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I had removed the Dometic Penguin A/C prior to this work. I temporarily filled the 14x14” opening with a piece of plywood to keep dust out while allowing Cameron the room above to make the entire rear roof shine! It’s always a mess under an old A/C. Good thing we did because the new Chill Cube is a foot shorter to the rear. With my son’s help, we installed the new Furrion Chill Cube A/C. One last task was to restore the rear bumper area. I removed the mounts for the bicycle rack we don’t use, drilled out more rivets and removed the deck plate and folding bumper. I cleaned the inside waste hose area, and steel brushed, sanded and ceramic coated all parts. I've been wanting to write this up for a few months now. Chris is out of town on her annual "Sisters Trip." Adam's been working overtime and it's boring being home alone. That’s it – she’s all done! 😎 When it's time for some love again, I'll drop her off with Cameron for a renewal! No more Ugly Duckling, but quite the Beautiful Swan she is now!

I just noticed that with the exception of the dealer in Canada, all of them are now gone. All sales have officially moved back to Hohenwald. I think this will come as welcome news to many potential new owners. Many were opting to actually come to Tennessee for their pickup and delivery anyway. It has been reported that many dealers were taking payment, handing over the keys and sending people on their way without any kind of walk through. That's just not acceptable. Other dealers were selling the trailer, allowing the new owners to pick up their unit in Tennessee and still charging them $1.2-1.5K for "cleanup and delivery". That's just wrong. I believe this is a wise and good move for Oliver. They gave it a good run. Sometimes things just don't work out as well as predicted. Good job, Guys...

Lynnville Falls NC 2fer

A bit of rain last night with a low temp of 51 degrees at Lower Sunshine Reservoir just outside Meteetse, WY.

Oliver Bulldog 2 5/16 coupler upgrade. I decided to finally pull the trigger and upgrade our Oliver from a 2” 7000# Bulldog coupler to a new Bulldog 2 5/16” 12500 coupler. I also ordered a spare coupler repair kit. These 2 5/16” BD couplers are becoming difficult to locate and purchase with Bulldog filing for bankruptcy protection in Oct of last year😳. It’s my understanding, that BD is no longer manufacturing and shipping these couplers to RV manufacturers possibly due to bankruptcy proceedings. (open source) I did attempt to purchase a 2 5/16 BG coupler from Oliver and they no longer have this upgrade in stock and available to purchase and ship. Jerry at Oliver told me they have no idea if or when they will have this coupler in stock again and are seeking alternative options. Will there will be a restructuring with BD? Anyone’s guess. I will be taking the new coupler to a friend’s machine shop to have the holes precisely drilled. If you’re on the fence about upgrading to a 2 5/16 12,500 #coupler it might be a good time to search for a vendor that has one on the shelf and ready to ship. A big thank you to @rideandfly for helping source this coupler! The Vendor I ordered from was Croft Trailer Supply in Kansas City, Mo. Ended up myself, @rideandfly and @John Dorrer purchased the (3) they had in stock. If it’s an upgrade you’re considering you may not want to wait. Safe Travels! Hull#634 XPLOR

Hope everyone has a great holiday! 250 years is a pretty good run. Based on some of the videos from the World Cup attendees visiting the US for the first time, we seem to be the envy of the world! Mike

Been camping this week at Mt. Pisgah Campground NC @ 5,000' on the Blue Ridge Parkway. Some mornings were in the 50s and highs 60s to 70s. Their campsites do not have water or electricity, with the Federal Senior card $15 per night. They have hot showers. When it's hot and humid in the lower elevations, we head to Mt. Pisgah campground to cool off without using AC system. There are plenty of places to hike and a drive on the BRP is always nice, too.

Sometimes Mother Nature has a very kind way of saying "Good morning".

Yes, you are correct. Oliver has had to source another coupler supplier. Bulldog is supposedly in bankruptcy proceedings as of Oct of 2025. Hopefully they will restructure. Pic of new coupler -

That was us. We were heading home to Woolwich, ME from Campobello Island in New Brunswick. Just set up an account so I could reply.

