Radiator Toyota 98-07 Lancruiser / Lexus

The CSF 7207 Radiator for Toyota 98-07 Landcruiser and Lexus LX 470 is a direct-fit replacement core engineered for optimal cooling performance in full-size luxury SUVs. This aluminum radiator delivers efficient heat dissipation across the engine's operating range, maintaining stable coolant temperatures during highway cruising, city driving, and demanding off-road conditions where engine load and ambient heat stress cooling system capacity.

Manufactured by CSF Cooling, a respected OEM-alternative supplier, this radiator features aluminum construction with driver-side inlet and passenger-side outlet configuration matching factory specifications. At 29 inches wide and 36 inches tall, the unit integrates seamlessly into the original mounting location without modification. The radiator's core design maximizes surface area for coolant-to-air heat transfer while maintaining compatibility with the Landcruiser's mechanical fan and water pump system. Proper fitment prevents coolant leaks, air pockets, and the thermal management issues that compromise engine longevity on vehicles with high mileage or extended service intervals.

This radiator suits owners of 1998-2007 Landcruiser models and the equivalent Lexus LX 470 (1998-2007) who require OEM-quality cooling replacement without dealership pricing. Vehicles that see regular towing, high-temperature climates, or extended warranty periods benefit from timely radiator replacement before cooling capacity falls below factory margins. The part is ideal for restoration projects, preventive maintenance on higher-mileage units, or immediate repair following radiator failure, coolant leaks, or overheating events.

The Toyota Landcruiser platform represents a durable, globally recognized SUV line known for multi-decade service life when maintained with quality replacement parts. A properly functioning radiator is essential to that reliability equation, preventing engine damage, transmission fluid overheating (in automatic units), and the cascading mechanical failures that follow thermal stress.