Magnesium gear differential by Serpent for touring cars, offering lightweight durability and enhanced tuning capabilities. Ideal for racing upgrades.  [SER401999]

Serpent SER401999 Magnesium tc Geardiff set
Price:
USD$108.38
Brand:
Serpent
Model:
SER401999
Condition:
Brand New
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Upgrade Your Touring Car with a Magnesium Gear Differential

The Serpent 401999 Magnesium Gear Differential Set is designed to provide RC enthusiasts with superior performance in their touring cars. Crafted from high-quality magnesium, this gear differential is not only lightweight but also offers exceptional strength and durability, making it a perfect choice for those seeking to enhance their vehicle's performance on the track.

Performance and Durability

Magnesium is renowned for its lightweight properties, and when applied to a gear differential, it significantly reduces the weight of your RC car without compromising strength. This reduction in weight can lead to improved acceleration and handling, crucial for competitive racing. The set's robust construction ensures it can withstand the rigors of high-speed racing and frequent use.

Enhanced Tuning Capabilities

The Serpent 401999 set provides enhanced tuning capabilities, allowing hobbyists to fine-tune their vehicles for optimal performance. Whether you're adjusting for different track conditions or personal driving preferences, this gear differential offers flexibility and precision, ensuring you get the most out of your RC car.

Ideal for Racing Enthusiasts

This gear differential set is particularly suited for racing enthusiasts who demand the best from their equipment. Its lightweight design and durable construction make it an excellent upgrade for those looking to gain a competitive edge on the track. With the Serpent 401999 Magnesium Gear Differential Set, you can push your touring car to new limits.

The Serpent 401999 is designed for compatibility with most 1/10 scale touring cars. Always check your specific model requirements.
Magnesium offers a lightweight yet strong alternative to traditional materials, improving acceleration and handling while maintaining durability.

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