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Description

LOS242033 Diff Fr/Re LMTThis product is a front and rear differential assembly designed for the Losi LMT platform. It serves as a critical drivetrain component that distributes power between the left and right wheels, helping maintain traction and control on uneven terrain and during cornering. The internal gear design allows smooth differentiation of wheel speeds, reducing drivetrain stress while improving handling performance. Built from durable materials, it is engineered

The robust construction helps protect internal gears and drivetrain components from impacts and wear while maintaining proper gear alignment under load

The Arrma 21T Mod1 Safe-D5 Pinion Gear is a replacement pinion gear made for RC vehicles that use a Mod1 gear pitch and a 5 mm motor shaft

This product is a durable RC component designed to provide consistent performance and long-lasting reliability in a variety of driving conditions

they are built to match the tolerances required by ARRMA models and help improve overall drivetrain responsiveness

and it is compatible with both front and rear motor layouts

Responsive 2

they provide smoother power delivery and improved reliability during aggressive driving

and Large (junior 4–6) sizes

Multiple mounting holes for versatile positioning on compatible 1/10 scale chassis

• Compatible with Arrma Kraton BLX and Talion BLX models using the 165 mm rear brace layout• CNC machined 6061 aluminum construction for increased chassis rigidity• Replaces factory plastic brace to reduce rear chassis flex during high impact driving• Machined pockets and through-holes reduce weight while maintaining structural strength• Black anodized finish for corrosion resistance and long-term durability• Designed to replace Arrma rear brace parts AR320196 or AR320446• Includes one aluminum rear chassis brace for installation

These drive shafts are engineered for direct fitment and improved durability over stock parts

it provides proper internal differential operation and consistent gear engagement

Exchange/Return Notes