Designing and optimizing vehicles from architecture to series life
We intervene on the entire vehicle: architecture, systems integration, regulatory compliance, and preparation for series life.
Our role: transform an elegant concept or an existing vehicle into a viable, homologated, and ready-to-deploy industrial product.
Designing a vehicle means mastering all of its constraints
A vehicle is a complex system, at the intersection of multiple requirements: technical, regulatory, industrial, and economic.
Our offers
Designing
your vehicle from both a global and detailed perspective for industrialization and homologation
Designing
the evolution, improvement, or retrofit of your legacy vehicle
Organizing and structuring your range for series life and production customization
Vehicle architecture & systems integration
Global architecture definition, integration of powertrains, structures, and systems
Engineering & development
Technical design of sub-systems, management of interfaces and constraints, validation of technical choices
Homologation & regulatory compliance
Norms and requirements analysis, preparation of homologation files, vehicle compliance updates
Vehicle evolution & retrofit
Modernization of existing platforms, performance improvement, technological upgrades
Range structuring & series life
Definition of product variants, configuration management and customization planning
Our use cases
Complete powertrain retrofit: system integration, structure, and multi-physical validation
→ Engine / chassis interface design: mounts, anchor points, and structural adaptation on an existing base.
→ Powertrain implantation: optimized mechanical integration / maintenance / assembly.
→ Multi-physical dimensioning (torque / vibrations): validation of stresses and mechanical resistance.
→ Integration of auxiliary systems & HV wiring harnesses → full electrical architecture.
→ Thermal & energetic validation: simulation and functional mock-up.
→ Complete prototype dossier: base ready for industrialization or pre-homologation.
Electric bus development: global architecture, system integration, and design-to-industrialization
→ Complete vehicle architecture design: structure, propulsion, energy, and series interfaces.
→ Electric powertrain integration: optimized packaging and embedded performance.
→ Mechanical and electrical systems development.
→ Weight / cost / industrialization optimization: design oriented towards fabrication and series production.
→ Complete vehicle fine-tuning: functional and dynamic validation in real-world conditions.
→ Multi-disciplinary coordination in a short cycle (~12 months).
Energy conversion of a bus to hydrogen: system integration, safety, and vehicle industrialization
→ Propulsion architecture transformation: complete overhaul of the energy chain.
→ Fuel cell system + H2 storage integration.
→ Full electrical and thermal reconfiguration: multi-source energy flow management.
→ Safety studies and regulatory compliance: factoring in H2 constraints right from design.
→ Mechanical integration on an existing platform: structural adaptation and vehicle interfaces. → Complete vehicle system validation: global operation in real operating conditions.
