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T-Motor G26*8.5

The T-Motor G26*8.5 is a glossy, split carbon-fiber UAV propeller supplied as four blades per pair. Its two-blade configuration uses carbon fiber and resin, with a reference weight of 41g per blade. The preferred operating speed range is 2000–4400 rpm, with a 19kg thrust limit.

T-MOTORDrone motor
Material
Carbon fiber + resin

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Product overview

The T-Motor G26*8.5 is a glossy carbon-fiber UAV propeller with a split construction and a two-blade configuration. Made from carbon fiber and resin, it measures 26*8.5 inches (660.4*215.9mm), with a reference weight of 41g per individual blade. The supply format is four blades per pair. Its preferred operating speed range is 2000–4400 rpm, its thrust limit is 19kg, and its operating ambient temperature range is -40°C to 65°C. Exceeding the thrust limit will damage the blades.

Rotation markings identify the installation direction: viewed from above, L-marked propellers rotate clockwise with the motor, while R-marked propellers rotate counterclockwise. Mounting screws require medium-strength or stronger anaerobic threadlocker. Before takeoff, the mounting screws must be tight and the blades checked for damage; cracked blades must be replaced. Avoid testing blade strength by bending the blades by hand, as this can damage them. Rotating propellers can cause severe injury through contact with unprotected body parts.

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Specifications

T-Motor G26*8.5 specifications
SpecificationValue & conditions
Propeller size26*8.5 inches (660.4*215.9mm)
Propeller typeTwo-blade propeller
Reference weight41gPer individual blade.
MaterialCarbon fiber + resin
Thrust limit19kg
Operating temperature-40°C to 65°COperating ambient temperature.
Preferred operating speed range2000–4400 rpm
Surface finishGlossy
Supplied quantitySplit carbon-fiber propeller, 4 blades per pair
Rotation markingsL: clockwise; R: counterclockwiseViewed from above, with the propeller and motor rotating together.
Screw adhesive requirementApply medium-strength or stronger anaerobic threadlocker to the mounting screws.When installing the propeller on a motor.
Overload limitationExceeding the thrust limit will damage the blades.Thrust exceeding the propeller's limit.

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