Rear carbon shock tower by Serpent, designed for durability in 1/10 scale RC racing. Ideal for performance upgrades.  [SER600397]

Serpent SER600397 Shocktower Rear Carbon
Price:
USD$40.36
Brand:
Serpent
Model:
SER600397
Condition:
Brand New
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Durable Rear Carbon Shock Tower for Enhanced RC Performance

The Serpent 600397 Rear Carbon Shock Tower is crafted to meet the demands of serious RC enthusiasts. Made from high-quality carbon fiber, this shock tower is engineered for strength and reliability, ensuring your RC model can withstand the rigors of competitive racing. Its lightweight design contributes to improved vehicle handling and agility, making it a valuable upgrade for those looking to enhance their RC experience.

Engineered for Precision and Strength

Designed specifically for 1/10 scale models, the Serpent 600397 rear shock tower offers precise fitment and superior durability. The use of carbon fiber not only reduces weight but also increases structural integrity, providing a stable platform for your suspension system. This results in better control over rough terrains and more consistent lap times on the track.

Ideal for Competitive Racing

Whether you're upgrading for a race or replacing worn-out parts, this rear shock tower is an excellent choice. Its robust construction ensures longevity, allowing you to push your RC car to its limits without compromising performance. With easy installation, it's a practical addition for racers aiming to optimize their setups.

Specifications

  • Material: Carbon Fiber
  • Compatibility: 1/10 Scale RC Models
  • Part Type: Rear Shock Tower

The Serpent 600397 Rear Carbon Shock Tower is ideal for competitive racers seeking enhanced durability and precision in their RC models. Its lightweight and strong carbon fiber construction makes it a superior choice for those looking to improve their vehicle's handling and performance.

Yes, this shock tower is designed to fit most 1/10 scale RC models, offering a versatile upgrade option.
Carbon fiber provides a lightweight yet strong structure, enhancing vehicle handling and improving overall performance.
It improves stability and handling, allowing for better control and faster lap times in competitive racing settings.

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