RAYI provides carbon fiber drone propellers for multirotor drones, fixed-wing UAVs, VTOL platforms, FPV drones, agricultural drones, mapping UAVs, inspection drones, and heavy-lift industrial drone systems.
Our propeller range includes integrated carbon fiber propellers, folding drone propellers, FPV propellers, polymer folding propellers, fixed-wing integrated propellers, and ground adjustable pitch propellers. Each model is designed to help UAV manufacturers, drone integrators, distributors, and project teams improve thrust efficiency, reduce vibration, and achieve stable flight performance.
For complete propulsion matching, you can also view our UAV Power Kit solutions.
Carbon Fiber Integrated Propeller are suitable for industrial drones, cargo UAVs, mapping drones, inspection UAVs, and long-endurance platforms. They offer high strength, lightweight performance, low vibration, and stable aerodynamic efficiency.
Carbon Fiber Folding Propellers are widely used in multirotor drones and portable UAV platforms. The foldable structure helps reduce storage space and improves transport convenience for field operations.
FPV Propeller are designed for racing drones, freestyle drones, training drones, and high-response UAV platforms. They focus on fast acceleration, stable control, and lightweight performance.
Polymer Folding Propeller are suitable for cost-sensitive drone projects, training drones, small commercial UAVs, and applications that require lightweight and flexible propeller options.
Fixed Wing Integrated Propeller are used for long-range mapping, surveillance, patrol, environmental monitoring, and fixed-wing drone platforms that require efficient cruising performance.
When selecting a UAV propeller, buyers should not only compare size and price. The right propeller directly affects thrust, endurance, noise, vibration, motor temperature, and flight stability.
Important selection factors include:
| Selection Factor | What to Confirm |
|---|---|
| Diameter | Larger diameter usually provides more thrust but requires suitable motors |
| Pitch | Affects speed, thrust response, and efficiency |
| Blade Number | 2-blade and 3-blade options support different thrust and control needs |
| Material | Carbon fiber, polymer, or other composite material |
| Propeller Type | Integrated, folding, fixed-wing, FPV, or adjustable pitch |
| Motor Matching | Confirm KV value, power, torque, and recommended prop size |
| ESC Matching | Ensure ESC capacity supports the selected motor and propeller load |
| Max RPM | Avoid exceeding the safe operating speed |
| Weight | Lower weight helps reduce load and improve response |
| Hub Size | Confirm mounting hole, shaft size, and installation compatibility |
| Rotation Direction | CW and CCW propellers should be correctly matched |
| Balance | Static and dynamic balance help reduce vibration |
| Application | Agriculture, cargo, mapping, FPV, fixed-wing, VTOL, or inspection |
If you need matched motors, ESCs, and propellers, please check our Multi Rotor Power Kit and Fixed Wing Power Kit.
A propeller cannot be selected separately from the whole propulsion system. For professional UAV projects, the propeller should be matched with the motor, ESC, battery, aircraft weight, payload, and flight mission.
RAYI can support propeller matching for:
Multirotor drones
Fixed-wing UAVs
VTOL platforms
Heavy-lift drones
Agricultural drones
FPV drones
Long-endurance UAVs
Custom UAV propulsion systems
RAYI supports custom drone propeller solutions for UAV manufacturers, drone brands, distributors, and industrial drone project teams.
Customization options include:
Propeller diameter and pitch
2-blade or 3-blade structure
Folding or integrated design
Carbon fiber or polymer material
Hub size and mounting hole
CW / CCW direction
Surface finish
Logo customization
Packaging customization
Batch production for OEM orders
Propeller matching with motors and ESCs
If your project requires a special size, thrust target, noise control, or propulsion matching, please contact us with your UAV platform details.
Multirotor systems usually prioritize stable thrust, fast response and efficient hovering. Carbon fiber propellers are widely used where low weight and high stiffness are required.
Agricultural UAVs typically require larger propellers to generate sufficient thrust for spraying or spreading payloads. Folding designs can also simplify transportation and field operation.
Heavy-lift aircraft require large-diameter, high-strength propellers capable of operating under higher thrust and motor loads.
Fixed-wing aircraft place greater emphasis on cruise efficiency, thrust-to-power ratio and matching the propeller to aircraft speed and motor RPM.
VTOL platforms may require different propeller characteristics during vertical take-off, hover and forward flight, making propulsion matching particularly important.
Carbon fiber props vs. plastic propellers — what's the difference?
Carbon fiber propellers are stiffer, lighter, and more efficient at transferring motor power into thrust, with better vibration resistance. Plastic/polymer props cost less and suit smaller, lower-load UAVs.
What is the best material for drone propellers?
For most industrial, agricultural, and heavy-lift UAVs, carbon fiber composite offers the best strength-to-weight ratio. Polymer remains a practical choice for lightweight, budget-driven builds.
Do you support custom drone propellers?
Yes — RAYI offers custom pitch, hub bore, material, and OEM/private-label branding. See our Custom Solutions page for details.
Looking for reliable carbon fiber drone propellers for UAV manufacturing, industrial drone projects, or bulk distribution?
Contact Us with your aircraft type, required size, quantity, and application. Our team can help recommend suitable drone propellers or matched UAV propulsion solutions.
