RADIATOR SLEEVE GASGAS/HUSQVARNA/KTM 65 2024-25, TWINAIR 177759SL494
Twin Air Radiator Sleeves provide a protective barrier to prevent mud, dirt, and sand from entering the radiators, reducing the risk of overheating and potential engine damage. The sleeve fits securely over the radiator louvres using its elasticated construction and pre-punched holes for mounting pins. The nylon-coated glass yarn mesh allows dry dirt to fall off naturally due to engine vibrations, maintaining optimal radiator performance. Features include: prevents mud, dirt, and sand from clogging the radiators, helps reduce overheating and engine damage, elasticated fitment with pre-punched holes for secure installation, made from breathable nylon-coated glass yarn mesh, and allows dry dirt to fall off naturally due to vibrations. Part Number: Twin Air 177759SL494.
- SKU
- 23-813.TA
- Brand
- Twin Air
- Availability
- In Stock (1)
FULL DESCRIPTION
Twin Air Radiator Sleeve
Protect your motorcycle's radiators from the elements with the Twin Air Radiator Sleeve. This innovative sleeve acts as a barrier against mud, dirt, and sand, significantly reducing the risk of overheating and potential engine damage. Engineered for straightforward installation, the elasticated design and pre-punched mounting holes ensure a snug and secure fit over your radiator louvres.
Crafted from a breathable nylon-coated glass yarn mesh, this radiator sleeve is designed for optimal performance. Dry dirt particles naturally dislodge and fall away thanks to engine vibrations, helping to maintain efficient airflow and keep your radiators operating at their best.
Key Features:
- Effectively prevents mud, dirt, and sand from clogging radiator fins.
- Contributes to reducing the likelihood of engine overheating and damage.
- Features an elasticated construction for a secure, easy fit.
- Includes pre-punched holes for straightforward mounting pin installation.
- Constructed from a durable, breathable nylon-coated glass yarn mesh.
- Designed to allow dry dirt to naturally fall away due to engine vibrations.