8045 Carbon Nylon Propeller for RC Drone FPV Racing Multi Rotor

Specification	Details
Model	8045 (8-Inch Diameter, 4.5-Inch Pitch)
Material	Carbon Fiber Reinforced Nylon
Bore Diameter	6mm (Includes Adapter Rings for 3mm, 4mm, 5mm)
Configuration	Available in CW (Clockwise) and CCW (Counter-Clockwise)
Weight	~10g to 12g (Per Propeller)
Recommended Motor	900KV - 1200KV (e.g., A2212)

Price

₹ 76.27

(Tax included)

Barcode: 7255

Product Description

The 8045 Carbon Nylon Propeller is a high-performance aerodynamic blade designed specifically for multi-rotor drones and FPV racing aircraft. Engineered from a specialized blend of Carbon Fiber and Nylon, these propellers offer a significant upgrade over standard ABS or pure plastic blades. The carbon reinforcement provides extreme rigidity, preventing the blades from "flexing" or "fluttering" during high-speed maneuvers or heavy lifting. This stiffness results in a more responsive flight feel, increased thrust efficiency, and a noticeable reduction in high-frequency vibrations. With an 8-inch diameter and a 4.5-inch pitch, these props are the ideal choice for 450mm and 550mm drone frames looking for a balance of stability and power.

Key Features

Carbon Fiber Reinforced Nylon: Combines the impact resistance of nylon with the rigid, lightweight properties of carbon fiber for maximum durability.
Low Vibration Design: Precision-molded to ensure excellent balance right out of the box, reducing strain on motor bearings and improving video stability.
High-Efficiency Airfoil: The 4.5-inch pitch is optimized for medium-KV motors, providing a strong "bite" in the air for rapid climbs and steady hovering.
Universal Hub Adapters: Each propeller includes a set of plastic insert rings to fit various motor shaft diameters (3mm, 3.2mm, 4mm, 5mm, and 6mm).
Responsive Flight Control: Increased stiffness allows for faster PID controller corrections, making the drone feel "locked-in" during aggressive FPV flying.

Technical Details

Length: 8.0 Inches.
Pitch: 4.5 Inches.
Hub Thickness: ~8mm.

Prototyping and Engineering Tips from Robogears

CW vs. CCW Orientation: CRITICAL: Drones require an equal number of Clockwise (CW) and Counter-Clockwise (CCW) propellers to fly. A CCW propeller is usually marked with an "R" (e.g., 8045R). If you install the propellers in the wrong direction, the drone will flip over instantly upon takeoff.
Motor Matching: These 8-inch props are the perfect match for 1000KV to 1200KV motors (like the A2212) on a 3S LiPo setup. If you are using a 4S LiPo, ensure your motors and ESCs can handle the increased current draw, as these rigid props push a significant volume of air.
The "Balancing" Check: Even though carbon nylon props are more balanced than plastic ones, we highly recommend using a Magnetic Propeller Balancer before your first flight. A perfectly balanced prop leads to "Butter Smooth" FPV footage and prevents "Jello" in your camera feed.
Safety with Rigid Blades: Carbon nylon blades are much sharper and harder than standard plastic. They will not bend upon impact with an object (or a person). Always perform a "Range Test" and ensure no bystanders are near the drone during takeoff.
Tightening the Prop Nut: Because these blades are rigid, they don't compress much at the hub. Ensure your prop nut is tightened firmly against the adapter ring. A loose prop can slip during a sudden "Punch-Out," causing the drone to lose altitude or spin out of control.

Package Includes

1 x 8045 Carbon Nylon Propeller (Specify CW or CCW)
1 x Set of Hub Adapter Rings

Disclaimer: Product images are shown for illustrative purposes only. The exact surface finish (matte vs. glossy) or branding text placement may vary slightly between manufacturing batches, but all technical dimensions and performance standards remain as described.

Safety Warning: Propellers are high-speed rotating components. Always remove propellers when configuring your flight controller or updating firmware on the bench. Never attempt to stop a spinning propeller with your hand. Inspect propellers for cracks or nicks after every crash; a damaged rigid propeller can shatter mid-flight due to centrifugal force.