between fluid dynamics in software and the carbonation process in the bottle?
CAVA OVA verifies overall vehicle packaging plans, facilitating accurate component placement from lamps and number plates to seat belts. It helps engineers assess component locations within designated limits early in the concept phase, reducing reliance on physical prototypes.
: Automatically calculates impact zones on the hood, bumper, and windshield, allowing engineers to optimize crumple zones according to Euro NCAP and international standards. cava catia
The further along a vehicle progresses down the development funnel, the more expensive engineering modifications become. If a compliance issue regarding headlight illumination height or an A-pillar blind spot is caught after stamping dies have been milled, it can cost millions of dollars and delay vehicle launches by months. CAVA shifts safety and legal validation "left" in the schedule, making compliance a proactive driver of style rather than a reactive hurdle.
: Compliance features travel with the CAD data, ensuring that both OEMs and suppliers remain aligned with the same standards. between fluid dynamics in software and the carbonation
CAVA transforms CATIA from a powerful modeling tool into a comprehensive vehicle architecture validator. By automating the complex task of regulatory checking, it allows designers to focus on what they do best: innovating the next generation of vehicles.
: Checks impact zones for pedestrian safety and occupant protection. CAVA OVA (Overall Vehicle Architecture) : Automatically calculates impact zones on the hood,
Developed through a joint initiative by Transcat PLM (now part of TECHNIA) in collaboration with major German automotive OEMs like Audi, BMW, Daimler, Porsche, and Volkswagen, CAVA was purpose-built to tackle the immense challenge of in the automotive industry. A modern vehicle must adhere to thousands of global and national standards for safety, environmental impact, and pedestrian protection, including regulations like ECE (Economic Commission for Europe), EWG, SAE (Society of Automotive Engineers), and FMVSS (Federal Motor Vehicle Safety Standards). Meeting these requirements is a monumental task for any engineering team.
For automotive giants and startups alike, tools like CAVA represent the shift toward —the ability to certify a car's legality in a digital environment before a single piece of metal is ever stamped.