We're using this.... but it has a hard time turning around when it hits the end of the aisle. The dog stays off the floor when it's running..... Scotty

Thanks for trying to help everyone. I wish Oliver would let us owners have and electrical diagram so we can tell where all the relays and circut breakers are hidden. After countless hours of testing and looking around I finally found a breaker hidden at the bottom of the trailer below the negitive ground terminal on the outside of the battery box. There are two switches on the breaker. One is on the front side and easy to see but, the other is underneath the breaker and is a swing arm thats hard to see. That was the one that popped. Everythings is honky dory now. Thanks again for trying to help....I really appreciated it.

Last year I visited Horse Creek Campground in Wyoming. If you are really adventurous you can continue north all the way to Double Cabin Campground. It's beautiful there, but I didn't tow my Oliver that far; it's a long rough road.

Oh, boy... I'm going to attempt to explain how "the engineers" in drawing this conclusion are naive! A trained and experienced engineer should know there is much more to this than a simple comparison of data sheet specs. 🙃 Please allow me to explain. You could have used your True Induction cooktop every day on your trip, if only they had wired it correctly to the inverter. Your system is just fine for occasional induction cooking. I was hoping you would have rewired it on the road, it's what I would have done, but I do understand the warranty ramifications. I cooked bacon and eggs for breakfast this morning using a 10" Smithey skillet on our 1800W DUXTOP induction cooktop. It cannot be much different than your 1750W built-in unit, meaning the numbers I will present will be relative to your True Induction cooktop, 2KW inverter and 260 Ah batteries setup (your solar may vary). This induction burner starts at the medium #5 setting and within seconds the bacon started sizzling, so I turned it down to 3.0. After the bacon was done, I increased the setting to 4.0 and cooked a batch of scrambled eggs. I did not measure cooking time but maybe about 12 minutes total, I'll use 15 minutes to be conservative. You'll be amazed how many actual Ahs it takes to cook a simple bacon-n-egg breakfast or boil a pot of water (wait for the punchline). 😎 Reading such nonsense from "the engineers," the engineer in me had to prove them wrong! So tonight, I went out and plugged in another DUXTOP that we keep in the Oliver to run an amperage use test. When it turns on at the 5.0 setting it quickly ramped up to 68A (DC amps) which comes to 816W (W = 12V x A). Your Xantrex 2KW inverter can handle this with just a low hum. I tested the induction cooktop at all settings (1 - 10). Here are the results! (I'm an IE and used to do this kind of reporting professionally for 30 years.) The first row shows the induction cooktop settings (1 - 10). The second row shows Amps produced by our Victron MP2 inverter, read from the Victron Connect app. The third row shows Watts calculated (amps x 12V). The fourth row titled %Spec is the actual Watts used divided by the 1800W maximum. Note on FULL this induction burner pulls watts at ~80% of spec. We call that a 1.25x engineering margin, therefore... Your inverter will NEVER use 1750W! The actual maximum will be closer to 1400W on FULL which can boil a 5-qt pot of water in just minutes. I could not read actual amps out of the inverter for any setting less than 5.0. For example, at the 3.0 setting the amp reading ramped up to about 60A for a second and then wound down, then repeated this pattern. I believe the heating element is not capable of a lower amp setting, so it would turn ON and quickly OFF to some timed algorithm. More OFF time than ON as the settings go lower. This is likely why the unit starts up at the 5.0 setting. In the table above, the amp readings in BOLD are actual readings, the lower numbers calculated. There is an obvious linear relationship, so I used a graphical extrapolation method to calculate amps for settings 1.0 through 4.0 which looks like this: Let me tell you how many Ahs I used to cook breakfast this morning! Estimating 15 minutes cook time, half of that at setting 3.0 (40A) and half at 4.0 (52A), so on average I used 46A for 15 minutes. Isn't it amazing, the technology where it is today, that I used only 12 Ahs to cook breakfast! (46A x .25hr = 11.5 Ah) On the #10 setting, you cook boil a large pot of water for pasta in say 10 minutes. This would use 20 Ah of your 260 Ah batteries. You could simmer a red sauce, chili or any fresh made soup for 2 hours on the 1.0 setting using 28 Ah. Sorry, you're under powered to get into the food truck business, but quick meals 2-3 times a day, np. Our 10-year-old less efficient 320W rooftop solar nets +12A when mostly sunning. This means an hour after breakfast in our hull SOC / Total Ahs would be back to where it was just before we cooked breakfast. Your 2K inverter and 260 Ah is just fine for your "Baby Ollie." We couldn't live on it, but I demand induction cooking while Chris toasts bread in the Emeril Oven and we stay cool running the Chill Cube A/C, on our 3KW inverter and 900 Ah. Please don't retrofit to an LP burner. Induction cooking is FAST, well measured, it's just GREAT! In our home kitchen, Chris now uses a single-burner induction cooktop regularly while our GE 4-burner natural gas cooktop sits idly by! 🤣 She can't be without it, now that she knows it. Just ask @Ollie-Haus, who convinced me to buy ours! Just get OTT to rewire your circuit breakers so that induction cooking and everything else is on the inverter circuit except for air conditioning (or have any electrician do it). Thanks for allowing me to learn with you tonight. It was fun "engineering" again! Going into this study, I had no idea the numbers would be this good! 😎 When we need advice, our forum is the place, great collective knowledge here! We thank OTT for providing us this platform. We should expect the company to continue manufacturing the best fiberglass hulls in the travel trailer marketplace, no doubt! 🤗

