By creating specifically engineered pathways that help distribute
these frontal impact forces through a greater percentage of the vehicle's total structure, ACE can more effectively route them around and away from the passenger compartment to help limit cabin deformation and further improve occupant protection.
Frontal impact forces are absorbed and distributed through the mid-section to minimize cabin distortion.
Not exact matches
In a
frontal collision its shape diverted the
impact forces to optimum effect — its curved outer edges formed a direct connection between the front longitudinal members, the inner connecting members in the floor assembly and the outer longitudinal members in the door sills.
The
forces exerted in the event of a
frontal impact are dispersed by a system of longitudinal and transverse members.
Pre-Collision Braking helps you avoid or reduce
frontal impacts by alerting you and applying full braking
force in emergency situations.
When the system senses that a
frontal collision is unavoidable, and even if no prior alerts have been given, strong braking is automatically applied to help reduce the
impact velocity and collision
force.
The load path of
impact forces to the cabin during a
frontal collision has been minimized to secure occupants» safety.
When the system senses that a
frontal collision is unavoidable, even if no prior alerts have been given, strong braking is automatically applied to help reduce the
impact velocity and collision
force.
Belt spoolout allowed by
force limiters can mean there will be far too much occupant movement in
frontal crashes that occur at an angle or with rotation or in crashes that involve more than one
impact.
Sleds simulate crash
forces, re-creating the accelerations (side or rear
impacts) or decelerations (
frontal crashes) that occur inside occupant compartments during full - vehicle crashes.
In the
frontal impact, forward movement of the 3 year dummy, sat in a forward - facing restraint, was not excessive although the neck recorded marginally elevated tensile
forces.
Forward movement of the 3 year dummy, sat in a forward - facing restraint, was not excessive in the
frontal impact, although neck tensile
forces were marginally high.
In the event of a
frontal collision, the
forces generated are distributed to three
impact buffers in the front end.