RAYI provides carbon fiber drone propellers for multirotor drones, fixed-wing UAVs, VTOL platforms, FPV drones, agricultural drones, mapping UAVs, inspection drones, and heavy-lift industrial drone systems.
Our propeller range includes integrated carbon fiber propellers, folding drone propellers, FPV propellers, polymer folding propellers, fixed-wing integrated propellers, and ground adjustable pitch propellers. Each model is designed to help UAV manufacturers, drone integrators, distributors, and project teams improve thrust efficiency, reduce vibration, and achieve stable flight performance.
For complete propulsion matching, you can also view our UAV Power Kit solutions.
Carbon Fiber Integrated Propeller are suitable for industrial drones, cargo UAVs, mapping drones, inspection UAVs, and long-endurance platforms. They offer high strength, lightweight performance, low vibration, and stable aerodynamic efficiency.
Carbon Fiber Folding Propellers are widely used in multirotor drones and portable UAV platforms. The foldable structure helps reduce storage space and improves transport convenience for field operations.
FPV Propeller are designed for racing drones, freestyle drones, training drones, and high-response UAV platforms. They focus on fast acceleration, stable control, and lightweight performance.
Polymer Folding Propeller are suitable for cost-sensitive drone projects, training drones, small commercial UAVs, and applications that require lightweight and flexible propeller options.
Fixed Wing Integrated Propeller are used for long-range mapping, surveillance, patrol, environmental monitoring, and fixed-wing drone platforms that require efficient cruising performance.
When selecting a UAV propeller, buyers should not only compare size and price. The right propeller directly affects thrust, endurance, noise, vibration, motor temperature, and flight stability.
Important selection factors include:
| Selection Factor | What to Confirm |
|---|---|
| Diameter | Larger diameter usually provides more thrust but requires suitable motors |
| Pitch | Affects speed, thrust response, and efficiency |
| Blade Number | 2-blade and 3-blade options support different thrust and control needs |
| Material | Carbon fiber, polymer, or other composite material |
| Propeller Type | Integrated, folding, fixed-wing, FPV, or adjustable pitch |
| Motor Matching | Confirm KV value, power, torque, and recommended prop size |
| ESC Matching | Ensure ESC capacity supports the selected motor and propeller load |
| Max RPM | Avoid exceeding the safe operating speed |
| Weight | Lower weight helps reduce load and improve response |
| Hub Size | Confirm mounting hole, shaft size, and installation compatibility |
| Rotation Direction | CW and CCW propellers should be correctly matched |
| Balance | Static and dynamic balance help reduce vibration |
| Application | Agriculture, cargo, mapping, FPV, fixed-wing, VTOL, or inspection |
If you need matched motors, ESCs, and propellers, please check our Multi Rotor Power Kit and Fixed Wing Power Kit.
A propeller cannot be selected separately from the whole propulsion system. For professional UAV projects, the propeller should be matched with the motor, ESC, battery, aircraft weight, payload, and flight mission.
RAYI can support propeller matching for:
Multirotor drones
Fixed-wing UAVs
VTOL platforms
Heavy-lift drones
Agricultural drones
FPV drones
Long-endurance UAVs
Custom UAV propulsion systems
RAYI supports custom drone propeller solutions for UAV manufacturers, drone brands, distributors, and industrial drone project teams.
Customization options include:
Propeller diameter and pitch
2-blade or 3-blade structure
Folding or integrated design
Carbon fiber or polymer material
Hub size and mounting hole
CW / CCW direction
Surface finish
Logo customization
Packaging customization
Batch production for OEM orders
Propeller matching with motors and ESCs
If your project requires a special size, thrust target, noise control, or propulsion matching, please contact us with your UAV platform details.
Multirotor systems usually prioritize stable thrust, fast response and efficient hovering. Carbon fiber propellers are widely used where low weight and high stiffness are required.
Agricultural UAVs typically require larger propellers to generate sufficient thrust for spraying or spreading payloads. Folding designs can also simplify transportation and field operation.
Heavy-lift aircraft require large-diameter, high-strength propellers capable of operating under higher thrust and motor loads.
Fixed-wing aircraft place greater emphasis on cruise efficiency, thrust-to-power ratio and matching the propeller to aircraft speed and motor RPM.
VTOL platforms may require different propeller characteristics during vertical take-off, hover and forward flight, making propulsion matching particularly important.
Carbon fiber props vs. plastic propellers — what's the difference?
Carbon fiber propellers are stiffer, lighter, and more efficient at transferring motor power into thrust, with better vibration resistance. Plastic/polymer props cost less and suit smaller, lower-load UAVs.
What is the best material for drone propellers?
For most industrial, agricultural, and heavy-lift UAVs, carbon fiber composite offers the best strength-to-weight ratio. Polymer remains a practical choice for lightweight, budget-driven builds.
Do you support custom drone propellers?
Yes — RAYI offers custom pitch, hub bore, material, and OEM/private-label branding. See our Custom Solutions page for details.
Looking for reliable carbon fiber drone propellers for UAV manufacturing, industrial drone projects, or bulk distribution?
Contact Us with your aircraft type, required size, quantity, and application. Our team can help recommend suitable drone propellers or matched UAV propulsion solutions.
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