2:11
Pedestrian protection on the front hood
A hood mechanism for normal opening and for pedestrian protection. You examine each section of the motion sequence individually.
Two gas springs support a tailgate, and the parcel shelf hangs on a cord. ASOMv10 shows the manual forces for opening and closing at different temperatures in one diagram.
2:10
Two symmetrically installed gas springs support the tailgate. The parcel shelf hangs on a cord and only lifts off once the cord becomes taut. What matters are the manual forces for opening and for closing, in heat as well as in cold.
You see all manual forces side by side and assess the spring design as early as the conceptual design stage.
You can tell at the design stage whether the gas springs are suitable at every temperature. More on force calculation
One view replaces many individual calculations for temperatures and directions of motion. More on diagrams
What works in the model does not have to be tried out on the physical part first.
2:11
A hood mechanism for normal opening and for pedestrian protection. You examine each section of the motion sequence individually.
2:26
How much force is needed at the handle or directly at the door? The inner workings of the door closer are captured in a programmable torque, so the model stays lean.
2:29
A hand lever adjusts the seat stroke by stroke. ASOMv10 plays back the strokes automatically and shows the manual force for different seat occupancies in one diagram.
Describe your mechanism to us. In an online demo, we will show you ASOMv10 using your example.