BRIEF UPDATE July 14, 2026: I accepted the generous offer by John @jd1923 and Chris to come farther west to Prescott and tackle this 'Check Trailer Wiring' issue. While my Oliver was jacked up, I was able to take care of some other regular maintenance work, and John helped out with that as well, but I will focus here on the trailer wiring. The main job was to replace the brake wires beginning at the left side (below the battery box) where the wiring exits the hull, and connecting new wires to each of the four brakes. John suggested pulling the new wires through the axle by taping them to the end of the old wires, for various reasons, but once the taped joint reached the opposite side and I needed to pull it out through that small hole in the axle, the tape broke apart. I tried pulling the new wire through that hole with some needle-nose pliers but the wire was so soft that small pieces were breaking off. So we reverted to my initial plan (based on several others here on the forum), and ran the new wires along the rear side of the axles, using split loom and zip ties to anchor it. We found that the butt connectors I ordered from Amazon did not hold; John tested one and the wires pulled right out without any effort. He had some older style butt connectors that we used, with much thicker metal inside, and then we added tape on the connections. I will probably come back to those taped joints with some liquid tape to try to weatherproof them better. (I saw that someone had used a clear sealant -- if anyone knows what that is called, I would like to find it. The liquid tape I have is black like tar.) The finished job looks really good. Note that I haven't tested by towing yet. After the rewiring, I measured the amperage at each wheel, after disconnecting the 7-pin connector from the truck and pulling the Emergency Brake pin. Each one measured about 3.0, with the left front measuring slightly higher. This was a good result in so far as the power was flowing from the Emergency Brake battery (I believe on the Oliver, this is the trailer battery; SOB trailers have a separate little battery for this power). After the tires were back on and everything was back in place, I tested again using the power from the truck through the 7pin connector, with John's son Adam helping me by being at the controls in the truck. Measuring the two main wires exiting the hull (below the battery box) the amperage was 1.85 and 1.71 on the left front and rear wires. This measurement is obviously without being in motion, and my understanding is that the truck will not provide the full power to the brakes in this case; I'm not sure what amount should be expected here, but power is flowing to both wires from the truck. Quoting from @Geronimo John in an older forum post, "... modern brake controllers sense when a vehicle is stopped and back off the power flow to the magnetic coils when stopped..." Yesterday, John and I performed another set of tests on the 7pin Cable wires where they enter the hull and exit the cable, inside a double sized junction box behind the small panel below the vanity sink (see earlier photos in this thread.) We tested amperage for each of the wires, and the 7pin cable seems to be working fine -- even jiggling the wire at the connector and below the Oliver -- so we elected not to replace it. Of course, once again, this is not in motion driving down the highway. None of this is definitive until I actually tow the Oliver, tomorrow morning. I will report again in a few days, and try to add some photos here for clarity. I don't think this is resolved yet, but making progress on eliminating things is good. Many heartfelt thanks to John, Chris and Adam -- they have all been extremely gracious hosts and very helpful, and have cheered me up as well. Many thanks as well to all the other forum members who have been helping out with ideas and links and questions. Now we are heading out for some fun!

