Knew Bob way back when he was one of the Motor Trend staffers. Some years later he sprouted at Mazda North America and was deciding who the initial staffers for their SoCal Design operation would be.
Propane'd up w/a dose of all-wheel steer could've repurposed that beauty as Cadboni upright riding floor buffer at Olympia Stadium ...? Image Unavailable, Please Login
Happy 4th of July everyone http://egarage.com/car-profiles/the-story-behind-the-american-flag-lamborghini/ The only North American entry for the 1996 Lamborghini supertrophy season Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login
Designer Dave Holls video. Long but worth it. https://www.deansgarage.com/fantastic-dave-holls-video-interview/
A name from the past, Facel Vega Concept Image Unavailable, Please Login Image Unavailable, Please Login
Automotive clay-a history of success Image Unavailable, Please Login Dr Radhika Kapur Design thinker and Visiting Faculty at Delhi University July 9, 2024 The first automobiles were built like carriages, in which the petrol and diesel engines that had just been invented were installed. After only a short time however, the customer demands grew and with them the desire for faster, more comfortable and more beautiful means of transport. This brought about the plan with a large number of vehicle body builders to be able to implement individual wishes too - particularly in Hollywood. In about 1920, a young man who was the son of a body builder had the idea of creating a small natural clay model for interested customers. In this way, individual wishes could be determined quickly and made visible. This process was particularly interesting because desired changes after the presentation could be made easily on the clay model. In the next step, a modelling clay was developed, which was free of disadvantages such as drying out, shrinking and tearing. A plasticine manufacturer in the USA took over development, production and marketing of this product, which was called "styling clay" or simply "clay". This manufacturer first delivered to the design studios in the US automobile industry and gradually increased to global car companies. For this reason, more and more clay manufacturers appeared in the USA, Asia and Europe. This had consequences! In about 1980, a German automobile manufacturer contacted the company EBERHARD FABER (now a subsidiary of STAEDTLER), whose operations included the production and sale of plasticine (FIMO, modelling clay etc.) for different purposes, and suggested the development of an optimised clay for design modelling. In a confidential cooperation between the developers at STAEDTLER and the designers, many trials showed a recipe with which a synthetic material could be produced with selected raw materials in several production steps - a clay that exactly complied with the requirements of the designer: easy to model, tear resistant, stable at room temperature and with uniform consistency and colour. Clay 3D design models are essential in the form-finding of new drafts. With the new clay from the STAEDTLER house, scale and 1:1 models can be manually produced or prepared with the CNC milling machine. This clay was called Marsclay (previously Faberclay). The same care and attention was given to this material by STAEDTLER as with all other brands with the STAEDTLER LOGO. The new, high-quality product from a reliable German manufacturer, which is accompanied by a stringent quality control process from the selection of raw materials to the production process, was introduced to all German automobile manufacturers with an enthusiastic response. Soon, Marsclay was also used in England, Spain, Italy, France, Sweden and the Czech Republic. Marsclay obtained familiarisation and recognition with its users and therefore followed the USA, Brazil, China, South Korean, Japan and Australia. In 2000, the automobile industry requested for the weight of the clay to be reduced. As automobiles became larger and the 1:1 models became heavier, limitations in the studio equipment were quickly found. The development was started and a new Marsclay light came into being - 40% lighter than the previous clay and sulphur-free. Now, according to the specific assignment of the automobile manufacturers, both types are used in parallel. These variants of clay are delivered to all German manufacturers and almost all European and many large and small manufacturers worldwide. Through the takeover of the company Franz Kolb Nachf. in 2009, the existing selection was rounded off with the Kolb clay. While it is implemented as far as possible in the automobile industry, more and more schools and artists are discovering the advantages of clay. Nowadays, Mars clay is a best-seller in the styling clay market.
What happened to Chavant? Is this new clay really that different to work with versus the old Chavant?
Don't know if Chavant is still in business, but these are the brands we used at GM, American Sunroof & CCS. Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login
Additional shots of the new Ford Capri. Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login Image Unavailable, Please Login
Do the different brands of clay have different workability? I remember that Chavant had different hardness iterations.
Yes, each brand has their own formula. Some are softer than others. Ford used to use a hard clay, GM used a softer formula. They took the sulfur out 30 yrs ago.
Today's latest AI click bait creation. This is supposedly a Hyundai Elantra. Sure! Image Unavailable, Please Login
Me neither! But it sure beats the contraption Toyota is going to slap a Lexus badge on in 2026! Image Unavailable, Please Login