Geronimo John

Wow. The above three statements encapsulate my position of opposition for 90% of OE2 owners to the 3,000 pound springs. For most owners they are "Over Sprung". But the 1750's for all of us running in the 6,000 pound class I have advocated long and hard that those springs are "Under Sprung" as they are loaded 100% of the time and are failing. For a new trailer, I would monitor the rear ends of the OEM 1750's and push their replacement out 4 or 5 years. If you see any flattenng of the rear ends, time to replace them. Also as a 50 Year Mechanical Engineer, 3 independent Dexter Tech's and I determined that the middle ground between the 1750's and the 3,000's... The 2400 Dexters was a logical choice. Been doing just fine for the last 20K miles or so..... WIll be putting another 9K this summer. For every one, it is wise to inspect your springs at the end of each season. If any flattening is observed, you would have the off season to replace them as you see fit. GJ

Since two of the screw holes are compromised, two new ones in the other locations will likely work another four years for you. All depends on how heavy you load those drawers, and how rough and long your roads to boondocking camp sites. Personally I try to do things once and done. We load our pantry very heavy. Had to install stiff legs under those shelves and 3X the number of shelf strap hangers. I understand that OTT improved the setup in later year OE2's. But keep an eye on those shelves as well. Good luck GJ

I think you are talking about the kitchen cabinet drawers. If so, the below applies: It is a PITA to have to pick up the stuff that was in the drawers and you find it in the isle rolling around after a long day of travel. I KNOW your pain. The under drawer hardware attachment is great until it is not. Basically the screws into the drawer bottom come under shear when you hit a bump and turn towards the right. Over time the connection fails when you hit a bit bump or turn. I had two of my launch the contents. Good news is there are three things you can do, and I have done all three of them: A. Add a John Davies drawer strap to the two sets of kitchen drawers. My DIY of his idea is below. B. Pull the drawers and thru drill a hole and use really small bolts with washers and Nico's to thru bolt the hardware in place. I used four per drawer bottom. I put the nylocks and washer below, and the smal head and washer above in the drawer. C. Tightbond the underside drawer bottom to the side walls. Granted I have never heard of the OTT drawers coming apart as they are well made. But I figured while I had the drawers out and upside down, why not armor plate the edge to bottom seams. A little summer sunshine dried them for reinstall in less than an hour. Hope this helps. GJ DIY - Galley Drawers Straps by John E. Davies.docx

Sorry JD, I'm not even going to bite on that one..... Maybe you should re-read all 27? pages of that thread. LOL GJ

First, I very much enjoy reading your posts. Please do keep questioning and pushing the envelope in an effort for you, me, and others to truely understand the "WHY" question. Glad to hear you are ditching the 1750's. Doing so is half the quest. The other half is deciding "What spring best suites our use of our OE2's"? For what I believe is about 10% of owners, clearly the answer is the super strong and reliable Alcan 5-Leaf springs. For the rest of us it is prudent not to "Over-Spring" our suspensions. The obvious choices are either the Dexter 2400 four leaf or the Alcan four leaf. If you are a 10%er that often puts their OE2 into structural gymnastics, great get the 3,000 pound Alcons. If you don't live off-road then the four leaf is your best choice. If you are budget inclined, as I and others are, then the Dexter 2400's is the answer. But if you have the spare cash then why not go to is the Alcan 4-leaf springs. I have to admit that I have never heard someone use the words "Wussie" and "Oliver" in the same sentence. For sure got a LOL out of me on that one. I get your thought line though. Bottom line is that EVERY design has a life span. Air Stream's do in fact pop rivets and have upper cabinet issues when stressed over time. Their owners tend to not be out boondocking on regular basis. Likewise, stress an Ollie suspension enough and one will see the impacts as well. I think Bill summarized the situtation well: So sure we all at times put undue stress on our hulls with no worries. And I think that our hulls are "NEAR" bullet proof. So we can do so for a long time. But it still is smart to go more gentle when we can. Especially for the electronic's, refergerator, glassware, the ton of stuff in our wire shelves in the pantry, not to mention the frame, battery box, ............. etc. Again thanks for your posts! John

