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Just copy and paste and/or mirror the suspension to finish building quicker. And also basically the same on all four corners. The front and back suspensions are the exact same. Set the axles to Suspension Stiffness: 100 Suspension travel: 0 Normal Piston Suspension Guide The angle of it should be around 30.9.Īdd axles and wheels. However, this is ( b ) Simulation not usually. Both the redirector and the actuator bottom should turn green when it has connected. no problem, any environment can be simulated using special experimental rigs. Now use Shift + move to move the 3 bricks into place. Now off to the side, add an actuator top set to “Physics Driven”. All are set at a 45 degree angle.Īdd a rotating actuator set to “Physics Driven”.
Then add a 2×1 Scalable Brick 1s.Īdd actuator bottom. Set them all as “Spring” in Actuator Mode. Now the Base of the vehicle has been finished.Īdd pistons. Add a driver’s seat and an engine.Īdd a 1×6 Scalable Cube and a 1×1 Scalable Cube. This is a type of suspension that is probably extremely rare to see in the workshop.Įvery individual suspension on all 4 sides are the exact same. It’s meant to work and provide a base or idea for any future suspension that YOU might make. I have already successfully built both suspensions with only the pictures.ĭisclaimer: This guide keeps the building of the suspension as simple as possible. One you’re probably familiar with, and one you probably aren’t. This is two guides combined into one! Two different types of suspension.
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