Same here! My pantry shelf mod involved extending it out to make it even with the adjacent twin bed with heavy duty Velcro for securement. The additional length provides more counter space/staging area. I also extended the dinette table an additional 7” for an equivalent bump out; making its utility for dining much better. I previously installed sliding Lagun tables for each of the twin beds and used the original Lagun tabletop for the pantry extension, likewise the original pantry shelf for the dinette table extension. We’ve been very pleased with these mods. Here’s a pic of the two Lagun tables, a much more challenging mod I must say! For those that have the Lagun option, you know the nightstand drawer is restricted when this table is in use. In my year model the nightstand tabletop can be lifted off, allowing access to the drawer content from atop; which was acceptable, since I preferred the leave the Lagun mounted for daily use and stowing it was a PITA. By design, I can now open the drawer even with both Laguns permanently mounted; and the wifey is now happy to have her own bed table, being I tended to ‘hog’ the original one for self use! There have been a few mods featured in this forum on relocating the Lagun mount to the side of the nightstand to enable front drawer access and my mod, as well.

Hanging out at Glacial Lakes State Park (near) Starbuck Minnesota. Our second time here as the campground hosts. Been here since the first of July and leaving the 29th. I saw a camp host at another campground that put out hummingbird feeders, so I thought I’d give it a try. This isn’t “elegant” by any means. I grabbed an old fishing rod and secured the handle end under the edge of the A/C - twist-tied it to the TV antenna to keep it from coming loose. (Extreme vibration of our love-to-hate Dometic Penguin 2) Hummers showed up less than 24 hours later. I have it rigged just outside of the rear window so we can relax in bed and watch them come and go. IMG_9854.mov

These windows on the 2026 models are the ones that only open 3" at the bottom. The 90 degree windows are only on the 2027 models and should not be affected as the design is completely different from the ones on the 2026 models.

Welcome and Congrats and enjoy the delivery day! There is something really special about taking delivery of a brand new Oliver, it was for us. Before you know it your day will be here!

Update! I contacted Jason Essary per Topgun2's advice and we have a path forward. Oliver will be rewiring our Legacy Elite so that the induction stove top will run through our inverter. I have decided to keep our 2000w inverter as OTT indicates that is part of the build as designed. I was aware that my unit was equipped with this inverter when I made my order. They will also be adding an omni directional antenna which was on my build order but was not put on my unit. It is something that we have often used and prefer that it is installed. Finally, they will fix the lettering on the side of my unit given it is badged as a Legacy Elite II but is actually a Legacy Elite. That is an easy fix. My hat is off to Jason Essary for getting this hammered out so quickly. I called at noon, got his email, sent him an email, and had a resolution by mid afternoon. Great response. Sales will cover the costs of this service. I am now just waiting on a service date and plan to travel to the OTT facility for the service. Thank you to everyone on this forum. Your advice and support has been great! I know I will have more questions in the future and hopefully can pay back by helping others someday as well. Onward to explore this amazing country😊! Lamar

Walker Fork Campground (BLM) approx 15 miles north of Chicken, AK. 33 degrees this morning but warmed up nicely while we panned for gold...not much luck...this time. Dirt courtesy of Top of the World Highway coming from Dawson City, Yukon Territory.

I wasn’t a fan of the dealer program, but did have a positive experience with the dealer in Salem, Oregon. What I would like to see in the near future is an Oliver Service center somewhere west of the Continental Divide, preferably in a smaller city. Remember, any town with a stoplight is too damn big.

