I’m not trying to be difficult, I just don’t see how they thought from first principles of having design objectives and got here. It looks more like they said to themselves a bunch of buzzword concepts and then threw them all together. Tacoma! Trophy truck! Carbon fiber! Then built a vehicle afterwards. So commenting on a few posts above.
Dogs. I already commented, but with a pass through, I’d guess they would be more comfortable in the dinette set as a bed. I’m not a dog person, but I’ve got friends who camp and travel with three big dogs, and that’s what they do. More space and when you are camped, the space is better utilized inside the camper than as a seating area in the truck that’s not really useful except for the minority of the time you’re driving.
Sleeps four with ease. I’d dispute the “with ease” aspect. I am selling a Lance 9.5 foot camper. I can’t sleep on the dinette bed without going diagonally. I’m 5’10” so is this designed for families with two small children? It’s a lot of money for a young family. If it’s a lifestyle choice, then where are you going to home school your kids? It’s pretty small to be living in with a family of four.
Is it designed for two couples? Let’s say the dinette has been optimized for adults fitting to the exclusion of other interior uses. Four FAA-standard humans weigh 720 lbs. Water for them for a week (a gallon per person per day) weighs 228 lbs. Thats a significant part of your payload right there and you haven’t accommodated food, clothes, mountain bikes, surfboards, firewood, or any other equipment. That’s to say nothing of the weight to put a fridge, water tanks, stove, propane tanks, batteries, wiring, and plumbing. Nor the shell itself. Or the space. Have you tried to live with four people in a space like that? Where do you fit food, water, refrigeration and batteries? You have eliminated about a third of the area at the bottom of the camper by permanently devoting it to cab space and preventing any clever packaging.
Who optimizes around spending a quarter million dollars to regularly be cramped in a small camper with another couple? If you don’t do it regularly, why optimize around that solution?
Cabover overhang. The short response is that the inspiration for the design, the Sunraider, managed it with a single cab Toyota. A longer response is that there are a bunch of design options. Put tanks and batteries in that space. Put cabinets or fridges. Have a slide out bed like early FWC. All of these offer more flexibility than committing to a passenger compartment that is used a minority of the time and is unused or under utilized the rest.
Storage in the Back Seat. I think I covered that above, but there are lots of ways to provide storage that is better optimized for camping than a passenger compartment. Remember the AT flip camper for Jeeps? They optimized around a four door specifically because they were selling as an aftermarket product into a market where the vast majority of Jeeps were four doors. They thought about end goals. This camper is designed to start as a new vehicle designed as an integrated whole. Why design in the compromises? Why not have lockers, tanks, shelves, cabinets and other things in that space?
GVWR. They say that they are reinforcing the frame to handle it. How are they avoiding stress risers and failure modes down the road? Is there a factory manual for building bodies and stiffening frames? Remember the guy who put a Bigfoot camper on the back of a FG Fuso? Broke his frame in South America. That’s a truck that’s designed to carry loads. Are they following race truck practice? That’s a different load cycle. And race teams go through a lot of trial and error and testing. If they break the truck, they DNF and drag it out with a chase truck. If you break this truck, your very expensive home is stranded out where someone can’t retrieve it. What are they doing to test extensively? They aren’t Unicat, they are a couple guys just out of college. A simple comparison with the Sunraider is that was built when Toyota offered a 1-ton chassis with dual rear wheels, not just built with the contemporary version of a Tacoma.
Trophy Truck Suspension. Who is going to be racing their camper? Didn’t they say they re-gear to fit the weight and power? That means slow, in this case, not trophy truck. If you supercharge it, how will the extra power and weight affect the life of the drive train? Will you rebuild your suspension every trip or every year? Why optimize around that?
Anyway, really I’m not trying to be a ********. I’m not their target market. But they are spending a lot of time and treasure designing something that doesn’t seem to have managed the compromises very well. I don’t see who their actual, paying, sustainable target market is. If it’s you, then that’s fantastic. I’m glad someone built exactly what you need.