We apply a structured process that covers the entire path from design concept to final production. Through advanced simulations, topology optimization and material selection, we deliver efficient solutions tailored to different manufacturing methods.
01
We assess the technical and functional requirements of the design to define the most effective development and production strategy.
02
We apply advanced techniques such as topology optimization, FEM analysis and CFD simulation to enhance performance and reduce weight without compromising structural strength.
03
We transform the optimized design into a production-ready model, ensuring compatibility with manufacturing methods such as additive manufacturing, CNC machining, casting, forging and injection molding.
INGENIERÍA AVANZADA PARA MOTORSPORT
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Manufacturing method before CNC
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Weight before 4,9 Kg
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Manufacturing method after SLM
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Weight after 2,1 Kg
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Weight reduction 57 %
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Material used AlSi10Mg
By applying advanced techniques such as topology optimization and metal additive manufacturing, we reduced the weight of each upright from 4.9 kg to 2.1 kg – a 57% reduction. In total, the vehicle saves 11.2 kg of weight.
This weight reduction results in:
Improved acceleration and 0.1–0.15 s faster from 0–100 km/h
Reduction of tire and brake wear.
Up to 0.5% fuel savings in endurance racing by improving energy efficiency
In motorsport, every gram matters. We turn structural optimization into a performance advantage. On track, it’s all about details.
Discover how we can optimize your components