High-Performance Full Aluminium Radiator
For VW Golf 4 / Audi S3 8L / Seat Leon 1M – 1.8T & 1.9 TDI Engines
Description
Upgrade your cooling system with our high-performance full aluminium radiator, specially engineered for 1.8T and 1.9 TDI engines in VW Golf 4, Audi S3 8L and Seat Leon 1M. Fully plug & play fitment ensures superior heat dissipation – perfect for tuned street cars and motorsport use.
Product Highlights
Perfect Fit & Easy Installation
OEM-style click fittings allow direct installation – no cutting, welding or modifications required.
Enhanced Cooling Performance
The enlarged core size of 650 × 400 × 40 mm offers a much greater cooling surface compared to the stock radiator. Increased airflow and coolant capacity ensure efficient heat transfer – ideal for turbocharged or performance-tuned engines.
Premium Materials
Constructed entirely from high-grade aluminium, including end tanks and core, for low weight, excellent strength, and corrosion resistance.
Stable Operating Temperatures
Maintains consistent engine temperatures under heavy load, reducing heat spikes and preventing overheating.
Durability & Reliability
Robust full-aluminium design eliminates common failures like cracked plastic end tanks. Maintenance-free, pressure-resistant and long-lasting even in demanding conditions.
Technical Data
| Specification | Details |
|---|
| Material | 100 % Full Aluminium |
| Core Size | 650 mm × 400 mm × 40 mm |
| Connections | OEM-style click fittings |
| Installation | Plug & Play – no modifications required |
Compatibility
- VW Golf 4 1.8T / 1.9 TDI
- Audi S3 8L 1.8T
- Seat Leon 1M 1.8T
Key Benefits
- Significantly improved cooling capacity
- Higher water volume than OEM radiator
- 100 % aluminium – no plastic end tanks
- Ideal for tuned and motorsport vehicles
- Durable, corrosion-resistant and maintenance-free
Conclusion
The High-Performance Full Aluminium Radiator is the perfect upgrade for maximum cooling efficiency and engine reliability. Designed for performance enthusiasts and track applications where temperature control matters most.