REDESIGN OF A VOLKSWAGEN POLO MK5 AND CONVERSION TO A WIDE BODY KITTED VEHICLE.
Inspired by Akira Nakai (Rauh Welt Begriff)
Regulatory requirements and safety standards.
Budgetary constraints when investing in aftermarket upgrades.
Unable to maintain and afford two cars according to needs. The daily car goes on the track too.
Reliability and above average performance while travelling.
High-quality components and aftermarket upgrades that are engineered to the highest standards of performance, aesthetics and durability.
Expert advice and recommendations to achieve specific goals and requirements.
WHY DO PEOPLE MODIFY THEIR CARS?
HISTORY OF WIDE BODY KITS
Origins in Racing
The idea behind widebody kits arose out of necessity, first being used on racing cars whose factory track width didn't provide enough stability and grip for high-performance driving. The widened stance and larger wheels/tires allowed for improved handling and cornering at high speeds.One of the earliest widebody road cars was the Shelby Cobra, which achieved the widebody look by cutting around the wheel wells and adding custom fender flares.
Widebody Becomes a Styling Trend
In the 1970s and 1980s, widebody kits started appearing on modified street cars, not just race cars. More effort was put into making the widebody look appear intentional and integrated, rather than just functional.
Widebody kits became a popular styling choice among car enthusiasts and tuners.
POPULAR CARS THAT got WIDE BODY KITS
Mini Cooper - especially the high-performance John Cooper Works (JCW) model
Porsche 911 - Porsche has offered both narrow and wide body versions of the 911 sports car
Dodge Charger and Challenger - Dodge Charger and Challenger muscle cars can be equipped with optional wide body kits from the factory.
Toyota Supra - Supra A90 model has become a popular platform for aftermarket wide body kits.
Nissan GT-R - like the "GOJIRA" kit from SCL.
BMW M2 - from manufacturers like Maxton Design and PSM Dynamic.
WHAT ARE legal MODIFICATIONS TO CARS IN INDIA?
Upgrading tires.
Changing the car's color.
Installing custom body kits, such as front/rear bumpers, side skirts, spoilers, etc. to alter the vehicle's appearance.
Upgrading the car's lights, such as installing LED headlights or taillights.
Adding custom decals, graphics, or vinyl wraps to the exterior.
Installing a cold air intake to increase horsepower and fuel efficiency.
Replacing the exhaust system with higher-flowing parts to maximize engine performance.
Tuning a cars ECU to extract higher performance, efficiency or specific driving styles.
Installing higher-performance suspension and brakes to improve handling.
WHAT ARE BRAKE COOLING DUCTS?
Brake cooling ducts are essential components in a car's braking system, especially for track cars. They function by channeling air from a high-pressure source, typically the front of the car, to the brake rotor. This airflow helps decrease the operating temperature of the braking system, which is crucial for optimal performance and longevity of brake components.
HOW DO THEY HELP?
Lowering the average operating temperature of the brakes, which helps prevent issues like brake fade, glazed pads, boiling brake fluid, and cracked rotors.
Keeping the brakes cooler allows the brake pads to operate within their optimal temperature range, where they provide maximum friction and stopping power.
Higher average brake temperatures cause accelerated wear on pads, rotors, and brake fluid. Cooling the brakes can significantly extend the life of these parts.
This is especially important for track driving, where brakes are subjected to much higher temperatures and wear2.
The increased consistency and reliability of a well-cooled brake system gives the driver more confidence and control of the vehicle, especially in high-performance or racing situations
1016 INDUSTRIES
LIBERTY WALK
EPSILON AERO
RAUH WELT BEGRIFF, BY AKIRA NAKAI
PROCESS
polar winds
sharp
poised
futuristic
eccentric
clean
professional
downforce
quick
flow
sleek
aerodynamic
confident
performance
dynamic
mid engined
customization
after defining keywords, sketching began with exploration of forms, airflow patterns in order to evolve the portrayal of "Polar winds" done by Volkswagen.
detailed sculpting of form and fit.
STEP 1
model stock body from official Volkswagen blueprints
STEP 2
extend fenders to required width
STEP 3
model front and rear bumpers to complete design
POP - UP fog lamp design.
Brake cooling duct intake below fog lamps.
tools: figma, sketch pencils and tracing paper, blender