This is a CF chassis concept I dreamed up. I had envisaged single stack, with two long enclosures for batteries & escs. I had deliberately not put Widths and lengths as this would allow flexibility for the builder in deck shape.
Design your esk8 to keep water out – but also design it to work if the enclosure is full of water.
Anything else just doesn’t last, it seems.
It’s good when lids are on the bottom of things, because if the seal ever leakswhen the seal starts leaking, at least the water will leak back out instead of pooling inside.
Cause when the annoying ass cops on bicycle tell me that I have to walk because its only alowed in a skate park(Which is false I check) I dont wanna have to carry a 40 pound board.
I was actually looking at the rage post about water proofing. I will definitely consider it, it is just that I really like the look of evolves cf deck or sleek decks like the Haya
Evolves have that same problem that every integrated deck builder falls into. It’s a trap. Once the seal leaks, the water gets trapped inside. If the door was on the bottom, that problem would not exist. Seal could leak all day, doesn’t matter.
Every seal will start leaking. The only question is when? After 10km? Maybe 100km? What about 1000km? It’s gonna leak. It’s better if the design takes this into account. That’s the difference between rock-solid vehicle engineering and toy manufacturing.
Tools and kitchen floors aren’t flexible.
Skateboards are. Epoxy microcracks when it undergoes thermally induced or flexural loads. Especially when combined with carbon fibres because the properties are so dissimilar.