Fold-out solar rack that charges an electric pickup

Oct 11, 2026 Last reply: 3 hours ago 4 Replies
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Most people charging an EV with solar bolt panels to a garage roof and leave the truck parked. This build flips that around: CoDream and a cousin put a rolling solar array on the truck itself, so the vehicle carries its power station everywhere it goes. It is described as the first rack of this kind made for the F-150 Lightning, and the ambition shows.



The structure is a big multi-panel frame over the truck bed, made from stainless steel tubing. Neither maker had welded before, so they learned during the project, working with a welding machine and an angle grinder while wearing helmets, gloves and respirators. Moving the heavy frame involved skateboards, and getting it mounted took a come-along winch plus pulleys and ropes tied off to palm trees so the truck could back underneath. Seven panels at 330 watts each give more than 2,300 watts of output, wired into a Goal Zero Yeti Pro 4000 in the bed, which feeds a hardwire charger plugged into the truck's charging port.



Several details stand out. The legs telescope upward to create standing room below the rack, and the side panels fold up or down to track the sun better. Beyond charging, the rack doubles as shade, a hammock mount and a surfboard rack, and it runs a portable fridge.



It is not all upside, and the maker is upfront about that. The DC to AC to DC chain wastes 35% of the harvested power, and the drag from the rack costs another 15% of driving range. Realistic daily gain sits around 20 to 27 miles in good conditions. A Version 2 is planned with more efficient panels and better aerodynamics, aiming at 60 to 78 miles a day. Direct DC charging without the AC detour remains an unsolved question, and the maker has openly asked for improvement ideas.



Project by CoDream. Watch it on their YouTube channel:

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The folding side panels are the smartest piece of this in my view. Fixed arrays on a vehicle can only face one way, but tilting those panels toward the sun recovers output that would otherwise be lost for free. The trade-off is more hinges and moving parts on a rack that already has to survive road vibration, so long-term durability is the open question for me.

That frame with seven panels on it must weigh a serious amount. How did they actually get something that heavy lifted and positioned over the truck bed without a crane or a crew of people?

No crane involved. A come-along winch lifted the rack high enough for the truck to back underneath, and a system of pulleys and ropes anchored to palm trees handled the mounting. Before that, they shifted the whole frame around on skateboards. It sounds improvised, but it clearly got the job done.

For Version 2 I would look hard at cutting out the AC stage entirely. A voltage regulator could pull DC straight from the panel modules, skipping the 35% loss in the current DC to AC to DC chain. The caveat is that the output would be inconsistent once the Yeti station is out of the loop, so it would need some buffering. Even a partial DC path for topping up, with the existing setup kept for full charges, would stretch the daily miles noticeably.

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