Step 7: Sketch your design or make a computer graphic model of your car body.TIP: Make sure your custom modifications are compliant with local vehicle laws and regulations before you go any further.Step 6: Prep your chiseled foam for fiberglass by applying a layer of water-based contact glue to the front and sides and covering it with a layer of aluminum foil or duct tape.

Step 5: Cut three plies of fiberglass or matting to a size slightly larger than is needed to fit around your foam mold.

Congratulations, your custom design is complete.

Step 4: Drill holes for mounting the piece to your car's frame, apply primer and paint, ant then mount the piece on your car.FACT: BMW's concept car, called GINA, has an almost seamless skin exterior made of flexible fabric, rather than metal and fiberglass.Trim or file the edges with shears or a grinding wheel if necessary. Step 3: Make sure the part fits properly on the car.TIP: Let the fiberglass and resin cure for at least 48 hours before proceeding.Repeat with the second and third layers of resin and fiberglass, pressing out any bubbles with a squeegee or blunt metal tool as you go. Step 2: Apply a coat of epoxy resin to the mold, and lay the first layer of fiberglass on it, smoothing the material down around the corners and edges.Step 1: Remove any dust, overlay the finish with a coat of glazing putty, and, when it's dry, sand the entire surface with fine-grit sandpaper until it is smooth.If you have the skills, you can design a DIY body model that will make your car truly unique. These products take part in ST’s longevity commitment program, which assures, on selected parts, continuity and stability of supply for ST customers, especially those that design applications requiring long-term product availability.Sometimes you can't get the car body you want, even with the growing selection of aftermarket parts. ST automotive MCUs are automotive grade and will stay in production for at least ten or fifteen years starting from their date of introduction.

The portfolio supports not only the latest automotive transformation areas such as electro-mobility, gateway and ADAS applications, but also brings innovation to existing applications, such as body, powertrain, chassis and safety. ST’s wide offer of single- and multi-core MCUs features a scalable solution, addressing from cost-sensitive to highly-advanced automotive applications thanks to hardware and software compatibility. STMicroelectronics has recently announced Stellar, our latest high performance 32-bit automotive microcontroller family based on the ARM R52 multi-core, with innovative embedded Phase Change Memory (ePCM) and built in our 28nm FD-SOI technology. ST offers a wide portfolio of microcontrollers for automotive applications, including the 32-bit SPC5 family built on Power Architecture® technology, the 8-bit STM8A family as well as 16-bit ST10 legacy MCUs.

Car body kit design software