




MFE-2068 2CW/2CCW PROPELLER
The MFE-2068 Propeller set includes four high-performance propellers (2CW/2CCW), crafted from durable carbon fiber composite. With a 20-inch diameter and 6.8-inch pitch, they deliver powerful, efficient thrust with minimal vibration. Ideal for large multirotor UAVs, these props enhance stability, control, and endurance for professional and industrial applications.
Features:
Durable carbon fiber composite.
Large 20-inch diameter for strong lift.
Efficient 6.8-inch pitch.
Includes 2 CW and 2 CCW props.
Excellent dynamic balance.
Minimizes vibration for stable flight.
Enhances thrust efficiency.
Lightweight and rigid construction.
Reliable for professional UAVs.
Easy installation and replacement.
Technical Specifications:
Model: MFE-2068 Propeller
Propeller Type: Fixed-pitch Multirotor Propeller
Propeller Diameter: 20 inches (approx. 508 mm)
Propeller Pitch: 6.8 inches (approx. 172.7 mm)
Number of Blades: 2 (per propeller)
Material: High-Strength Carbon Fiber Composite (or similar durable blend for large multirotor props)
Quantity: 4 pieces (2 Clockwise Rotation, 2 Counter-Clockwise Rotation)
Weight (per prop): Specific weight needed, but for a 20-inch CF prop, typically around 50-80g.
Compatibility: Designed for large multirotor drones, often paired with high-torque, low-KV brushless motors (e.g., 100-250 KV).
Hub Type: Typically standard mounting (e.g., drilled for specific motor shaft/prop adapter bolt patterns).
Dynamic Balance: Factory balanced to ensure smooth operation and reduce "jello" effect in camera footage.
Application: Optimized for large professional cinematography drones, industrial inspection, mapping, agricultural spraying, and heavy-lift multirotor platforms.
Additional Details:
Manufacturer: MFE
Brand: MFE
Generic Name: Multirotor Propeller || Drone Propeller || Carbon Fiber Prop || UAV Propeller || Quadcopter Prop || Fixed Pitch Prop || 2-Blade Propeller || High Efficiency Prop || Propeller Set || Industrial Drone Prop
Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
Ideal For: Large Professional Cinematography Drones || Industrial Inspection UAVs || Mapping & Surveying Drones || Agricultural Spraying Drones || Heavy-Lift Multirotor Builds || Long Endurance Drone Missions || Enterprise Drone Solutions || Payload Delivery Drones || Stable Aerial Filming || High-Performance Octocopters/Hexacopters
Package Details:
Includes:
2x MFE-2068 Propeller (CW Rotation)
2x MFE-2068 Propeller (CCW Rotation)
Frequently Asked Questions:
Q1. What makes the MFE-2068 propellers suitable for heavy-lift drone applications?
Ans. The MFE-2068 propellers are suitable for heavy-lift applications due to their large 20-inch diameter and efficient 6.8-inch pitch, combined with a rigid carbon fiber composite construction. This combination generates significant thrust necessary to lift substantial payloads, while maintaining high efficiency for extended flight times. Their robust design also ensures reliability under demanding operational conditions.
Q2. How does the "2CW/2CCW" configuration contribute to stable drone flight?
Ans. The "2CW/2CCW" (2 Clockwise/2 Counter-Clockwise) configuration is fundamental for stable multirotor drone flight. By having opposing rotation on adjacent motors, the rotational torque generated by each propeller is effectively canceled out. This prevents the drone from spinning uncontrollably and allows the flight controller to precisely manipulate individual motor speeds for precise control, stability, and maneuverability in all directions.
Q3. Can these MFE-2068 carbon fiber propellers withstand minor impacts?
Ans. While carbon fiber propellers like the MFE-2068 are known for their exceptional rigidity and strength, making them highly efficient and resistant to bending under load, they are generally less forgiving of direct impacts compared to flexible plastic propellers. They are designed for performance and precision. Minor grazing impacts might be tolerated, but direct hard crashes can cause them to chip or shatter. Always inspect props after any rough landing.