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T-Motor FA34.2*11.2

The T-Motor FA34.2*11.2 is a UAV folding propeller made from carbon fiber and resin, supplied as two blades per pair. It features a special winglet design, a glossy finish, easy folding and unfolding, and precise positioning.

T-MOTORDrone motor
Size
34.2*11.2 inches (868.7*284.5 mm)
Material
Carbon fiber + resin

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Product overview

The T-Motor FA34.2*11.2 is a folding carbon-fiber propeller for UAV use, supplied as two blades per pair. Its 34.2*11.2-inch (868.7*284.5mm) format combines carbon fiber and resin with a glossy surface finish. Each blade has a reference weight of 207g. A special winglet design, easy folding and unfolding, and precise positioning define its construction.

The preferred operating speed range is 1900–3300 rpm, with an operating ambient temperature range of -40°C to 65°C. The thrust limit is 42kg; exceeding this limit will damage the blades. Viewed from above, L-marked propellers rotate clockwise with the motor, while R-marked propellers rotate counterclockwise. Installation on the motor requires medium-strength or stronger anaerobic threadlocker on the mounting screws.

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Specifications

T-Motor FA34.2*11.2 specifications
SpecificationValue & conditions
Model and dimensionsT-Motor FA34.2*11.2 folding propeller
Size34.2*11.2 inches (868.7*284.5mm)
Product typeFolding propeller
Reference weight207gPer blade.
MaterialCarbon fiber + resin
Thrust limit42kg
Operating temperature-40°C to 65°COperating ambient temperature.
Preferred operating speed range1900–3300 rpm
Surface finishGlossy
Supplied quantity2 blades per pair
Design featuresSpecial winglet design, easy folding and unfolding, and precise positioning
L rotation directionClockwise propeller and motor rotationViewed from above; propeller model marked L.
R rotation directionCounterclockwise propeller and motor rotationViewed from above; propeller model marked R.
Mounting requirementApply medium-strength or stronger anaerobic threadlocker to the mounting screws.When mounting the propeller to the motor.
Blade operating limitationExceeding the thrust limit will damage the blades.When thrust exceeds the limit.

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