I think you are asking the wrong question first. The first thing you need to do is to define the problem you are trying to solve, then identify your design parameters. Depending on how you structure your problem and the design parameters and constraints, you may decide that neither a trailer nor a drawer system is the correct solution to your problem.
The most prevalent problem in design development is clearly defining the goal and objectives of your effort. It is far to common for designers zto jump directly to a preconceived solution that may not solve the problem at hand. I fight this problem daily with the engineers and designers that work for me on the oilfield. Think first, then do, not the other way around.
Mike
i agree and i assume that my main problem would be that i want to drive a rig that i can have a place for all my gear for camping/expedition/ or when i need to bug out but even with a Jeep wj which has decent room in the back i don't know if i can have all i need in the back and if it more practical to not pull a trailer then building a storage/ shelving system is my next best option other then buying a bigger vehicle. thanks for the input i appreciate it.
Isn't the goal of the project storage solutions for expedition gear? Seems pretty straight forward and the same problem I dealt with having a space challenged TJ. Based on the user name I would assume the vehicle is a WJ which offers a little more room, but certainly is no full-sized quad cab pickup truck.
and yes i do own a WJ and it would most likely be just myself and my gf traveling in the jeep but for different amenities even more room is better.
Maybe, but maybe not. He talks about the possibility of adding a shower system, power, etc. This is generally called scope creep in the project management world. It takes a lot of discipline to sit down and thoroughly think through and define the problem being solved. The next step is to set up performance criteria and decide on what the priorities are; for example, light weight, electrical power, green materials, fabrication requirements/restrictions (steel tubing, woodwork, fiberglass, carbon fiber, etc. all require different fabrication techniques), tankage for fluid storage with types and amounts figured out, etc. From that you can determine the must haves vs. the nice to haves. This feeds into decisions about schedule, budget, fabrication tools, material choices, suppliers, etc.
Most homebuilders do this through an iterative process of trial and error. That works fine when you aren't trying to make a living from it. Professional designers need to be more efficient than that. There will still be an R&D/prototype phase, but it's much more controlled.
Also remember that as a student doing a final design project, the true purpose is to learn how to effectively work through the design process, not just to end up with another piece of gear.
Mike
I definitely appreciate your thought process haha and since it would be a big project i have this next school year to accomplish it and the first two quarters ( ~5-6 months) of school will be just research and design in which i will be researching every possible material, accessories, power options, water options, tent options, even suspension capabilities once that is all figured out i will then design everything on the computer and make every measurement probably down to the screw and bolt thread patterns :sombrero: then render it and make sure its how i want it then i will start the building process which i will do all on my own. at least that is the overall plan. hopefully everything goes according to it.