HQProp Cine7(7X4X3) (1CW+1CCW) Black-Glass Fiber Reinforced Nylon

5.00 out of 5 based on 1 customer rating
(1 review)

900

9 products sold in last 9 hours
Selling fast! Over 2 people have in their cart

HQProp Cine7 Propeller 7x4x3 with glass fiber reinforced nylon construction. Designed for stable thrust, smooth flight, and cinematic FPV drones.

99 in stock
21 people are viewing this right now
  • Check Mark Estimated Delivery : Up to 4 business days
  • Visa Card
  • MasterCard
  • American Express
  • Discover Card
  • PayPal
  • Apple Pay
Guaranteed Safe And Secure Checkout

HQProp Cine7 (7x4x3) FPV Propeller

Stable & Efficient 7-Inch Propeller for Cinematic FPV Drones

The HQProp Cine7 7x4x3 propeller is designed for FPV pilots who demand smooth thrust, reliable efficiency, and consistent flight behavior.
Unlike aggressive racing propellers, this tri-blade design focuses on controlled airflow and reduced vibration.
As a result, it performs exceptionally well on 7-inch cinematic and long-range FPV drones.

Glass Fiber Reinforced Nylon Construction

HQProp produces the Cine7 propeller using high-quality glass fiber reinforced nylon.
Because this material resists flex under load, the propeller maintains its shape during rapid throttle changes.
Therefore, overall flight stability and efficiency improve, even on heavier builds.

Optimized 7x4x3 Tri-Blade Geometry

With a 7-inch diameter and a 4-inch pitch, this propeller delivers a balanced combination of thrust and efficiency.
Meanwhile, the three-blade configuration enhances air grip without excessive current draw.
Consequently, pilots experience smooth acceleration and predictable handling throughout the flight.

Consistent Performance in Real Flight Conditions

During real-world flying, the Cine7 propeller maintains stable performance across different throttle ranges.
For example, slow cinematic passes remain smooth, while mid-throttle cruising feels efficient.
At the same time, sudden throttle inputs do not introduce unwanted vibration.
Because of this consistency, pilots achieve cleaner footage and better overall flight confidence.

Balanced CW & CCW Rotation

This set includes one clockwise and one counter-clockwise propeller.
As a result, rotational forces remain balanced across the motors.
In turn, yaw stability and overall control improve during flight.

Key Advantages

  • Firstly, durable glass fiber reinforced nylon material

  • Secondly, smooth and stable thrust for cinematic FPV

  • Additionally, efficient 7x4x3 tri-blade design

  • Moreover, reduced vibration for cleaner video output

  • Finally, trusted HQProp Cine series quality

Technical Specifications

Parameter Specification
Propeller Diameter 7 Inch
Pitch 4
Blade Count 3
Material Glass Fiber Reinforced Nylon
Hub Diameter 13 mm
Shaft Size 5 mm
Weight 10.3 g

Package Includes

  • 1 × HQProp Cine7 7x4x3 CW Propeller

  • 1 × HQProp Cine7 7x4x3 CCW Propeller

Why Choose HQProp Cine7

In summary, the HQProp Cine7 7x4x3 propeller delivers a reliable blend of durability, efficiency, and smooth thrust.
Because it is engineered for stable cinematic flight, it remains a dependable choice for FPV pilots flying 7-inch platforms.


🔗 Manufacturer Website

HQProp – Official Website

🔗 Related Mall of Aviation Products

Explore More FPV Propellers at Mall of Aviation

1 review for HQProp Cine7(7X4X3) (1CW+1CCW) Black-Glass Fiber Reinforced Nylon

5.00 out of 5 stars

5
1
4
0
3
0
2
0
1
0
  1. Reviewer profile image
    5 out of 5

    AMIT

    Smooth and Reliable 7-Inch Cinematic Propeller

    The HQProp Cine7 7x4x3 propellers offer smooth and stable performance, making them a good choice for 7-inch cinematic FPV drones. The glass fiber reinforced nylon feels durable and holds shape well during throttle changes. Flight response is predictable, with reduced vibration and efficient mid-throttle cruising. The balanced CW and CCW set also helps maintain steady control. Overall, a dependable option for pilots looking for stable and efficient long-range or cinematic flying.

Add a review

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.