Application history of 3D scanning:
solving various tasks in real production facilities
solving various tasks in real production facilities
Reverse engineering, geometry control, non-contact measurements, creation of equipment for scientific experiments, virtual museums, product design and other applications of 3D scanners
The legendary Maserati 3200 GT car has been given a new lease of life thanks to the RangeVision Spectrum 3D scanner
The 3D scanner helped to obtain a digital copy of the Maserati 3200 GT car for reverse engineering and subsequent modernization.
3D technologies are widely used in automotive production at the design stage of new models. However, not only large automakers can use 3D scanners, but also specialists who are engaged in automotive repair and tuning. Using this equipment, it is possible to solve tasks of varying degrees of complexity: from digitizing individual parts, geometry control to the implementation of ambitious projects in the field of restoration and modernization of classic cars. We will talk about one of these projects in this article.
Restomod — new life for old cars
Restomod is a branch of car tuning that connoisseurs of classic cars of historical value are probably familiar with. The term restomod is formed from the fusion of two words restoration (restoration) and modernization (modernization) and refers to a car with a qualitatively restored body and upgraded units, due to which its consumer parameters are improved: comfort, handling, efficiency. To make the car perfect, it is being restored and upgraded using the latest carbon fiber parts and state-of-the-art technology.
The RestoMod 2021 project
Tomaso Trussardi, a famous Italian entrepreneur, decided to make his car dream come true by turning the iconic Maserati 3200 GT car into a real racing car with its inherent elegance.
Task: it was necessary to obtain a digital copy of the Maserati 3200 GT car for reverse engineering and subsequent modernization.
A functional RangeVision Spectrum 3D scanner from the Russian company RangeVision was selected for the implementation of this project. It is designed for professional digitization of objects of various shapes and sizes.
It is worth noting that the RangeVision Spectrum scanner has already shown its effectiveness in projects such as scanning body parts to create a replica of a Shelby Cobra car in a Machinator car repair shop and developing a Kawasaki motorcycle sports fairing with improved aerodynamic parameters.
Task: it was necessary to obtain a digital copy of the Maserati 3200 GT car for reverse engineering and subsequent modernization.
A functional RangeVision Spectrum 3D scanner from the Russian company RangeVision was selected for the implementation of this project. It is designed for professional digitization of objects of various shapes and sizes.
It is worth noting that the RangeVision Spectrum scanner has already shown its effectiveness in projects such as scanning body parts to create a replica of a Shelby Cobra car in a Machinator car repair shop and developing a Kawasaki motorcycle sports fairing with improved aerodynamic parameters.
Why was the RangeVision Spectrum 3D scanner chosen for Tomaso Trussardi's project?
- High scanning accuracy up to 0.04mm and 3D resolution up to 0.06mm
- Using structured illumination technologies, it is possible to create color-detailed 3D models with the transfer of complex geometry and the smallest details of various objects: from miniature to large-scale
- Three scanning modes allow you to work with different types of objects.
- Convenient RangeVision ScanCenter NG software for scanning and processing models.
Creating a digital copy
The first stage of the transformation of the legendary Maserati 3200 GT was the scanning of the car with a RangeVision Spectrum 3D scanner. The partners of RangeVision INKAY Technology S.r.l scanned the body, dashboard, doors, trunk, hood and engine compartment.
The car was then mounted on a lift. To open access to the chassis, suspension parts and scan them, it was necessary to dismantle the bodywork, engine and wheels.
As a result of data processing, an accurate digital 3D model of the car was obtained, which had the necessary symmetry. Based on this digital copy, the Maserati 3200 GT car was recreated in its original form.
The car was then mounted on a lift. To open access to the chassis, suspension parts and scan them, it was necessary to dismantle the bodywork, engine and wheels.
As a result of data processing, an accurate digital 3D model of the car was obtained, which had the necessary symmetry. Based on this digital copy, the Maserati 3200 GT car was recreated in its original form.
The RestoMod 2021 project has been called a revolution in the use of composite materials in the production of racing cars. He was appreciated by global brands of high-performance supercars and motorcycles.
It must be said that 3D scanners have made a great contribution to the development of car tuning and repair. They can be used to scan parts and body parts, and then produce them on a 3D printer. This is especially true for small car service stations and private specialists who perform car repairs and maintenance.
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ВКонтакте: RangeVision — 3D-сканеры и ПО для сканирования
Telegram: 3D сканеры RangeVision (официальная группа)
It must be said that 3D scanners have made a great contribution to the development of car tuning and repair. They can be used to scan parts and body parts, and then produce them on a 3D printer. This is especially true for small car service stations and private specialists who perform car repairs and maintenance.
Subscribe to our social networks to be the first to receive the news!
ВКонтакте: RangeVision — 3D-сканеры и ПО для сканирования
Telegram: 3D сканеры RangeVision (официальная группа)
3D scanner in this project
Universal optical 3D scanner
Accuracy up to 0.04 mm
Resolution up to 0.05 mm
Accuracy up to 0.04 mm
Resolution up to 0.05 mm