What calculations are used when SSM are upgrading a vehicle's GVM?

When a specialist in SSM (Second State Manufacturer) is upgrading a vehicle's GVM, several calculations are used to ensure that the vehicle's suspension and other components can handle the increased weight capacity. Some of the calculations involved in a GVM suspension upgrade may include:

Axle load calculations: The specialist will calculate the axle loads, which represent the weight distribution between the front and rear axles of the vehicle. This calculation ensures that the weight is evenly distributed, and the axles can handle the load without becoming overloaded.

Spring calculations: The specialist will calculate the appropriate spring rate for the upgraded GVM. The spring rate determines the amount of force required to compress the suspension spring. This calculation ensures that the springs can handle the increased weight capacity without being too stiff or too soft, thereby affecting the vehicle's handling and ride quality.

Braking calculations: The specialist will assess the vehicle's stopping distance and the capacity of the brake system to ensure it can handle the increased weight capacity. This calculation ensures that the brakes can safely and effectively stop the vehicle, even when carrying heavier loads.

Overall weight calculations: The specialist will calculate the overall weight of the vehicle, including the weight of the load it can carry, to ensure it does not exceed the GVM limit. This calculation ensures that the vehicle is not overloaded, which can impact its safety, performance, and durability.

Other considerations: In addition to these calculations, the specialist may also evaluate other components, such as the chassis, tires, and suspension geometry, to ensure they can handle the increased weight. They might also take into account factors like vehicle stability, ground clearance, and any legal requirements or regulations that need to be met.

In summary, when upgrading a vehicle's GVM, specialists use various calculations to determine the appropriate suspension modifications and ensure that the vehicle's components can handle the increased weight capacity. These calculations aim to maintain the vehicle's safety, performance, and overall functionality when carrying heavier loads.