Track-Ready Performance of the Serpent Spyder SRX4
The Serpent 500010 Spyder SRX4 is built for racers who want precise handling and consistent lap times. This 1/10 scale 4WD buggy handles dirt, clay, grass, astro and carpet surfaces while offering the strength and adjustability expected at the club level.
Chassis and Suspension Details
The core of the Spyder SRX4 is a 2.5mm carbon fiber chassis paired with composite side plates to deliver a stiff but resilient platform under load. Carbon fibre front and rear shock towers add durability and let you fine tune shock geometry for improved stability.
The suspension uses robust composite lower arms and aluminium brackets that support wide setup options. Anti-roll bars help control body roll through corners, and the front kick-up geometry smooths landings for cleaner exits.
Drivetrain Layout and Motor Mount
The drivetrain relies on a dual belt-drive system with Kevlar reinforced belts for long service life and resistance to track debris. A slipper clutch with friction pads gives you precise power control to suit varying grip levels.
The motor mounts to a 3mm CNC machined 7075 T6 aluminium plate that also acts as a heatsink, keeping the motor stable and aiding thermal management during longer runs.
Setup Flexibility and Driving Feel
Adjustable wing angles and steering geometry allow racers to dial in handling for specific tracks or driving styles. The modular layout makes experimenting with setups straightforward, so even newcomers can explore performance tweaks without a steep learning curve.
Specifications
- Scale: 1/10
- Drivetrain: 4WD
- Chassis: Carbon Fiber 2.5mm
- Suspension: Composite with Aluminum Brackets
- Drive System: Dual Belt-Driven
- Shocks: Big Bore 12mm Hard Coated
- Motor Plate: 3mm CNC Machined 7075 T6 Aluminum
- Included Components: Race Chassis, Body, Rear Wing, Rims
- Not Included: Tyres, Tyre Inserts, Electronics
The Serpent 500010 Spyder SRX4 is a solid choice for competitive racers seeking a tunable, durable platform that performs well across common track surfaces.