Ruderacing
New member
Thats a mean looking turbo there Alan, what is it? The engine doesnt look like a std 4d34 from that picture. Nice stainless piping btw! Shouldnt get any restriction with that lol. :roost:
I'm going to starta facebook page called "Alan is Awesome!!" :wings:
Nice choice with the aluminium too mate!!
Out of interest Alan... what do you estimate your departure angle will be with the water tank positioned where it is?
Weight was very important being derated to 4500kg, also no rust, i just need to get my welding skills up to scratch, from what i've read a spool gun is the way to go for aluminium.What were you reasons for choosing aluminum for the camper?
I had a hard time deciding between aluminum and steel.
Sure steel is heavier, but you end up using 2x thicker aluminum to give the same strength plus aluminum welds are 2x to 3x weaker than the base metal.
For a four season camper, using smaller steel cross section members means I can have more foam insulation between the inside of the camper and the metal - better thermal isolation.
I do like the stigma of aluminum being so much better than steel for resale value though...
i can't remember the turbo brand and size, but i do remember it was the correct size for the job, the motor is std 4.2 at the moment but that will change:bike_rider:Thats a mean looking turbo there Alan, what is it? The engine doesnt look like a std 4d34 from that picture. Nice stainless piping btw! Shouldnt get any restriction with that lol. :roost:
i can't remember the turbo brand and size, but i do remember it was the correct size for the job, the motor is std 4.2 at the moment but that will change:bike_rider:
That is true, but MIG welds on aluminium are potentially not as good/strong as TIG welds. TIG is definitely slower, but normally produces a better weld.i just need to get my welding skills up to scratch, from what i've read a spool gun is the way to go for aluminium.