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STEAM FZ12CW-B

The STEAM FZ12CW-B is a 12-inch clockwise folding UAV propeller blade made from 50% carbon fiber and 50% engineering plastic. It combines low inertia, low operating noise and vortex-reducing tips. Each package contains two blades; the propeller clamp is not included.

XinyueDrone motor
Weight
5.5 g
Material
Carbon-fiber composite

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Product overview

The STEAM FZ12CW-B from Wenzhou Xinyue Technology Innovation Co., Ltd. is a clockwise folding propeller blade for UAV propulsion. Its composite construction combines 50% carbon fiber with 50% engineering plastic, with a manufacturing process that enhances weather resistance. Low inertia and low operating noise accompany an upswept tip design that reduces tip vortices. The propeller’s aerodynamic design is optimized together with motor electromagnetic design to support greater thrust efficiency and longer endurance.

Each blade measures 304mm (12 inches) in length and weighs 5.5g, with a 5mm blade root thickness and a 4.5mm hole diameter. The optimum rotational speed range is 5500–8500 rpm, and the ambient operating temperature range is -35℃ to 65℃. The folding format is supplied as two 12-inch clockwise blades. The propeller clamp is not included.

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Specifications

STEAM FZ12CW-B specifications
SpecificationValue & conditions
ModelSTEAM FZ12CW-B
Product type and rotation12-inch carbon-plastic folding propeller blades, clockwise (CW)
StructureFolding propeller
MaterialCarbon-fiber composite
Material composition50% carbon fiber and 50% engineering plastic
Length304mm (12 inches)
Weight5.5gPer blade.
Operating temperature range-35℃ to 65℃Ambient operating temperature.
Rotational speed5500–8500 rpmOptimum operating range.
Blade root thickness5mm
Hole diameter4.5mm
Package contentsTwo 12-inch clockwise propeller blades
Excluded equipmentPropeller clamp not included
Weather resistanceManufacturing process enhances blade weather resistance
Operating characteristicsLow inertia and low operating noise
Blade tip designUpswept tip design reduces tip vortices
Aerodynamic designPropeller aerodynamics are optimized together with motor electromagnetic design for greater thrust efficiency and longer endurance

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