (2.8-inch) diameter with 2.4-inch pitch for stable, responsive thrust.
Optimized for 1205 4300KV motors on 200mm drone soccer quadcopters.
Lightweight 1.68g design enhances flight efficiency and agility.
Secure T-mount 1.5mm hub ensures reliable installation and rotation.

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Description

The Pro-Range 2826 propeller utilizes a rigid polycarbonate (PC) material formulation to withstand the repeated collisions inherent in drone soccer. Its three-blade geometry is tuned for a balance of thrust and control, providing pilots with predictable handling during aggressive maneuvers.

With a 71mm diameter and 2.4-inch pitch, this propeller generates sufficient lift for drones up to a 300g maximum takeoff weight while maintaining compatibility with popular 1205-size motors. The reinforced 5.5mm center hub and T-mount 1.5mm interface prevent slippage under high-torque loads, ensuring consistent power delivery throughout a match.

Key Features

Drone-Soccer-Optimized Polycarbonate: Engineered for high-impact resistance against frame-to-frame contact.
Precision Aerodynamic Profile: 3-blade design and 2.4-inch pitch provide a stable thrust curve for controlled flight.
Lightweight Structural Efficiency: At 1.68g per propeller, it minimizes rotational mass for quicker motor response.
Secure T-Mount Hub: 1.5mm center hole with a 5.5mm thick hub prevents deformation under load.
Wide Blade Design: 13.3mm maximum blade width contributes to consistent lift across the disc area.
Matched Rotation Sets: Sold in a 2CW + 2CCW configuration for ready-to-fly quadcopter installation.

Applications

200mm-class drone soccer quadcopters and competitive flying frames.
Lightweight FPV builds utilizing 1205 4300KV brushless motors.
Durable trainer drones for high-impact, close-proximity flight practice.

Technical Specifications

Propeller Diameter	71mm (2.8 Inch)
Propeller Pitch	2.4 Inch
Material	Polycarbonate (PC)
Blade Count	3-Blade
Color	Clear Blue
Center Hub Thickness	5.5mm
Center Hole / Mount	T-mount 1.5mm
Maximum Blade Width	13.3mm
Rotation Configuration	2CW + 2CCW
Weight per Propeller	1.68g
Recommended Motor	1205 4300KV
Max Takeoff Weight	300g

Frequently Asked Questions

What motor size and KV is this Pro-Range 2826 propeller designed for?

This propeller is specifically optimized for 1205-size brushless motors with a KV rating around 4300. This combination is typical for 200mm drone soccer builds running on 2S or 3S LiPo batteries, providing the ideal balance of thrust and RPM for agile, responsive flight.

Is the 1.5mm T-mount hub compatible with standard prop savers or nuts?

Yes, the T-mount 1.5mm hub is designed for direct mounting onto motor shafts with a matching T-style flat. It is secured with a standard M5 prop nut. It is not intended for use with prop savers that require a through-hole; it requires a motor shaft with the corresponding T-flat feature.

How does the polycarbonate (PC) material perform in crashes compared to standard nylon props?

Polycarbonate offers superior impact resistance and rigidity compared to many nylon blends. It is less likely to bend or deform permanently upon impact, making it ideal for the repeated collisions in drone soccer. However, under extreme stress, it may crack rather than flex, which is a trade-off for its high stiffness.

What is the maximum recommended drone weight for these 2826 propellers?

The manufacturer specifies a maximum takeoff weight of 300 grams for drones equipped with these propellers. Exceeding this weight can lead to reduced flight performance, motor overheating, and potential propeller failure due to excessive load.