E36 Strut Dust Caps 1-Piece

Strut Dust Caps have been specifically designed to securely fit and remain on the front strut towers of E36s, as depicted in real-life pictures. These caps not only provide a stylish appearance but also serve as protective covers to safeguard against dust and debris.
When you make a purchase, you will receive several design options, including a blank slate, M3 Logo, BMW Badge, and both side and front profiles of an M3 E36. Please note that I plan on updating the BMW logo as I am not quite satisfied with it yet.
The design is a one-piece model, intended for a single print. If you wish to add color to your design, you have a few options:
1. Paint it.
2. Use a printer with the ability to print multiple colors.
3. Split the models in a 3D program like 3D Builder or MeshLab, then print and glue separate components together. For example, you can split and print the M3 Logo in different colors, and then glue it onto the blank slate design.
By utilizing these methods, you can not only customize the appearance of your Strut Dust Caps but also provide an additional layer of protection against dust and debris for your vehicle's front strut towers.

Importantly due to its proximity to heat within the engine bay, PLA will begin to warp the design overtime, however, will remain sturdy. I would recommend printing with ABS, PETG or any filament with higher heat resilence.
I recommend utilizing an infill setting of 20% to strike a balance between print times and material usage, ensuring sufficient strength while avoiding excessive consumption of print material. It's worth noting that higher infill percentages do not necessarily result in linearly increased strength; instead, they can enhance flexibility.
By selecting a 20% infill, you can achieve a suitable combination of strength and flexibility for your printed object. This setting helps optimize print times and material usage without compromising the overall quality.
For support removal, I suggest utilizing a 10% support infill. However, it's important to note that the ideal support infill percentage can vary depending on the specific printer being used. As a general guideline, 20% is considered a standard infill setting.
Most settings are entirely printer dependent. Prints were conducted at a speed of 60mm/s which last around 6 hours...I believe.