Short Version: Springs because dozens of us have had them FAIL. Axles because a boat load of us have tons of miles on the 3500 Dexters, and the cost of replacement of the brake assemblies is insane, and besides we want the braking power of the 5200's. None of which involve tire pressure. That topic was started by John D, and I got the facts presented to OTT and they have since reduced their recommendations accordingly. GJ

I can assure you that the fiberglass does flex. As do the frames. Granted it is the best on the market bar none. We have seen evidence here in this forum of frames being damaged, as well as structural supported components as well. No one can say for sure that the PSI number or some springs being oversprung CAUSED anything. But our trailers are not totally bullet proof. They can, and have, failed when stressed beyond their design limitations or due to improper actions or choices by owners, or OTT during manufacture. Either way, having some good common sense about how much punishment we want OUR trailer to experience in it's life is just a smart concept to be open to. To that idea, tire pressures and diameters, spring rates and axle weights ALL impact the G-loads our fiberglass hulls endure. Frequency of stressors is also a not yet discussed element of the puzzle. GJ

So you are saying that one does not need or should use 60 PSI. But you use 40. Which is what I recommend as well. Just saying your quote above could lead more than a few of us astray. To be clear you and I both recommend 40 PSI. Right? GJ

Spot on! I suspect most of us have the AFE concern as well. You sure made me smile on that one! GJ

60 PSI? Sure if they like to un-necessarily pound your trailer frame and contents. Oh and more recent, the not so good pounding to the battery box. I had to tell Cray Horse to mind his own business when he wanted me to mention what the spring selection can do in addition to the above. Oh my when will he learn....

Thank you for the visual presentation of tire pressures by the major tiret companies. We all should know our trailer tire loads and the tongue weights. Only the trailer tire weights should be used with your charts. For our OE2, with a total weight of 6,000 pounds and a tongue weight of say 600 pounds my four tires are carrying just 5400 pounds. That's 1350 pounds each. Of note in your charts not one of the mfg's have a weight/pressure anywhere close to what most of us are loading. Common practice therefore is to use the MFG minimum recommend tire pressure, either 35 or 40 PSI depending. I know we are all tire experts. Or are we? I run michelin's and the listed minimum for their chart is 40. Why is anybody running 50+ any more? I guess they are special and have more experience than the tire manufacturers. Or not. GJ

Can you imagine the carnage that would result on a mountain road, on a hair pin curve, going down hill.... if that center bolt fell out? EZ Flex floppin around down by the tires, causing the axles to imediately be out of alignment flipping one way then the othe being only held back by two shackle bolts fore and aft on one side...... for me the one word answer is "carnage". BTW you are not alone on this topic. PM me if you want the back story. GJ

Roger: I note the amount of corrosion in your picture. I don't know where you live or operate, but for a 2021 trailer it could use some corrosion control efforts. Especially the axle tube. GJ

Several owners have added individuall heaters in the intersticial space between the hulls. The top choice is to get heat to the water liness entry area aft of the port bunk. This area tends to freeze first. I recall that he used a 500 watt 120V heater for this purpose. A second area prone to freezing is the cabinet space in the bathroom. For occasional use this would in my opinion be enough. However if you are where The Orca is, a forced air approach would be desireable. Intake air from the cabin and distribute it to both port and starboardd areas with extra air going on the port rear side would be my choice. GJ

I presented an almost exact idea to Seabiscuit at the 2025 OTT Ralley. You need to add a screened bottom to allow fumes to sink down and out and provide up draft ventilation. I personally would keep side penetrations closed unless running the generator. Also top to shield rain unless running generator. The Honda generators are weather protected.... not weather proof. Found that out the hard way.... You may want to give them a call to see where they are/are on the idea presented to them at the rally. GJ