Some things need to be said. I am no tire expert but I can see at most a $500 savings per trailer using these tires. Offset that with the negative publicity, and now having to manage customers who order a new trailer and specify what brand of tire will be on it.... I don't see the benefit. The money does not move the profit margin needle all that much. Plus... how can you boast of a "Best in Class" trailer and put these tires on it. Unless I am mistaken, Oliver sells every trailer it can make in a given production year. Maintaining a healthy profit margin is important but at what cost? To my knowledge there was no official communication on the spring failure issue. Huge miss. There are other things too. Oliver has built not only a wonderful trailer but has "over the top" brand loyalty from it's products owners. I feel that sometimes we are reluctant to discuss the companies shortfalls. Maybe that is a mistake. Maybe Oliver is not getting the feedback it needs to hear because we are loyal owners. Even now I am thinking... should I hit "submit reply" or not. How does a company with such awesome brand loyalty loose it? Gradually.... and then all at once. I hope not.

Sorry for being so negative. We truly love our Oliver. China tires on an Oliver really got me.

Just 4 days after our Oliver was delivered, I joined our great OTT Forum. My two favorite sections are "Where's Ollie" and "Ollie Modifications" where I frequent often! Early on, Bill @topgun2 referred to our hulls as "cousins" (our #113 and his #117). There are a lot of us with 2016 and older Olivers. These 10+ year-old Olivers have had nothing but special care through the years. I hear Scotty is just starting a renewal project of his own! You wrote "cost of ownership" vs. purchase price." As written above, I had budgeted 15,000 for upgrades (plus 1000 +/- hours in sweat equity) in addition to a very good used price for the hull. My detailed spreadsheet has documented a total of $16,120, so I'm a little over budget. This includes new D52 axles with Alcan Springs, 5 Victron devices, 900 Ah Epoch Essentials, new Chill Cube A/C and so many other documented upgrades. It includes an Emeril Air Fryer, new luxury bedding, new custom upholstered dinette seat cushions, additional shelving, multiple exhaust fans, etc. It includes every bracket, roll of tape, every nut and bolt I used in the last 3 years. I figure our cost of ownership, everything included, is 70% of the cost of a fully optioned new Oliver. Wouldn't trade her for a new Oliver, no way! I've made better choices in our upgrades, and I do better work than the contract installers OTT hires. Then there's the little things like this for example: Yeah, couldn't wait to ditch the dish! That thing was HUGE! I put a Winegard RZ-7500 TV antenna in its place (using 3M VHB tape, NO screw holes). It still appears to be large, but it's actually less than half the size of the Dish! As far as Starlink, I have that and our Pepwave cellular router built into the tow vehicle instead, so it's always with us while camping and on day trips. Picture shows the front roof completed, but before the detailing work. I hate caulking and I'm not good at it. I made a mess with Dicor caulk, not using that product again! But it looks great from the ground! 🤣 And no more useless Wi-Fi Ranger and cameras up top. Yes, the older hulls have some bonuses, some you mentioned, and the little things like separate switches for Entry and Side Porch lights (ours now have lights fore and aft too). Oliver Hull #113 is a family member. Our son Adam got to know her, camping the month of April around the Prescott NF. She will always be with us. 😎

I've never heard of a Blueitti. However there are a similar issues with a Jackery. They have what's called a floating neutral. Also common in some generators. So yes, a floating neutral requires a neutral to ground bonding plug. Otherwise the Electrical Management System (EMS) will see it as an open ground. But there is a problem. Many (if not all) of these power packs have no reference to ground what-so-ever. So the "u-ground" pin hole of the receptacle is not connected to anything, it's just an open hole. So a neutral to ground bonding plug wouldn't connect to anything in the ground pin hole, and it won't work. Now that I've confused everyone, including myself, there is a bypass trick. Use a 1-outlet to 3-outlet adapter, or an extension cord with a "Wye" that provides 3 extra outlets to plug into. Plug the neutral to ground bonding plug into one the extra outlets to effectively bond the neutral and ground... despite there being no ground on the power pack. Cool huh. This is one of many reasons to have a $10 plug-in circuit tester, the ones with three lights that show various conditions such as open grounds. I recommend you test all circuits when rigging such power supplies. Cheers! Geoff

JD1923...What a great explanation based on your experiment and knowledge. This makes sense to me. We do not cook full meals or use a stove top for very long in our camper. Big stuff like meats, grilled veggies and such are outside on our griddle and that is only a handful of times when we camp. Hot water for coffee, eggs, pancakes, is more like what we make on the stove top; and it is just the two of us. This is so helpful. We are experienced campers and are good at conserving energy and water. We certainly don't live in the camper or even spend much of the day in the camper. Time to share information with Oliver. THANKS. These forums are GOLD.

