1. Ensure each vehicle has a defined maximum load capacity. The optimization algorithm should not assign more cargo than the vehicle can afford. 2. Record accurate weights and volumes for each item to be transported. This helps in accurately planning the load for each vehicle.Consider using onboard weighing systems to monitor loads in real-time. 4.Ensure that cargo is evenly distributed to avoid overloading one side of the vehicle, which can lead to safety issues and Place heavier items at the bottom and towards the front of the vehicle to maintain balance on tyres 5. Use telematics to monitor vehicles' weights and ensure they are not overloaded during transit. 6. Driver and helpers trainging is very necessary to overcome the issue.

To prevent risks from overloading vehicles while optimizing routes for your fleet, you can implement several strategies: 1. Load Monitoring Systems: Use real-time vehicle weight monitoring systems or onboard scales to check if the vehicle is within the permissible weight limit. 2. Automated Load Distribution: Utilize software that calculates and distributes load optimally across your fleet, ensuring that no vehicle exceeds its maximum load capacity. 3. Route Planning and Vehicle Matching: Match vehicles with routes based on their load capacity. Assign larger loads to vehicles designed to handle more weight, reducing the risk of overloading. These practices not only enhance safety but also improve vehicle longevity and fuel efficiency.

Load diagram visually displayed (inbedded) on the load body floor surface indicating load balance starting from axle. Never seen this before, but would be quite innovative.

1. Use real-time monitoring sensors to detect when vehicles reach their maximum load capacity, 2. Proper route planning of multi-stops to ensure that the sequence of loading and offloading at the locations doesn't exceed the vehicle tonnage. 3. Ensure your fleet management software is properly configured with each vehicles' capacity to ensure efficiency in planning.