Customisable Motorsport track 3D Display. Add name or Company to the base
Customisable Motorsport track 3D Display. Add name or Company to the base
Expertly crafted, this freestanding piece features a slick marbling tyre texture on one side and a dazzling petrol reflection on the other, capturing the thrill of the Formula One motor racing events.
Choose from any F1 race circuit and personalize the base with a company or individual’s name, adding an exclusive touch. Perfect for motorsport enthusiasts and distinguished corporate recognitions. Enjoy peace of mind with a digital proof provided before final production.
This model representation is free standing or you can remove it off the stand
(please be gently with the dowel its only 4.8mm wide) if you would like to place on a wall.I wanted the designs to work where none of the track is hidden by the stand, which would have
Each map is 3D printed to a high standard from PLA, double skinned, extras included is the amazing rainbow / petrol effect on one side of the print and real slick tyre marbling on the otherMy aim is to get your order out 24 hours after it comes in, if you order in the morning (UK time) I usually get the item to the post office the same day. except Sundays
Size example shown: 22cm tall 9.44 Inches x 15cm wide 5.9 inches x the map part is .65cm thick 0.31 inches. Each track will be different in size, mainly the height. this is dictated by the unique design of the tracks.
Please feel free to message me what you are looking for, and I will get back to you ASAP
For postal safety, the model is laid flat, and just needs placing on the stand. There is a hole in the track which fits in with the dowel on the stand.
About Danbydesign:
Danbydesign is a UK-based business specialising in creating unique and sustainable home decor and jewellery. We use 3D printing technology to craft bespoke, small-run items with a focus on practicality and visual impact. All our products are designed and manufactured in the UK using eco-friendly materials, including plant-based PLA derived from renewable resources.