Using PVC pipe legs, the storage capabilities under the platform are expanded drastically, and everything stored under the platform is easily accessible.
With dimensions of 80 inches long by 42 inches wide, the sleeping platform is comfortable for two with the back seats out, and cozy for two with the back seats in. In addition, the 13.5 inch raised platform provides ample room for storage underneath while also allowing for good headroom.
The sleeping platform components remain in the Honda Element at all times, and since the platform supports are all PVC pipe, lots of additional space and weight is freed up both when the platform is deployed or inactive.
The first challenge was designing some sort of flange to connect the PVC pipe leg to the sleeping platform securely. My inspiration were PVC plumbing flanges, but unfortunately those were only easily found in large sizes, and wouldn't satisfy my design needs. I decided in order to make the best possible securing system, developing my own design and 3D Printing that design would be the best solution. I had excess 1.5 inch PVC class 200 pipe available for the legs, and this diameter seemed sufficiently strong enough to be able to support a hefty dynamic load on the platform. I designed the flange to be screwed onto the bottom of the sleeping platform, and retain a low profile (.5 inches added). I developed the flange with four slots, where the four tabs on the connecting piece attached to the pipe leg would connect.
Once the tabs and connecting piece are properly seated inside the flange, it is twisted 45 degrees to lock the leg in place in the flange. This prevents the legs from being disconnected from the flange and separating from the platform. The locking mechanism was accomplished by designing raised bumps, which require a decent amount of force to overcome when putting on and taking off the legs.
The flanges were printed in PLA, which I deemed as a satisfactory material to use for the design; however, depending on the durability of the flanges and connectors a future iteration might be printed with PETG for additional durability and heat resistance which might be necessary for the flanges sitting in a hot car day in and day out.
The connectors were also printed out of PLA, and feature the four tabs previously mentioned along with a sleeve to properly connect to the legs. Holes were modeled into the sleeve to secure it to the leg with screws, two is sufficient, four seems to be a bit overkill.
Each of the legs is 13 inches in length, which provides ample storage room under the platform while also still keeping the platform low enough to be set up even when the rear seats are still in the Element. A foot was modeled for some of the legs to provide additional stability on the ground.
The existing sleeping platform was repurposed, and six locations were chosen on the bottom of the platform as places to screw the flanges onto in order to provide the most stability and support. After use of the upgraded platform, an additional leg will be added right in between the two at the rear, as a little sagging in the platform was noticed.
To compliment the sleeping platform and allow for stealth camping, I had previously made window covers. I used Reflectix, a material used for light insulation that resembles a shiny bubble-wrap, and covered one side with Black Gorilla Tape to act as a "blackout" cover. When in use, the window covers make the windows in the Element seem like they have a super dark tint, and provides good privacy. The windshield just uses Reflectix to act as a normal windshield shade would. The window covers are not obvious unless looked at super closely with a flashlight, and also keeps the interior dark. In cases of needing to slightly insulate the Element, just swap the window covers to the other side of the vehicle and put into the windows with the reflective side out, as shown in the picture below.
Mobirise website builder - Get more