WFTW
Adventurer
Last year I asked about tire sizes for a trailer and have been updating that thread on occasion, but the title of the thread really didn't cover the topic of the thread any longer. So, I thought I'd just start a new thread about the build of the trailer.
I've been in touch regularly over the past six months with Robert Shepherd of Outlander Trailers (in Arkansas), who's building my trailer. Robert has much more knowledge about this sort of thing than I do, so I'll paraphrase what he's told me thus far.
The main frame is completed (pictures below). The axle will arrive towards the end of next week and once that is mounted he can design and fabricate the fender frames and fenders. The photos show why the frame is so strong. Aside from it being made from tube steel (which as 2.5 times the resistance to torsional rotation as angle or channel), every joint has a 100% weld. The main frame and rack form a box beam structure, which just does not flex. This translates to reduced metal fatigue, which in turn means longer frame life. The fender support frames will also be tube steel welded into the main frame...that is what makes them load bearing.
Robert is hoping all the electrical components ordered will arrive by the middle of next week. He'll be mounting LED flood lights below the awning that rises and lowers with the awning frame. This will give me working light for cooking at night. He'll also be placing an LED strip light in the main cargo box and in the fender mount cargo boxes. The tent will also have an LED strip light mounted on the support bows right over my head when I'm lying down...aside from lighting the tent, the location makes a great reading light.
There is room on the rack in front of the tent for two 20w solar panels for a 40w total. The solar panels are essential for when the trailer is disconnected from the Jeep for extended periods of time. I'll be able to charge the batteries from the vehicle's alternator through a separator that will isolate the trailer batteries from the vehicle's batteries and regulate the charge. In addition, I'll be able to charge it with the generator through a fully automatic marine charger mounted in the electrical compartment.
Robert will be mounting a 300w true sine wave inverter that will be safe to use with sensitive electronics, such as computers. The inverter also has a USB port for charging items that only charge through USB (cell phones, video cameras, etc). The fourth photo below is of the electrical system on the trailer Robert uses. Mine will be somewhat different. Since Robert's trailer doesn't have solar panels yet, my system will also have a solar charge controller mounted along with the other controls.
Anyhow, that's all for now...more to follow once the axle arrives and the build moves forward.
I've been in touch regularly over the past six months with Robert Shepherd of Outlander Trailers (in Arkansas), who's building my trailer. Robert has much more knowledge about this sort of thing than I do, so I'll paraphrase what he's told me thus far.
The main frame is completed (pictures below). The axle will arrive towards the end of next week and once that is mounted he can design and fabricate the fender frames and fenders. The photos show why the frame is so strong. Aside from it being made from tube steel (which as 2.5 times the resistance to torsional rotation as angle or channel), every joint has a 100% weld. The main frame and rack form a box beam structure, which just does not flex. This translates to reduced metal fatigue, which in turn means longer frame life. The fender support frames will also be tube steel welded into the main frame...that is what makes them load bearing.
Robert is hoping all the electrical components ordered will arrive by the middle of next week. He'll be mounting LED flood lights below the awning that rises and lowers with the awning frame. This will give me working light for cooking at night. He'll also be placing an LED strip light in the main cargo box and in the fender mount cargo boxes. The tent will also have an LED strip light mounted on the support bows right over my head when I'm lying down...aside from lighting the tent, the location makes a great reading light.
There is room on the rack in front of the tent for two 20w solar panels for a 40w total. The solar panels are essential for when the trailer is disconnected from the Jeep for extended periods of time. I'll be able to charge the batteries from the vehicle's alternator through a separator that will isolate the trailer batteries from the vehicle's batteries and regulate the charge. In addition, I'll be able to charge it with the generator through a fully automatic marine charger mounted in the electrical compartment.
Robert will be mounting a 300w true sine wave inverter that will be safe to use with sensitive electronics, such as computers. The inverter also has a USB port for charging items that only charge through USB (cell phones, video cameras, etc). The fourth photo below is of the electrical system on the trailer Robert uses. Mine will be somewhat different. Since Robert's trailer doesn't have solar panels yet, my system will also have a solar charge controller mounted along with the other controls.
Anyhow, that's all for now...more to follow once the axle arrives and the build moves forward.
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