- City
- Fremantle
- State
- WA
Ok so that's a good question. Early on I mentioned the flex these things have "designed" into the chassis. Well that flexibility causes this at the rear mounts on the tub


The closed chassis ends about halfway along the tub.
What I plan to do is utilize the amazing twist resistance of SHS or square hollow section or box section as some call it. I'll make a rectangular frame using 4" SHS with mitred corners. I'll then lay that along the chassis and make whatever connections I need to make to connect it to each of the 10 (I think) supports. I'll then build my tray on that.
The thinking is the rigid SHS portal will make flex a thing of the past. Like an exoskeleton.
It'll have drop sides and a cage with a canvas cover with sides I can roll up. I see the rolled up setting as my day to day settings. I've always like the convenience and "safari" look of rolled up sides. Fridge, swag, grill. I'm going camping.
Aluminium checker plate floor screwed down to achieve a balance between strength and weight.
That's the plan anyway. Thanks for asking.


The closed chassis ends about halfway along the tub.
What I plan to do is utilize the amazing twist resistance of SHS or square hollow section or box section as some call it. I'll make a rectangular frame using 4" SHS with mitred corners. I'll then lay that along the chassis and make whatever connections I need to make to connect it to each of the 10 (I think) supports. I'll then build my tray on that.
The thinking is the rigid SHS portal will make flex a thing of the past. Like an exoskeleton.
It'll have drop sides and a cage with a canvas cover with sides I can roll up. I see the rolled up setting as my day to day settings. I've always like the convenience and "safari" look of rolled up sides. Fridge, swag, grill. I'm going camping.
Aluminium checker plate floor screwed down to achieve a balance between strength and weight.
That's the plan anyway. Thanks for asking.























