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HOBBYWING MFC 63x24

By HOBBYWING ↗

The HOBBYWING MFC 63x24 is a folding carbon-fiber propeller for large-drone propulsion. Its published configuration combines composite blades with an aluminum-alloy adapter, with total weight including the adapter. Reversible mounting supports forward and reverse installations, while motor selection, matched-pair use and operating limits define key procurement checks.

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HOBBYWING MFC 63x24 carbon fiber folding propeller with two black blades and a central mounting adapter.
HOBBYWING MFC 63x24 carbon fiber folding propeller with two black blades and a central mounting adapter.
HOBBYWING MFC 63x24 folding carbon fiber propeller blades with mounting adapter and hardware.
HOBBYWING MFC 63x24 folding carbon fiber propeller blades with mounting adapter and hardware.
Product nameMFC 63x24
Manufacturer and product typeHOBBYWING MFC 63x24 large-drone folding carbon-fiber propellerA propulsion component, rather than a complete flight platform or airframe kit.
Total weight, including propeller adapter990gPublished mass includes the propeller adapter; package contents are not enumerated.
Main materialCarbon fiber+Epoxy resin
Surface finishMatte frosted
Propeller adapter materialAluminum Alloy

Product overview

The HOBBYWING MFC 63x24 is a folding propeller for large-drone propulsion, with applications described around mountainous lifting, field transportation and emergency rescue. Its physical construction combines carbon fiber and epoxy resin with a matte frosted surface and an aluminum-alloy adapter. The published 990g total includes that adapter. Procurement scope therefore concerns a propulsion component. Buyers should confirm the delivered propeller and adapter arrangement against their selected installation.

The blade architecture uses a thicker root and thinner tip to concentrate mass near the shaft, alongside a narrow chord and reduced cross-sectional thickness. HOBBYWING presents these choices as supporting lower inertia, responsive propulsion and reduced material use. Its airfoil and tip winglet design carries a claimed 3%-5% efficiency improvement compared with a common propeller type. Every propeller undergoes weight balancing, without publishing acceptance tolerances.

Integration centers on a reversible mounting arrangement: one adapter set supports forward and reverse propeller installation and switching within a coaxial dual-rotor system. The recommended HOBBYWING motor is X15-15623. Propellers must be replaced and operated in matched pairs, using the unique laser serial number at the root to maintain pairing. The recommended speed and thrust ranges are distinct from the published maxima.

Specifications

SpecificationValue & conditions
Product nameMFC 63x24
Manufacturer and product typeHOBBYWING MFC 63x24 large-drone folding carbon-fiber propellerA propulsion component, rather than a complete flight platform or airframe kit.
Total weight, including propeller adapter990gPublished mass includes the propeller adapter; package contents are not enumerated.
Main materialCarbon fiber+Epoxy resin
Surface finishMatte frosted
Propeller adapter materialAluminum Alloy
Operating temperature-40°C~65°C
Storage temperature-10°C~35°C
Storage humidity≤85%
Recommended speed range1200~2200RPM
Recommended thrust17~65kg
Maximum rotational speed2460RPM
Maximum thrust80 kg
Folding configurationFolding
Recommended HOBBYWING motorX15-15623Manufacturer recommendation.
Intended applicationsPropulsion applications involving mountainous lifting, field transportation and emergency rescueApplication examples.
Blade mass distributionThicker root and thinner tip concentrate mass near the rotating shaftGeometry and intended effect.
Airfoil architectureNarrow-chord blade designDesign.
Thin-wall constructionReduced blade cross-sectional thicknessConstruction and rigidity claim.
Claimed propeller efficiency improvement3%-5%, attributed to aerodynamic airfoil and tip winglet designManufacturer comparison against a common propeller type.
Reversible mounting and coaxial integrationOne adapter set supports forward and reverse propeller installation and switching in a coaxial dual-rotor systemAdapter function; verify the selected installation and motor interface.
Paired operationReplace and use propellers in matched pairs identified by a unique laser serial number at the rootMandatory manufacturer pairing requirement for replacement and use.
Weight balancingEach propeller undergoes weight balancing testsQuality-control process.
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