This case study highlights how LL leveraged Altair simulation tools to design lightweight yet structurally robust components while maintaining performance targets. The engineering team faced pressure to reduce material usage without compromising stiffness, durability, or safety. Using simulation early in the design phase, LL evaluated multiple design variants, assessed stress distribution, and optimized geometry before physical prototyping. Virtual testing enabled rapid iteration, reducing reliance on costly trial-and-error methods. As a result, LL achieved significant weight reduction while maintaining required performance standards, shortened development cycles, and reduced prototype costs. The simulation-driven approach allowed the team to make informed design decisions earlier, improvi

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