Hqprop Three Blade Propeller for Avata2 Drone 3x3x3 High Efficiency Fpv - Image 2

Hqprop Three Blade Propeller for Avata2 Drone 3x3x3 High Efficiency Fpv - Image 3

Hqprop Three Blade Propeller for Avata2 Drone 3x3x3 High Efficiency Fpv

$9.10

Shipping: Orders are processed within 3 business days. Delivery time depends on item size and shipping method. Shipping cost is calculated at checkout based on volumetric weight and destination. Shipping Policy

Returns: Eligible returns are accepted within 30 days after delivery. Non-defective returns may be subject to a USD 20 return label fee and a USD 20 restocking fee. Approved refunds are processed within 7 days after inspection. Return & Refund Policy

Brand notice: FPVBay is an independent seller. Brand names, product names, model names, and OEM references are used only for identification or compatibility purposes and do not imply affiliation or endorsement unless explicitly stated otherwise.

2000 in stock

Description

Key Selling Points

Specifically designed for Avata2 drones ensuring perfect compatibility and fit.
Features a high efficiency three-blade design for enhanced flight performance and thrust.
Constructed from durable plastic material for longevity and resistance to impact.
Easy to install and replace, allowing for quick maintenance and minimal downtime.
Each package includes propellers (two clockwise and two counter-clockwise) for a complete set.

Technical Specifications

Propeller Type	Three-Blade
Compatibility	Avata2 Drone
Material	Plastic
Color	Gray
Configuration	2CW 2CCW

FAQ Q&A

Q: Are these propellers compatible with other drone models?

A: These propellers are specifically designed for the Avata2 Drone, ensuring optimal performance and fit. Compatibility with other models is not guaranteed.

Q: What is included in one package?

A: Each package typically includes a full set of propellers: two clockwise (CW) and two counter-clockwise (CCW) blades.

Q: How do these propellers improve flight efficiency?

A: The three-blade design is engineered for high efficiency, providing improved thrust and stable flight, which can lead to better battery life and control.