Where's Ollie is my favorite thread and it's 10 years old! Thanks @Mike and Carol for getting it started!

Over the past few days I’ve looked through all 39 pages of this thread. Very pretty pictures of “Where Is Ollie”. I have pictures of a not-so-pretty location. During late September, 2019 our Oliver was here for a few days We were parked near the base of this building A hint as to the location A screenshot from the campground’s website At the next campground after my one-and-only venture into NYC our Oliver was parked here. A much better looking location. September 30, 2019. And then again in June of 2026. Libby’s Oceanside Camp, York, ME. One of our favorite campgrounds. Bill

Association Island campground on the shores of Lake Ontario in upstate NY. This place has an interesting history. The island used to be the General Electric executive retreat. Thomas Edison held court there. Now it's a campground surrounded by water (there's a causeway), but some of the original buildings are still there. The largest, which was a lodge, has been refurbished into hotel rooms and there are dozens of sites and cabins, including many waterfront sites.

The ones on the 2027's are completely different and should not suffer this same fate.

We actually tested this in Florida this past April. Outside temps were low 90s with 80%+ RH. With the Chill Cube in Dry Mode, the highest we saw inside was high 70s and 55ish% RH. So it didn’t quite get below 50% humidity, but it made a huge difference. At 77°F/55% RH it was comfortable enough to hang out in. In those conditions I’d say 55-60% RH is probably the realistic best-case without adding a separate dehumidifier. Bear in mind our Brinkley 5th wheel is not as “efficient” as an Oliver. We love the Chill Cube, the variable speed compressor is very efficient, we have seen similar numbers than @jd1923

There are times that I feel exactly the same way with regards to being out in the world! Bill

At one point, we were traveling with 2 cats, male and female siblings. One day the screen door got left unlatched and Callie (the brave one) wandered out, followed by Max (the big coward). Steph saw them and walked toward the trailer. Callie jumped back inside but Max panicked and dove under the fifth wheel. Eventually, by securing Callie inside and leaving the door open, Max made a mad dash back into the camper and hid under the covers. The outside world looked pretty good. Until they were in it. 🙂

That roof vent vents the black tank all the time and the gray tank only when the shower valve is open. There is an AAV - air admittance valve - under the kitchen counter in the back right corner of the kitchen drawers that should allow air into the gray tank when draining even if the shower valve is closed once the water level drops below the place where the kitchen sink drain enters the gray tank. The bath sink drain and shower drain flow through the open shower valve to the gray tank. Bill

I would personally stay away from the pipe cleaners. My main worry is the wire core might rust and streak your trailer. Paracord for the win! Its kernmantle construction wicks water very well. Google it! It also has tons of uses around camp. I think most every hardware store carries some form of it. Get the 1/8" version. Paracord Planet is a good online resource, I think they have an Amazon store.... Dave

I have posted this image before but thought it may be useful here because of questions about the cosmetics of Vortex coating.

We applied Vortex 8 months ago and have been very pleased. Forest Service / Blm roads rocked with 3/4 to 1.5" fractured rock is the worst. Even with full mud flaps this stuff finds your trailer. Vortex is primarily used as a truck bed liner and is very tough. The guy that sprayed our trailer estimated the weight of the coatings about 40lbs . The material has thickness and some flex to absorb "rock impacts". We tool a 7week trip through the SW and southern UT with a lot of off road in places like Bears Ear / valley of the Gods with no sign of damage. The worst road we know for throwing rock is over Hart Mt in SW oregon, 60 miles of well maintained BLM with large fractured rock. We are still mindful of modest speeds but will travel up to 35mph with no concerns. Before vortex, we became gun-shy and would just crawl along , still taking on some damage. Over time, we had lots of micro chips (like sand blasting) with a few significant chips here and there.

