![]() being to experimental with the colour scheme, again wasted to much time there. This cost me al lot of time to fix in the end. Not making the cut-outs for the bodywork the full length of the backbone. ![]() Flawless form, design, and other details. Utilization of superior quality metal for sturdy construction and top-notch performance. Full tube chassis kit that can build high-quality tube chassis cars, resistant to deformation. This meant I never got both halves of the car exactly the same We provide high-end rolling tube chassis kits for your racing car. I should have filled the bodywork in one go, now I filled in one half of the car and then weeks later I filled in the other half. The final result is OK and I'm happy with it but I mostly see all the mistake I made. It was also one of the builds I learned the most out of. This was hard build due to the deadline and due to the fact that I was working with products I had never worked with before. ![]() The car is now part of the international Cartoonfestival of Knokke-Heist which is themed in "all things related to sports" It's amazing what a few stickers can do to make a picture complete.Īll the festival sponsor got their own stickers and were put on the car I made them all the same size and figured I could finish that part in plywood, turns out that could not be done in a decent way without stripping the entire body and rebuiling the bodywork, since I didn't have the time for that I had to improvise as you will see later on. Note: This was the first mistake: I should have made al the cut-outs to the back of the car the same heigth as the centrale backbone of the car. I did the same thing for the side body that goes from the driver position towards the front of the car but spaced the cut-outs every 10 cm and making them 3 cm smaller every 10 cm. ![]() I figured that the bodywork would be as straightforeward, making one cut-out close to the driver position than duplicating that same side cut-out every 25cm but making the cut-out about 5 cm smaller every 25cm. The mono cockpit was a straight foreward job, taking some dimensions of the pictures and rebuilding in plywood. I cut the project up in to nine big parts: The mono cockpit was the start of this project. Engine sound blueprint (including transformed audio file licensed under CC0 1.Cracking on with the making.Traffic AI system including AI vehicles and traffic light crossings.Variable update interval for AI traffic actors (blueprint).Customizable traffic light sequence in seconds.Customizable throttle intensity for AI vehicles.Variable update interval for Street Racing AI actors (blueprint).Full vehicle customizability (frame, wheels, interior, suspension and engine setup).From street/strip racing to autocross or a car show, our BluePrint Chevelle should be competitive in any event. Customizable traffic mode speed limit in MPH Our newest project car, a 1964 Chevelle Sports Coupe, is destined to be a great all-around car.Customizable throttle intensity for street race or traffic mode.Customizable traffic dodging accuracy parameter (higher values lower risk of AI colliding, but collisions can‘t be prevented completely).Vehicle light functions (reverse and brake lights for all vehicles).Third person and first person (cockpit view) with movable camera.Collision sound effect function based on vehicle speed (replaceable sound file).RPM based engine sound function (replaceable sound file).Speed limit override trigger for different areas.Traffic light crossings including light sequence function.AI traffic vehicles (sedan/van/coupe/SUV).Finish zone with transition to traffic mode.Dodging traffic vehicles safely while overtaking opponents. ![]()
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