
MFE-1755 2CW/2CCW PROPELLER
The MFE-1755 Propeller set includes four high-performance propellers (2CW/2CCW), crafted from durable carbon fiber composite. With a 17-inch diameter and 5.5-inch pitch, they deliver efficient, powerful thrust with minimal vibration. Ideal for medium to large multirotor UAVs, these props enhance stability, control, and endurance for professional and industrial applications.
Features:
Durable carbon fiber composite.
17-inch diameter for strong lift.
Efficient 5.5-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-1755 Propeller
Propeller Type: Fixed-pitch Multirotor Propeller
Propeller Diameter: 17 inches (approx. 431.8 mm)
Propeller Pitch: 5.5 inches (approx. 139.7 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 17-inch CF prop, typically around 30-60g.
Compatibility: Designed for medium to large multirotor drones, often paired with high-torque, low-KV brushless motors (e.g., 200-400 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 professional cinematography drones, industrial inspection, mapping, and general medium-heavy lift multirotor platforms.
Additional Details:
Manufacturer: MFE (likely a brand specialized in multirotor components)
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: Professional Cinematography Drones || Industrial Inspection UAVs || Mapping & Surveying Drones || Mid-Size Agricultural Drones || Custom Multirotor Builds || Long Endurance Drone Missions || Enterprise Drone Solutions || Payload Delivery Drones || Stable Aerial Filming || High-Performance Quadcopters
Package Details:
Includes:
2x MFE-1755 Propeller (CW Rotation)
2x MFE-1755 Propeller (CCW Rotation)
Frequently Asked Questions:
Q1. Why is a "2CW/2CCW" set important for multirotor drones?
Ans. A "2CW/2CCW" (2 Clockwise, 2 Counter-Clockwise) propeller set is crucial for multirotor drones because it enables stable flight and directional control. Multirotors use opposing propeller rotations on adjacent arms to cancel out rotational torque, preventing the drone from spinning uncontrollably. This setup allows the flight controller to precisely vary thrust from each motor for movement, hovering, and stability in all directions.
Q2. How does the 17-inch diameter and 5.5-inch pitch benefit multirotor drones?
Ans. The 17-inch diameter and 5.5-inch pitch combination is highly beneficial for multirotor drones as it strikes an excellent balance between powerful lift (thrust) and energy efficiency. The large diameter efficiently moves a significant volume of air for payload capacity, while the moderate 5.5-inch pitch ensures that the motors operate efficiently during hovering and forward flight, leading to longer flight times and better control for professional applications.
Q3. Is this MFE-1755 propeller set suitable for FPV racing drones?
Ans. No, the MFE-1755 propeller set is not suitable for FPV racing drones. With its 17-inch diameter, these propellers are designed for much larger, often heavier, professional and industrial multirotor UAVs that prioritize stable flight, payload capacity, and endurance. FPV racing drones use significantly smaller propellers (typically 5-7 inches) to achieve high agility, rapid acceleration, and quick directional changes, which is a different performance profile.