Revolutionizing RC Touring: The Serpent Project 4X EVO
The Serpent Project 4X EVO stands as a testament to modern RC engineering, blending innovation with competitive edge. Designed by David Ehrbar, this 1/10 scale electric touring car integrates a unique suspension system that separates roll and heave setups, offering racers unparalleled precision and control on the track.
A Closer Look at the Suspension System
The Project 4X EVO's suspension is its crowning feature, allowing independent adjustment of roll and heave motions. This design simplifies setup while enhancing performance, making it ideal for both seasoned racers and those new to the world of competitive RC racing. The use of separate heave dampers at the front and rear, positioned just above the chassis, ensures a low center of gravity, contributing to the car's stability and agility.
Precision Engineering for Peak Performance
The chassis of the Project 4X EVO is crafted from 2mm carbon fiber, ensuring optimal flex characteristics and durability. The motor mount, constructed from 7075 T6 aluminum, serves multiple roles, including supporting the midshaft holders and connecting to the RRS system. This integration minimizes weight while maximizing structural integrity.
Innovative Features for the Competitive Edge
Serpent's commitment to high performance is evident in the Project 4X EVO's design. The car features a bladeless front spool for improved handling, and a gear differential that promises smooth operation throughout races. With its lightweight components and efficient transmission system, the 4X EVO is built to excel in competitive environments.
Specifications
- Scale: 1/10
- Type: Electric Touring Car
- Suspension: Independent Roll and Heave
- Chassis: 2mm Carbon Fiber
- Motor Mount: 7075 T6 Aluminum
- Front Spool: Bladeless, Aluminum
- Differential: Gear Type
The Serpent Project 4X EVO is a versatile choice for RC enthusiasts, offering advanced features that cater to both competitive racers and hobbyists seeking precision and innovation in their models.