A technology called load balancer using Arduino reacts dynamically to a load platform over a poor road surface in order to maintain the stability of the goods carrier. Any rollover has a direct cause, which is typically either turning too quickly or enabling one side of the vehicle to suddenly drop or rise that increases the roll movement about the longitudinal axis of the vehicle. To prevent the system from rolling over, two platforms have been installed. The first platform is mounted on the chassis and is a fixed platform. The second platform, which is adjustable, is located above the fixed platform and is raised using a scissor mechanism in accordance with the lean angle created by the fixed platform.

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Automotive Load Balancing with Arduino Integration

  • Arindam Sarkar

摘要

A technology called load balancer using Arduino reacts dynamically to a load platform over a poor road surface in order to maintain the stability of the goods carrier. Any rollover has a direct cause, which is typically either turning too quickly or enabling one side of the vehicle to suddenly drop or rise that increases the roll movement about the longitudinal axis of the vehicle. To prevent the system from rolling over, two platforms have been installed. The first platform is mounted on the chassis and is a fixed platform. The second platform, which is adjustable, is located above the fixed platform and is raised using a scissor mechanism in accordance with the lean angle created by the fixed platform.