I disagree. I think that the main problem is that people don't understand how these couplers work, so they are frustrating (especially for those of us who have used other types of couplers). The idea is that they won't release if the trailer is pushing forward at all (towards the user and the tow vehicle). As someone who's managed to do that, allowing a trailer to roll forward when the coupler was unlatched (putting a dent in my TV), I can see how this is a good safety feature. I do think that the manufacturer should put a sticker on it or it should ship with stamped metal hang tag explaining how to operate it. Especially since some people are actually making the situation worse by trying to force the lever, damaging the mechanism.CCC said:Over and over again. It is a sorry design.Marceline said:Have you tried pulling the trailer forward, even just a couple of inches, before you uncouple?CCC said:I have been having a terrible time with the factory coupler on my new 2022 320S Boondock. Either bad design or fit. I'm talking about the part that slips over the hitch ball and sort of levers down to lock up. Problem is it never wants to unlock and its taking 15-20 minutes or so fooling with it every time. I'm tempted to just go on of the simple oldfashioned ones bolted on.
I think that you're overestimating the fridge's power usage. The 2-way fridges draw 3.5-5amps when running. But they don't run constantly. More like 30% of the time.ColoradoJon said:A 180 watt panel will produce, at its very best and in optimal conditions, just under 13 amps per hour. That's in clear, bright, super sunny days with no shade or passing clouds. Let's say the panels get 7 hours optimal sunlight - that's only 91 amps during light hours. The first screen shot is showing a yield of just over 12 amps (280wh / ~23V)
If the fridge uses 5 amps per hour on average, that's 120 amps in a 24 hour period. This is with no other load at all - everything else shut off and no phantom drain.
Just not enough panel to run the fridge and charge the battery.