Automotive Styling
Industrial Design
Industrial design includes the understanding of ergonomics, usability, form, color, material, finish & emotion in design. This phase is characterized by extensive ideation sketches, renders, mood boards, material boards, mock ups and 3D modeling. We are well-versed with a variety of CAD software and 3D rendering tools that enhance the process of product realization.
Styling Capabilities
- Computer Aided Styling ( CAS ) & Class-A surfacing
- Whole exterior body development.
- All interior parts i.e instrument panel, dashboard and center console, door trims.
- Project management throughout the process, from sketch drawing to clay modelling & tooling
- Reflection analysis and ergonomic compensation using virtual reality
Engineering Design
We are your companion for all engineering aspects. The vast experience in the field of design helps us offer the best possible support to the product design and development. We offer services, right from concept phase till the end of production phase.
Engineering Services we offer
- Development of concepts and feasibility studies
- Functional model creation and Prototyping
- Functional and Kinematic analysis
- Design space examinations/Packaging with Homologation Regulations
- Design, detailing and drafting
- Geometric integration
- Development of components and systems
- Interface Coordination
- Tolerance analysis
Body Works & Chassis
- BIW exterior Panels and Structural Reinforcement Engineering ( i. e. Two wheeler exterior body Panels, Three wheeler exteriors & Four wheeler BIW structure).
- Development of Two wheeler chassis like Single cradle frame, Double Cradle frame, Backbone frame & Trellis frame.
- Development of three wheeler & Four wheeler chassis like Tubular chassis, Backbone chassis, Ladder chassis & Monocoque chassis.
Plastic Product Engineering
Engineering of plastic panels of two wheeler, three wheeler and car interior with considerations of tooling, molding feasibilities, gap & flush requirements.
CAE & Simulation
- Stiffness and Strength Analysis
- Fatigue strength and service life
- Strength/Rigidity/Durability Evaluation
- Fatigue life determination
- Endurance limit evaluation
- Dynamic Analysis
- Natural frequency and Mode shapes Evaluation
- Critical mode detection
- Parametric/Shape/Weight Optimization
- Design of Experiments
- Material Selection
- Vehicle Topple
Reverse Engineering
- A Surface & B Side Features generation from 3D point cloud data.
- CAD comparison Report.