3D printing a flame throwing exhaust to turbo rotary swap a BMW i8

In this episode we try out the new Einscan Rigil 3D scanner to build a 3D printed, self-fixturing exhaust system for a BMW i8 getting a Mazda 13B-REW swap. We'll scan the car, touch on the general design in Autodesk Fusion, how to order your own 3D printed metal parts from Craftcloud3D and then do the final assembly. With a rotary engine also functioning as a makeshift flame thrower, we'll look at how airflow detaches from the car and whether or not that will make for a crispy bumper. Thanks Zak DePiero for grabbing the roller shots. Subscribe to his channel to see a badass documentary about building a hot rod from a local truck with some cool history in a few weeks.    / @zak_depiero   Einscan Rigil Scanner https://tidd.ly/4ob6UC8 Reliable source for all your fabrication component needs. https://www.verociousmotorsports.com/ Craft Cloud https://craftcloud3d.com/ 10% discount code off your first Craft Cloud order! REFZ10W5P18 Air Shaper CFD Analysis https://airshaper.com/ Everlast Welders Typhoon 330 https://www.everlastgenerators.com/?r... SendCutSend Get 15% off laser cut parts for you own project with the below link! https://sendcutsend.com/couch-built If you want to get started with learning how to design or fabricate your own parts with some of the methods used throughout my build series, check out HP Academy for some well-produced, high-quality motorsports focused coursework. 3D Modeling & CAD for Motorsport https://hpcdmy.co/CouchBuiltCAD Visit with the link below and use discount code COUCH75 for $75 off any of their available courses. Full Course Selection https://hpcdmy.co/CouchBuiltCourses Contact [email protected] Chapters 0:00 – Rotary what? 1:20 – Einscan Rigil overview 4:40 – Disassembly, 11tybillion fasteners 5:43 – Rigil in IR mode 7:28 – Designing our parts in Fusion 10:45 – Rigil in marker-less laser mode 13:20 – Sourcing 3D prints in metal 14:05 – CO$T 15:19 – Hacking up a new OEM bumper 16:26 – Aluminum prints arrive 17:33 – Rear fascia install 18:12 – 3D printed stainless parts unbox 19:54 – Self-fixturing locating features 21:45 – Affordable fabrication parts, fast 22:57 – Welding printed metal 26:50 – Final assembly and test drive 27:38 – Loud (3 cylinder) noises 28:00 – Will it cook? Airshaper says..... 29:36 – Closing thoughts