Vehicle Cooling Arrangement with Sealed Air Compartments

The cooling system is divided into multiple independent radiator units (engine radiator, transmission radiator, hydraulic radiator) that are arranged in parallel rather than series. Each radiator has its own airflow path through the bonnet, allowing air to cool multiple radiators simultaneously without sequential resistance buildup. This segmentation resolves the contradiction by maintaining heat dissipation capability while eliminating the airflow resistance problem of series arrangement.

The radiators are arranged in a parallel configuration across the bonnet width rather than stacking them vertically or arranging them in a linear series. This spatial reorganization allows air to flow through multiple radiators at the same time, effectively using the horizontal dimension to increase cooling capacity without increasing airflow resistance. The parallel arrangement transforms the airflow pattern from sequential (series) to simultaneous (parallel), resolving the heat dissipation versus airflow resistance contradiction.

Instead of using one large radiator that would increase bonnet area, the system uses multiple smaller radiator units distributed across the bonnet. Each radiator is compact, but collectively they provide sufficient heat dissipation capacity. This segmentation allows the bonnet to maintain its compact dimensions for good steering and visibility while still achieving adequate cooling through the combined surface area of multiple radiators.

The cooling capacity is increased by utilizing the horizontal width of the bonnet rather than increasing vertical height or overall bonnet length. By arranging multiple radiators in parallel across the width, the system achieves high heat dissipation without increasing the bonnet's frontal area or length, thus maintaining compact vehicle dimensions for better steering and driver visibility.