What indicates a truck's resistance to overturning in a telehandler?

The concept of longitudinal stability is crucial in understanding a telehandler's ability to resist overturning. Longitudinal stability refers to the vehicle's balance and stability along its length, taking into account how weight is distributed and how high a load is raised.

In a telehandler, proper distribution of weight and a low center of gravity contribute significantly to this stability. When a telehandler raises a load, if the load is positioned too high or too far from the base, it can create a tipping moment that may lead to overturning.

Therefore, evaluating longitudinal stability involves analyzing factors like load weight, height, and positioning to ensure that the telehandler maintains its equilibrium and does not tip over, especially when navigating uneven terrain or performing lifting maneuvers. This understanding is vital for safe operation of telehandlers in various environments.