Cava | Catia

It replaces complex manual rulebook interpretation with automated geometric checks, speeding up development gates.

: Because CAVA is integrated into CATIA, compliance checks update automatically when geometry changes, allowing for early detection of non-conformities.

: Checks the positioning and visibility of vehicle lamps according to international norms. CAVA Manikin

. It is designed to ensure that vehicle designs meet international legal standards and manufacturer-specific norms from the concept stage through to final homologation Core Functionality cava catia

In industry webinars, experts demonstrate CAVA's ability to handle safety radius checks for passive safety, along with complex vision analysis for A-pillar obstruction and mirror coverage. These use cases highlight how CAVA works in sync across CATIA V5, V6, and 3DEXPERIENCE to validate designs from the initial concept phase all the way to final homologation.

To get the best experience from your bottle of Cava Catia, follow these rules:

Vehicle manufacturers struggle to navigate a patchwork of regulatory standards that differ significantly between global regions like the United States, Europe, and Asia. Instead of relying on manual checking or separate spreadsheet calculations, designers use CAVA to access integrated rules as native CATIA V5 and 3DEXPERIENCE features . CAVA Manikin

Enables digital sign-off and virtual testing environments. It provides standardized technical reports that can be exported for validation agencies, accelerating the time-to-market for new car models. 🔄 CAVA's Role in Knowledge-Based Engineering (KBE)

Every table has a small ceramic tile numbered by hand. Yours might read “42” — a nod to the house’s private cava reserve, which spends 42 months on lees.

: Analyzes driver field of vision, mirror coverage, and direct/indirect visibility based on multiple international regulations. To get the best experience from your bottle

CAVA CATIA: Revolutionizing Automotive Compliance and Design Architecture

Ensures compliance with requirements regarding driver visibility, including direct view, mirror field of view, and A-pillar obstruction checks.

Driver visibility is critical for safety and regulatory compliance. CAVA Vision allows designers to simulate and optimize both direct forward visibility and indirect visibility through rear-view mirrors. It assesses obstruction angles, field-of-view requirements, and visibility of critical points such as traffic lights, ensuring designs meet both legal and ergonomic standards.

By integrating these checks directly into CATIA Automotive Extensions , manufacturers can significantly reduce the risk of costly late-stage design changes or product recalls. Ultimately, CAVA CATIA empowers automotive designers to focus on innovation and performance, confident that their vehicle meets the complex legal demands of any global region they wish to enter. CAVA CATIA Automotive Extensions Vehicle Architecture

To make compliance data accessible across the broader enterprise, facilitates standard reporting. It features automated PDF generation, engineering checklists, and compliance matrices, allowing homologation officers to clear design milestones quickly. Direct Architectural and Business Benefits