The process begins with designers creating rough sketches, often by hand or using digital tools, to explore various ideas.
Designers work closely with engineers, marketing teams, and manufacturers to understand the target market, performance goals, and technical constraints, shaping the design into a more realistic direction.
Once a sketch is finalized, it’s translated into 3D digital models using CAD (Computer-Aided Design) software. These models provide precise measurements and help visualize how the car will perform.
After 3D models are created, full-scale clay models are often sculpted to refine the design’s proportions and aerodynamics.
The design undergoes wind tunnel testing to analyze its aerodynamics. The goal is to optimize the car’s performance, fuel efficiency, and stability at high speeds.
Engineers focus on ensuring that the car’s structure is sound. They test various materials for durability, safety, and performance, adjusting the design to meet production standards and regulatory requirements.
A functional prototype is built for real-world testing. The vehicle undergoes rigorous tests on various terrains, handling, crash simulations, and more to ensure it meets safety and performance standards.
The car is officially launched, marking the journey from sketch to reality, and is then made available to the public, often with much fanfare and marketing efforts.
STAY TURNED FOR DEVELOPMENT