In this video, I design and fabricate a one-of-a-kind sheet metal air intake box for my 1931 Ford hot rod using poster-board templates and a CAD-based design process.
Instead of relying on trial and error, I create full-size poster-board templates before transferring everything to a CAD program for sheet metal laser cuts. This method makes complex fabrication projects much easier to build.
Follow along as I walk through the complete process—from digital design and template creation to cutting, bending, welding, and final assembly—to create a custom air box that's both functional and visually unique.
If you're interested in sheet metal fabrication, automotive metalworking, CAD design, hot rods, LS swaps, or learning techniques that improve fabrication accuracy, this video is for you.
Subscribe for more custom fabrication, metalworking techniques, and updates on my 1931 Ford build.
CAD sheet metal design
custom air box
sheet metal air box
sheet metal fabrication
metal fabrication
custom intake
custom air intake
LS intake
LS swap
1931 Ford
31 Ford
hot rod fabrication
hot rod build
one off fabrication
DIY metal fabrication
automotive fabrication
engine fabrication
custom engine bay
metal shaping
welding fabrication
custom hot rod
rat rod
street rod
performance fabrication
custom sheet metal
engine build
air intake fabrication
hand fabricated
fabrication techniques
custom air box, sheet metal fabrication, metal fab, custom intake, air intake box, LS swap, LS engine, 1931 Ford, 31 Ford, hot rod, hot rod build, rat rod, street rod, automotive fabrication, custom fabrication, sheet metal, welding, TIG welding, MIG welding, fabrication, engine bay, handmade, DIY fabrication, custom car, performance, custom engine, one off build, fabrication techniques, classic Ford, metalworking
Instead of relying on trial and error, I create full-size poster-board templates before transferring everything to a CAD program for sheet metal laser cuts. This method makes complex fabrication projects much easier to build.
Follow along as I walk through the complete process—from digital design and template creation to cutting, bending, welding, and final assembly—to create a custom air box that's both functional and visually unique.
If you're interested in sheet metal fabrication, automotive metalworking, CAD design, hot rods, LS swaps, or learning techniques that improve fabrication accuracy, this video is for you.
Subscribe for more custom fabrication, metalworking techniques, and updates on my 1931 Ford build.
CAD sheet metal design
custom air box
sheet metal air box
sheet metal fabrication
metal fabrication
custom intake
custom air intake
LS intake
LS swap
1931 Ford
31 Ford
hot rod fabrication
hot rod build
one off fabrication
DIY metal fabrication
automotive fabrication
engine fabrication
custom engine bay
metal shaping
welding fabrication
custom hot rod
rat rod
street rod
performance fabrication
custom sheet metal
engine build
air intake fabrication
hand fabricated
fabrication techniques
custom air box, sheet metal fabrication, metal fab, custom intake, air intake box, LS swap, LS engine, 1931 Ford, 31 Ford, hot rod, hot rod build, rat rod, street rod, automotive fabrication, custom fabrication, sheet metal, welding, TIG welding, MIG welding, fabrication, engine bay, handmade, DIY fabrication, custom car, performance, custom engine, one off build, fabrication techniques, classic Ford, metalworking
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