I've had this problem (twice) and I believe that it comes down to a mechanical tolerance and materials problem with the deadbolt mechanism. In their design they purposely overdrive the deadbolt motor ( since they don't have a sensor to determine the position of the deadbolt). When the deadbolt reaches the end of it's travel, motor torque increases and overcomes the friction material in the clutch mechanism allowing the clutch to rotate despite the fact that the deadbolt has reached the end of it's travel. This allows the motor to continue to spin, preventing it from drawing excessive current and shortening its life. I've forgotten their name for the clutch but it's a little barrel that contains a friction material that allows the motor to drive the deadbolt until excessive force (when the deadbolt reaches the end of it's travel) overcomes the friction material causing the clutch to spin freely thereby decoupling the motor from the deadbolt. The problem occurs when the materials in the deadbolt mechanism bind or stick, overcoming the friction material in the clutch, resulting in the deadbolt not completing it's travel within the time that the motor is commanded to operate as determined by the electronics. The symptom is that the motor sounds normal, a confirmation beep is heard signaling end of travel of the deadbolt, but the door either doesn't lock or in my case did not unlock. In short, by design the motor is commanded to run longer than the time that it normally takes for the deadbolt to complete a full travel and relies on the clutch to decouple it's mechanical connection to the deadbolt when the deadbolt reaches the end of it's travel. By doing so they eliminate deadbolt position sensors and save cost. It's clever providing it works reliably. Anything within the transport that adds friction or causes binding can cause a problem. Another issue can be a weak clutch. The company is very good about supplying parts but leaves the repairs up to the customer which usually involves sending videos, sometimes removing the lock and operating the lock by itself while making another video, then waiting for parts which in some cases does not fix the problem and the cycle repeats. I like the lock, it's very convenient, but I aways have my key in my pocket which somewhat defeats the purpose.

Though it's never become unplugged, I decided to check my fridge plug to see if it was still a tight fit in the outlet. Looked under the sink and nothing there... Ends up they installed mine in the fridge enclosure and assessable from the bottomed outside vent. Still tight!

Another thought.... I know that Oliver is focused on selling new trailers... That's where their marketing is directed. But... How many of us remember the reason for the name "Legacy Elite". It's because this is a trailer that will endure. That you could hand down in your family over generations. JD's trailer is a perfect example of this. Oliver should feature this trailer in it's ads. TEN Years and still going strong! That's a story that shows the advantage of cost of ownership vs. purchase price. Good Job JD!

An autobody professional I’ve used before suggested a local guy who runs a detailing shop at the far end of Chino Valley, the town north of Prescott. Cameron came by our home, looked over the Oliver carefully, at every angle. He explained what he would do and gave me a reasonable quote. We picked a start date and shook hands. He asked for 2 weeks, so he could work on our Oliver along with other scheduled work. When 2 weeks had come, he asked another two days to “to really get her right!” She was a thing of beauty, in that every square inch of the hull was shining so brightly! We have never seen our hull in this amazing condition. While Cameron was working on the shine, I was working on restoring or replacing all the trim parts. I painted the fridge vents, the furnace and HWH covers a medium gray to match the Oliver graphics and the gray on our truck.

My 2021 E2 has an OptiFuse 12V 60A breaker under the street side bunk. The best wiring diagram I have found that’s close to my model is the 2019 manual (page 43) from the Oliver University. See the breaker in the upper left side. Another quick check is the CO monitor under the dinette. That usually is always on, does not go through the circuit breaker. If that has a light on, you have power coming in, so it is likely the breaker.

Yes I put those on there. I got a roll of stick-on UHMW from Rockler. People put it on tablesaw fences. I did something similar but less elegant to keep my hull from getting scuffed. I used 4 plastic adhesive door stopper discs from Home Depot.

Also across northern Texas, Oklahoma and environs this morning. I'm hitched, but stalling my departure until it passes. On my first night in my Oliver, I was planning to camp in a very nice park in Tennessee -- but on advice of Rodney Lomax, I stayed the night at the Oliver factory campground where there were a lot fewer trees to come down, and hitched the Oliver to my truck to help stabilize it. It was a real blow and a good lesson.

