Cava Catia Jun 2026

Driver visibility is heavily regulated worldwide to reduce accidents and guarantee spatial awareness. maps out critical lines of sight directly within the 3D model.

Developed in a joint venture with major German automotive OEMs like BMW, Mercedes-Benz, and Audi, CAVA was created to solve a critical industry problem. As automotive designs become more complex, manually checking every aspect for compliance against global standards has become nearly impossible.

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The benefits of using CATIA are numerous. Some of the key advantages include: cava catia

Every vehicle on the road must guarantee that the driver has a clear and unobstructed view of their surroundings. The Vision module automates the complex analysis of both direct and indirect fields of view. It can quickly answer critical design questions, such as, "If the Seating Reference Point (SRP) is moved slightly, how will that affect the A-pillar obstruction angle?".

Because the Catia software predicts traffic flow, food waste is reduced by roughly 15% compared to standard quick-service restaurants. They know exactly how many portions of the to prep based on weather data and historical foot traffic.

: Analyzes pedestrian protection (e.g., bonnet and windscreen impact zones) and interior safety points for passenger head impact. CAVA Vision Driver visibility is heavily regulated worldwide to reduce

: Checks impact zones for pedestrian safety and occupant protection. CAVA OVA (Overall Vehicle Architecture)

Passenger and pedestrian safety are governed by tight regulations worldwide. This module evaluates critical safety parameters, such as the radius of curvature on the vehicle's exterior surfaces to prevent severe pedestrian injury during an impact. It also calculates internal safety elements, ensuring instrument panels, steering columns, and seating arrangements minimize the risk of occupant injury. 2. CAVA Vision

The plug-in offers real-time updates and automated checks: because CAVA features are associative, any change to the geometry automatically triggers an update of all related compliance checks. It also provides clear warnings, instantly flagging any design features that violate selected regulations and offering guidance on how to resolve them. As automotive designs become more complex, manually checking

Supports early concept validation, such as component placement for lamps and license plates, reducing the need for physical prototypes.

CAVA (Computer Aided Vehicle Architecture) is a specialized suite of software extensions integrated within CATIA V5 and the 3DEXPERIENCE platform that automates compliance testing for international automotive standards. In the highly regulated world of automotive design, CAVA serves as a bridge between the creative CAD environment and the rigid legal requirements imposed by global markets.

Because safety regulations differ widely between agencies like the European UNECE, the United States FMVSS, and the Chinese GB standards, a vehicle built for one region may be illegal in another. CAVA houses these multi-national standards within its database, allowing engineers to toggle between different regional rulesets to test a single design globally.

Because CAVA is fully associative within CATIA, the compliance features update automatically whenever the underlying vehicle surface changes. If an exterior stylist pulls the front fender outward, CAVA instantly recalculates the new wheel guard clearance parameters without requiring the engineer to re-run the analysis manually. 3. Streamlined Virtual Homologation