Original: $17.63
-70%$17.63
$5.29The Story
Built to factory specifications for a perfect fit on FG XR8 sedan and ute models. Ideal for replacing cracked, swollen or leaking hoses, this OEM-spec hose restores reliable cooling performance for daily driving, towing and spirited weekend runs.
Key Features
- OEM-spec molded shape for precise FG Falcon 5.4L V8 routing and clearance
- Durable EPDM rubber resists heat, pressure, oil mist and ozone for long service life
- Reinforced wall construction to prevent collapse under high coolant flow
- Direct-fit replacement that works with factory clamps and radiator outlets
- 12-months warranty included
Old hoses can harden, crack and weep at the bends, causing coolant loss and overheating—especially on the tight lower-run of the FG V8. This genuine lower radiator hose solves those issues with the correct molded profile and reinforcement, delivering a leak-free seal and stable temperatures under load.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Built to factory specifications for a perfect fit on FG XR8 sedan and ute models. Ideal for replacing cracked, swollen or leaking hoses, this OEM-spec hose restores reliable cooling performance for daily driving, towing and spirited weekend runs.
Key Features
- OEM-spec molded shape for precise FG Falcon 5.4L V8 routing and clearance
- Durable EPDM rubber resists heat, pressure, oil mist and ozone for long service life
- Reinforced wall construction to prevent collapse under high coolant flow
- Direct-fit replacement that works with factory clamps and radiator outlets
- 12-months warranty included
Old hoses can harden, crack and weep at the bends, causing coolant loss and overheating—especially on the tight lower-run of the FG V8. This genuine lower radiator hose solves those issues with the correct molded profile and reinforcement, delivering a leak-free seal and stable temperatures under load.
