Competition Water Cooler Kit
Audi RS6 C7 · 4.0 TFSI Biturbo
High-performance engine cooling for the V8 biturbo – developed for maximum thermal stability, constant performance and highest durability in the Audi RS6 C7.
Description
The Competition Water Cooler Kit for the Audi RS6 C7 with the 4.0 TFSI biturbo engine replaces the standard engine radiator with a significantly more powerful, high-performance unit. Thanks to a massively increased cooling volume , optimized core geometry, and improved heat dissipation, coolant temperatures are reliably controlled even under extreme continuous load. The system is specifically designed for high-performance stage setups and thermally demanding operation.
Technical benefits
- Significantly reduced coolant temperatures under full load
- Stable motor performance without thermal protection control
- Relief for engine, turbochargers and exhaust components
- Maximum thermal reserves for Stage 2 and Stage 3 concepts
- Increased stability during sustained athletic activity
Construction & Assembly
- Large-volume, high-performance water cooler
- Optimized cooling channel structure for maximum heat dissipation
- High-quality aluminum construction
- Designed for high continuous thermal loads
- Vehicle-specific plug-and-play integration
Driving performance & stability
- Constant engine temperatures even under repeated full load
- Significantly reduced thermal stress during high-performance operation
- Increased safety at high outside temperatures
- Optimal basis for performance-enhanced V8 twin-turbo setups
compatibility
- Audi RS6 C7 – 4.0 TFSI Biturbo
Area of application
Designed for high-performance road vehicles, Stage 2 and Stage 3 conversions, and vehicles with high continuous thermal loads. Especially recommended in combination with performance or competition intercoolers.
Notes
Installation should only be carried out by a qualified specialist workshop . After installation, a complete bleeding of the cooling system and a functional test are mandatory.
© Kraftfahrzeug Technik Hannover (KTH)
