
In front of the Pajero's radiator is the front bumper grille. The car radiator refers to the car's cooling system component, which is part of the engine's water cooling system. The radiator in the engine's water cooling system consists of three parts: the inlet chamber, outlet chamber, main plate, and radiator core. The Pajero is a mid-size SUV under Mitsubishi, equipped with a 3.0L naturally aspirated engine that delivers a maximum horsepower of 163 HP. The Pajero comes with a 5-speed manual transmission, with dimensions of 4830mm in length, 1895mm in width, and 1885mm in height, a wheelbase of 2780mm, and a top speed of 170 km/h.

I used to drive a Pajero and knew the radiator was located at the front of the engine compartment. The front mainly features a large grille with a mesh-like design to allow smooth airflow into the cooling system. Right behind the grille is the air conditioning condenser, positioned at the very front of the air intake path to help dissipate heat for the AC system. Further back is the radiator itself, with fans usually positioned behind it to assist with airflow. If you frequently drive in the city, the grille can get clogged with bugs or leaves, affecting cooling efficiency and potentially causing the engine to overheat. That’s why I always remind myself to rinse the grille when washing the car. After off-road modifications, protective plates might be added to the front, but the stock setup is simple—just a few components—making easy as long as you check them regularly. The Pajero’s layout is quite logical, ensuring good airflow and protecting key components from stone impacts. Don’t overlook routine cleaning to guarantee proper heat dissipation.

When repairing a Pajero, the radiator layout is commonly seen. At the very front of the radiator is the air conditioning condenser, positioned inside the grille to intercept air first and assist in cooling the AC. The fan is then installed behind the radiator to draw air for cooling. It's crucial to check if the condenser is clean, as blockages can reduce overall cooling efficiency, and heavy engine loads may damage components. Off-road models might have additional metal guards installed at the front to protect this area, but the standard design consists of the condenser plus the grille. Use a soft brush when cleaning to avoid damaging the fins, and the fan position remains unchanged. If the radiator shows abnormalities, first inspect the front for any damage. After driving on rough terrain, clean it promptly to extend component lifespan.

I just started learning to drive not long ago and have studied the structure after a Pajero. The radiator is located inside the front of the car, with a mesh-like grille at the front serving as the air inlet to protect the components behind it. Behind the grille is the air conditioning condenser, responsible for dissipating heat from the AC, and further back is the fan. The overall design ensures cool air flows into the cooling system. Maintenance is crucial; if the grille gets blocked by things like bugs or mud, the cooling efficiency drops, and the car is prone to overheating. When washing the car, rinse the grille thoroughly to prevent issues.

I'm particularly fond of off-roading and have modified my Pajero several times. The original radiator setup features a grille and air conditioning condenser at the front, with a compact layout to ensure proper airflow. However, off-road conditions often involve many stones that can easily cause damage, so I've added a metal protective plate in front to safeguard these components. The fan position remains unchanged, still rear-mounted for suction. If you frequently go off-roading, I recommend inspecting the condenser and radiator front end every season, cleaning them to prevent blockages that could affect cooling efficiency. When installing protective plates, ensure they don't obstruct airflow to maintain optimal cooling system performance. Always be mindful of hard object impacts on the road and take preventive measures in advance.

From a functional perspective, the Pajero's radiator front end features a grille and an air conditioning condenser. The grille allows air to flow in, while the condenser dissipates heat along the path to optimize system efficiency. A fan is installed at the rear to enhance air suction for cooling. This design is suitable for various terrains, and protecting the condenser during off-road driving is crucial to avoid direct impact from gravel. Failure to clear front-end blockages such as leaves can lead to engine overheating and issues. During daily driving, avoid sudden braking that may damage front-end components, and perform regular maintenance to ensure safety.