We really like that campground! Mossey

Occasionally I will place my hand on one of the front corners of our dinette table and it will cause the opposite back corner to lift up out of its bracket. I don’t tighten those two thumb screws down too tight because I don’t want to bend the aluminum bracket or break the screws that secure it to the wall. I drilled two holes in the back edge of the table so that the thumb screws would pass through them to prevent the table from slipping up out of the brackets. If you want to do this, start off by leveling your trailer then check to see if your table top is level. Make sure your table leg is plumb. Place a level against one side of the table, plumb it, and see how far the edge of the table falls away from the edge of the seat. Repeat the previous step on the opposite side of the table. I did this to make sure the table was centered between the two dinette seats before I drilled any holes. After verifying that the table is in the middle of the dinette mark the edges of each bracket and the location of the holes. Drill pilot holes using a small bit at very low speed. Enlarge the pilot holes with a step bit at slow speed. I stepped the hole size up to 1/4 inch. Use the step bit again to enlarge the holes on the back side of the table top so that you have a 1/4 inch hole all the way through the table edge. The step bit will chamfer the hole but I used a countersink bit to widen the chamfer. The thumb screws should be screwed in until they just touch the rubber bumper behind the bracket. I found that a 1/4 Nylock nut threaded on the thumb screw backwards made a good stop nut. I used a stainless steel nut because that’s what I had. The Nylock nut was the right height to stop the thumb screw at the proper depth. Finished product. If you find that the second thumb screw doesn’t quite line up with the second hole you can elongate one or both holes with a rat tail (round) file. I did this on hull 313. I don’t know if Oliver continued to mount the table this way so this might not work on tables in newer Olivers. Bill

You can get an idea of the water quality at a campground by looking for places where their lawn or landscaping sprinklers have been spraying and at the faucet, pipe, post, and ground under the water hook ups. If these areas are stained there’s a good chance that the water might not be the quality that you are accustomed to. Bill

Jd, thanks for the complimentary words as always! I mentioned the Auto Electric Specialist option because many folks may not know it’s a thing. It’s an ASE recognized field and most areas have them. We actually have three exclusive Auto Electric businesses here in small town Eureka. I also remember at least a couple of them when I lived in the Phoenix area near you. I don’t rule out that the truck has a problem, but I believe it’s the trailer because the dealer cleared the truck, and there were no other trouble codes. Wiring issues were found in the trailer and the repairs made the issue go away temporarily, so odds are that’s the source. Electrical problems can be very elusive, and often beyond DYI electric testing skills. My mention of a possible brake controller problem, or PWM digital interfaces, was merely meant to show that the problem could be almost anywhere, and one must consider that in their repair decisions. After several mechanics failed to find the problem, it’s reasonable to assume it’s not a simple problem to find. That’s why it would be “lucky” to find it with simple tests. My suggested test might find a ground problem, which would explain both the brakes and the flickering lights. However, intermittent problems, high resistance connections and shorts, degraded brake controllers, etc., could all cause similar symptoms, and they can be very hard to find. You'r right about the black wire, I must of had a brain embolism on that one. And I should clarify that the junction box is a likely place for problems to occur, but I’d probably start testing from the main ground bus under the dinette, and work backwards to the truck — only if there was high resistance or an open… keeping in mind that the brake circuit probably branches out separately from the junction box which further complicates testing. Also I didn’t mean to shut-down your emergency brake breakaway switch amperage test idea. However, it’s fed directly from the battery and a completely separate circuit from the TV. In fact, your low amperage readings didn’t compute with expected amperage for 4 brakes, so perhaps the switch only controls the brakes for one axle. Regardless, it’s doubtful that a problem in that circuit would show-up as a TV brake issue. Also, the hot side of the TV brake wire could create similar symptoms if there was a short to ground. That could be even more tricky to find. Some might use a Megger to test the wire insulation… which is over kill for 12v circuits. A jiggle test with a multimeter is the way to go, but it’s hit and miss. Anyway, see how quickly it gets complicated. I don’t like to throw out too much detailed information to confuse people, but I re-iterate that there’s more to it than folks might realize, and that’s why there are so many auto electric specialist’s. Hope that clarifies things! Cheers! Geoff

We will see how long the perfect closure lasts but there is an adjustment you can try.