Evotech Radiator Guard - Triumph Daytona 660 (2024+)
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Vlijtseweg 124a
Vlijtseweg 124a
7317 AK Apeldoorn
Netherlands
Evotech Radiator Guard - Triumph Daytona 660 (2024+)
Features of EP Radiator Guard for Triumph Daytona 660
- Precision-made all-aluminum construction designed for easy and exact fitment
- EP Radiator Guard provides maximum defense against road debris
- Hexagonal matrix hole pattern allows full flow of cooling air
- Designed for high strength to weight ratio
- No additional chassis modifications required
- Durable black powder coated finish
- Anti-vibration pads included
- Fitting instructions available for download
Why fit an EP Radiator Guard?
Radiators are designed to cool engine coolant and are positioned to catch passing airflow to achieve this. Because of their position they are at risk to being damaged by road debris. The Daytona 660 Radiator Guard is designed to protect the radiator's delicate cooling fins and internal waterways by preventing stones and other debris from 'shot blasting' or, worse, puncturing the radiator's delicate aluminum construction to cause it to leak. The result of which will be overheating, which, in turn, can result in engine damage. Escaping coolant can also leak onto the tires and cause sudden loss of grip.
Features of EP Radiator Guard for Triumph Daytona 660
- Precision-made all-aluminum construction designed for easy and exact fitment
- EP Radiator Guard provides maximum defense against road debris
- Hexagonal matrix hole pattern allows full flow of cooling air
- Designed for high strength to weight ratio
- No additional chassis modifications required
- Durable black powder coated finish
- Anti-vibration pads included
- Fitting instructions available for download
Why fit an EP Radiator Guard?
Radiators are designed to cool engine coolant and are positioned to catch passing airflow to achieve this. Because of their position they are at risk to being damaged by road debris. The Daytona 660 Radiator Guard is designed to protect the radiator's delicate cooling fins and internal waterways by preventing stones and other debris from 'shot blasting' or, worse, puncturing the radiator's delicate aluminum construction to cause it to leak. The result of which will be overheating, which, in turn, can result in engine damage. Escaping coolant can also leak onto the tires and cause sudden loss of grip.
