To understand the kinetics and kinematics of an e-bike's shock absorbers it is essential to know how components respond to various terrains and loads and to consider several mechanical factors. The ability of shock absorbers to dampen vibrations and impacts (damping) is crucial. Insufficient or excessive damping can result in poor ride quality, decreased control, and increased rider fatigue.
Regular e-bike use, particularly in rough conditions, leads to wear and tear of critical shock absorber components such as seals, bushings, and springs, which can degrade performance, cause leaks, and impair the overall suspension system. Addressing these mechanical issues is essential to ensuring the optimal performance of an e-bike suspension system and contributes to a safer and more comfortable ride.
SOLIDWORKS enables you to create detailed and accurate models, while 3DEXPERIENCE Works Simulation can analyze the effects of motion on your SOLIDWORKS designs. The design and simulation combination (called MODSIM) enables you to detect design issues and potential product failures quickly, saving both time and money.
Watch the webinar How do I Make the Ride Less Bumpy? to explore how to set up and run motion studies.