Drone Propellers for FPV, UAV, VTOL and Industrial Applications
MAD Components manufactures and supplies drone propellers and UAV propellers for a wide range of aircraft and propulsion systems. This collection includes propeller options for FPV drones, multirotor UAVs, VTOL aircraft, fixed-wing UAVs, commercial drones, industrial platforms, agriculture drones and heavy-lift applications.
Drone propellers play a major role in thrust, efficiency, flight time, stability, payload capacity, noise, vibration and motor performance. For best results, select propellers together with compatible drone motors, drone ESCs, drone batteries and UAV power system kits.
Shop Drone Propellers by Type
Carbon Fiber Drone Propellers
Lightweight and rigid carbon fiber propellers for professional UAVs, multirotor drones, VTOL aircraft, heavy-lift drones and long-endurance applications where efficiency, strength and flight stability are important.
Drone Folding Propellers
Folding drone propellers for UAV, multirotor, commercial, transport-friendly and heavy-lift applications. Choose from polymer and carbon fiber folding propellers, including HAVOC, SPIRO AW, TIPUP and FLUXER Pro series.
Polymer Folding Propellers
Polymer folding propellers for practical drone and UAV builds where portability, durability, weight and cost are important. Suitable for many multirotor and commercial drone applications.
Fixed Drone Propellers
Fixed drone propellers for UAV, multirotor and professional drone applications where a non-folding propeller design is preferred for rigidity, simplicity or aircraft-specific performance.
Multirotor Propellers
Propellers for multirotor drones, including professional UAVs, commercial drones, industrial platforms, agriculture drones, mapping drones and heavy-lift multirotor systems.
FPV Drone Propellers
FPV propellers for freestyle, racing, cinematic and custom FPV drone builds. Choose FPV props based on frame size, motor KV, pitch, material and flight style.
How to Choose a Drone Propeller
Choosing the right drone propeller depends on the aircraft type, motor size, motor KV, battery voltage, payload, target thrust, flight time and operating environment. Smaller FPV drones usually use compact propellers with fast response, while commercial, agriculture, VTOL and heavy-lift drones often require larger propellers designed for efficiency, stability and sustained thrust.
Important propeller factors include diameter, pitch, blade count, material, hub design, folding or fixed construction, clockwise and counter-clockwise pairing, and compatibility with the motor and mounting system. Propellers should always be matched to the motor, ESC and battery as part of the complete drone propulsion system.
Folding propellers are useful when portability, storage and transportation matter, especially for larger UAVs, multirotor drones and heavy-lift platforms. Fixed propellers may be preferred when the aircraft design requires a simpler or more rigid non-folding setup. Carbon fiber propellers are commonly selected for professional UAV applications that need strength, rigidity and efficiency, while polymer propellers can be a practical option for many drone builds.
For high-altitude or cold-environment applications, MAD generally recommends VTOL carbon fiber series propellers instead of regular folding polymer propellers. For normal operating conditions, folding polymer propellers may be a practical choice depending on the aircraft and mission.
Drone Propeller Materials and Designs
MAD Components offers several propeller materials and designs for different aircraft requirements. Carbon fiber propellers are lightweight and stiff, making them suitable for professional UAVs and heavy-lift aircraft. Polymer propellers can be a practical option for many multirotor and folding propeller applications. Folding propellers help reduce storage size and improve transport convenience, while fixed propellers may be selected when a simpler non-folding design is preferred.
Some propeller designs include winglets or blade-tip features that help manage airflow, reduce vibration, reduce noise and improve efficiency. Series such as SPIRO AW are designed around airflow efficiency, while FLUXER Pro carbon fiber folding propellers are positioned for higher-end professional drone and multirotor applications.
Drone Propeller FAQ
What types of drone propellers does MAD Components offer?
MAD Components offers drone propellers and UAV propellers for FPV drones, multirotor aircraft, VTOL platforms, fixed-wing UAVs, commercial drones, industrial UAVs, agriculture drones and larger power system applications. Options include carbon fiber, polymer, fixed and folding propeller designs.
Are all drone folding propellers carbon fiber?
No. Drone folding propellers can be made from different materials. MAD Components offers both polymer folding propellers and carbon fiber folding propellers, including HAVOC, SPIRO AW, TIPUP and FLUXER Pro series.
What is the difference between carbon fiber and polymer drone propellers?
Carbon fiber propellers are typically lightweight and stiff, which can support efficient thrust, stable performance and professional UAV applications. Polymer propellers may offer a practical balance of durability, portability and cost depending on the aircraft design and application.
What are folding drone propellers used for?
Folding drone propellers are used on drones and UAVs where portability, storage and transportation are important. They are especially useful on larger multirotor, VTOL and heavy-lift aircraft because the blades can fold inward when the aircraft is not in use.
What is the difference between fixed and folding drone propellers?
Fixed propellers do not fold and may be preferred for simpler or more rigid aircraft setups. Folding propellers are designed to fold inward for easier storage and transport while still supporting reliable thrust and flight performance when matched correctly with the drone power system.
What is the difference between matte and glossy carbon fiber propellers?
Matte carbon fiber propellers usually have a simpler finishing process, which can make them a more cost-effective choice for functional and industrial applications. Glossy carbon fiber propellers have a more polished appearance and may be preferred when finish, presentation or special surface requirements are important.
Should I choose matte or glossy carbon fiber propellers?
If the priority is cost-effective performance, matte carbon fiber propellers are often the better choice. If appearance, finish quality or a special application requirement matters more, glossy carbon fiber propellers may be more suitable.
Are folding polymer propellers suitable for high-altitude applications?
MAD folding polymer propellers are a regular-use option for many UAV applications. For high-altitude or cold-environment applications, MAD generally recommends VTOL carbon fiber series propellers instead.
How do I choose the right propeller size for a drone?
Propeller size should be selected based on the motor, battery voltage, aircraft weight, payload, frame clearance, target thrust and flight style. The propeller must be compatible with the motor and full drone power system.
Do drone propellers need clockwise and counter-clockwise pairs?
Many multirotor drones use clockwise and counter-clockwise propeller pairs to balance torque and maintain stable flight. Always check the required propeller direction for the aircraft, motor layout and flight controller setup.
Should drone propellers be selected separately or with the motor?
For best results, select propellers together with the drone motor, ESC and battery. Propeller load affects current draw, thrust, efficiency, heat and overall flight performance.
How should drone propellers be installed and checked?
Propellers should be installed securely without overtightening. For propellers that require tools, hand-tighten first, then lightly tighten with a tool for about one-quarter turn if required. Before each flight, gently pull on the propeller to check that it is stable and properly mounted.
