20x10 Wooden Replacement Prop MA2010B by Master Airscrew  [MA2010B]

MASTER AIRSCREW WOOD SERIES 20x10 PROPELLER
Price:
AUD$31.56
Brand:
Master Airscrew
Model:
MA2010B
Condition:
Brand New
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Laminated 20x10 wood propeller details

The Master Airscrew WOOD SERIES 20x10 propeller is a scale-minded replacement blade for models that require a 20x10 prop. The laminated wood build aims to produce a steady, familiar thrust profile often preferred in sport flying.

Installation mirrors any like-size swap: attach the prop to the motor shaft using your spinner, nut, or hub adapter as specified by the motor or airframe maker, and follow standard prop mounting torque and safety checks. Balancing before flight is important to limit vibration and protect servos, ESCs, and the airframe.

On performance, a wooden 20x10 prop influences climb and throttle feel; swapping material, pitch, or size will alter performance, so use this as a like-for-like option when tuning or replacing damaged blades.

Specifications

  • Item Propeller
  • Material Wood
  • Model Number MA2010B
  • Compatibility RC model aircraft requiring a 20x10 propeller size

Install this Master Airscrew wood prop as a direct 20x10 replacement; verify hub fit and balance, then perform a preflight vibration inspection.

How will this prop affect handling?

A 20x10 wooden prop tends to give solid climb and responsive throttle feel; changes to pitch or material will alter acceleration and top speed, so expect modest differences when swapping blade types.

Is extra reinforcement needed at the hub?

Generally no extra reinforcement is required if the hub and mounting hardware match the shaft and are torqued correctly. Use the recommended adapter or nut for a secure fit.

Can I reuse this prop after minor dings?

Minor surface nicks can often be sanded smooth, but any crack or delamination warrants replacement to avoid in-flight failure.

Do I need to check balance at operating rpm?

Static balancing is the baseline; if you detect vibration in flight, check dynamic balance at or near operating rpm and adjust as necessary to reduce vibration and wear.

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