Serpent magnesium outdrive shaft set for 1/10 touring cars, enhancing durability and performance for competitive racing.  [SER402006]

Serpent SER402006 Magnesium tc Geardiff Outdrive Shaft (2)
Price:
USD$16.75
Brand:
Serpent
Model:
SER402006
Condition:
Brand New
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Enhance Your RC Experience with Serpent's Magnesium Outdrive Shafts

For those serious about improving their RC car's performance, the Serpent 402006 Magnesium Geardiff Outdrive Shaft Set is a game-changer. Designed specifically for 1/10 scale touring cars, these shafts offer a perfect balance of strength and lightweight construction, making them ideal for competitive racing environments.

Why Choose Magnesium?

Magnesium is renowned for its superior strength-to-weight ratio, making it an excellent choice for RC components where every gram counts. By using magnesium in the construction of these outdrive shafts, Serpent ensures that your vehicle remains agile without sacrificing durability. This material choice not only enhances the overall performance but also contributes to a longer-lasting drivetrain.

Optimal Performance for Touring Cars

The Serpent 402006 shafts are engineered to fit seamlessly into most 1/10 touring car setups, providing hobbyists with reliable performance on the track. Whether you're upgrading from standard parts or looking to replace worn-out components, these shafts offer a noticeable improvement in handling and power delivery.

Ideal for Competitive Racing

If you're aiming for podium finishes, every component matters. The precision engineering of these outdrive shafts means less friction and more efficient power transfer, giving you the edge needed in high-stakes races. Invest in quality with Serpent's magnesium solution and feel the difference on the track.

These shafts are designed to fit most 1/10 touring car models. However, it's always best to check your specific model's compatibility.
Magnesium offers a higher strength-to-weight ratio compared to materials like aluminum, allowing for lighter components without compromising durability.

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