![]() ![]() Using TechSoft’s 3D CAM software (Visual Toolpath) and the self-centering vice (with TechSoft’s F1 in Schools car fixture) students can accurately machine both sides of their car. ![]() TechSoft’s RotoCAMM MDX-40AE is very much a 3D machine and is ideally suited for machining the car bodies. The SOLIDWORKS F1 in Schools tutorial details the use of Flow Simulation to produce aerodynamic tests. The SOLIDWORKS Education Edition comes complete with a sophisticated suite of Simulation software which allows analysis of CAD models. CATIA Student Edition will not work with this GPU. Once you have designed your car, and indeed during the design process, it is important that students are able to analyse their designs and make appropriate design changes. CATIA Student Edition isnt certified on Windows 8 and Windows 10 but some students reported it works well NB: Windows 10 will be certified soon on further CATIA V5 Student Edition releases ATI Radeon graphic cards are not supported. SOLIDWORKS is supplied with a detailed step-by-step tutorial written specifically for the F1 in Schools challenge. There is an ever growing number of schools who have chosen SOLIDWORKS Education Edition as their 3D CAD solution. If you already have a TechSoft milling machine compatible with our Self-Centering Vice, then you will be off to a flying start. The TechSoft F1 in Schools Project Package brings together software and hardware to make the task cost-effective and straightforward. Schools thinking of entering the F1 Challenge will be delighted to know that they may already have the technology in place to design and build a winning car. ![]()
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