- Est. 1997

Welcome to

Info about Gaston Farm eggs

Common questions we get about our eggs:

  1. How long are they good for?    These are not like eggs from the store.  They last much longer, at least 4 weeks when left at room temperature and at least 3 months when refrigerated.
  2. Have they been washed?   No, we do not wash our eggs.  This is why they last so much longer. And you’re getting them days after they were laid, rather than weeks like at the store.
  3. Shouldn’t they be refrigerated?   They don’t have to be, but it does make them last longer. We do not refrigerate them because once they are cooled, they need to stay cool.  Our eggs are kept at room temperature until you get them – then you can put them in the fridge and they’ll last months.
  4. What is the date on the egg carton?   That is the date they were laid, not when they expire.
  5. Are these eggs from free-range chickens?  Yes, all of our chickens are free range. They get most of their diet from foraging, however we do provide them with certified organic feed and some high protein snacks every day.  Dehydrated black soldier larvae is their favorite!
  6. Do you want the egg cartons back?  We like to reuse them when possible, just to keep costs down.  They cost us about $1 each, so it’s nice to reuse them, but it’s not the end of the world if it doesn’t happen.

Farm fresh eggs are much better than the ones you buy at the grocery store, but why?
Here are a few reasons:

  1.  Farm eggs are much more fresh than eggs from a grocery store.  The grocery store eggs are typically 2-3 weeks old by the time they get to the grocery store, and they don’t last as long because the bloom has been washed off.   Farm eggs last much longer.
  2. Farm fresh eggs just taste better – especially when the hens are free range and eat quality feed as a supplement to the bugs and other forage they find on their own.  Happy hens lay better eggs.  These eggs are more rich in flavor – the yolks aren’t as pale as grocery store eggs.  This is partly because the grocery store eggs are laid by hens that are stuck in cages all day. They don’t get any fresh air, sunlight, or fulfillment. They just eat bulk feed and lay eggs that will taste watered down.   Eggs from happy, healthy hens have a much brighter yolk and are healthier for you. They also make a noticeable difference in the quality of baked foods.
  3. Farm fresh eggs last longer, and you can keep them at room temperature as long as they haven’t already been refrigerated.  Once refrigerated, they need to stay in the fridge.  But as long as the bloom has not been washed off, these eggs can last 3 to 6 months in the fridge!  Obviously they taste better within the first 2-3 weeks, but the bloom protects them from bacteria that causes the eggs to “go bad” like grocery store eggs.   Even when farm fresh eggs are 10 weeks old, their egg whites still grade out as Grade A.  The quality is just so much better.
  4. Farm fresh eggs are fun to look at!  We have hens that lay green eggs, some that lay speckled brown eggs, others are white or brown.   Store eggs are boring.
  5. Farm fresh eggs are usually less expensive than grocery store eggs.  When we can’t get rid of our eggs fast enough, we just give them away.  We’re not trying to make money off of them, we just want a little money to offset the cost of the egg cartons and some of the feed.  But even if we don’t make any money on the eggs, we’d still have chickens because they are so much fun to have around.  Some people will sell their eggs for more because they’re trying to break even, but we don’t care about the P&L on these.
  6. In the case of our eggs, our hens do not have anything added to their diet or bodies that could affect the quality of the eggs.  We do not vaccinate our hens, and they only eat certified organic feed as a supplement to their natural diet.  Their diet almost entirely consists of fresh grass, weeds, and bugs around the barns, and scraps we take them from our kitchen.  Eggs that are over 4 weeks old get boiled and we feed the yolk crumbles to them.  Our chickens also have constant access to well water that comes from an underground spring.  No tap water and fluoride for our girls.  These are the best eggs you’ll ever have!

All of our eggs are kept at room temperature inside our house until you get them, and we never wash the bloom off (also known as the cuticle).  We only rinse off any mud/feathers/poop with warm water and a silicone brush, but we do not use soap.  This is important because soap will kill the bloom, which makes the eggs go bad sooner.  You may want to wash the eggs with warm soapy water once you get them, if you plan to keep them in the fridge or freezer.


How to test any eggs for freshness

All of our eggs have a date on the carton, this is the date they were laid and collected.  If you’d like to test the eggs for freshness:

  • Fill a medium sized bowl with cool water
  • Gently place an egg in the water to see if it sinks or floats
  • If the egg sinks or lies horizontally on it’s side, it’s fresh.
  • If the egg sinks but remains vertical, it is still fresh but should be eaten soon.
  • If the egg floats, it’s no longer ideal for eating.

There are exceptions to these rules, but in general, they will help you check an egg for freshness before you crack it open.  This test works because fresh eggs do not have an air bubble inside.  As the egg ages, a bubble forms between the inner membrane and the shell, usually on the wider end of the egg.

Side note: we always put our eggs in the carton “upside down” with the smaller end down.  This helps the eggs last longer by helping keep the air sac inside an egg’s shell from touching the yolk.  The longer the air stays away from the yolk, the longer the egg will stay fresh.

Jeep Wrangler JK Hemi Swap

Jeep Wranglers have become more of a statement than a utility vehicle in the last 15 years or so, with many of them just having an ungodly amount of stupid accessories bolted on to make them stand out from all of the other yuppy Jeep owners. So having a Rubicon kind of sets me up to be lumped in with some of those owners, who have more money than mechanical smarts. But I’ve been a Jeep guy since I turned 16, and started out with the original yuppy Jeep according to die-hard Jeepers – a 1987 YJ. They’ve only gotten more refined since then, and I have to admit that when I bought this 2008 JK I kind of felt guilty because that’s what all the soccer moms and guys having midlife crisis’s bought. But now that the JL is out, the JK can be appreciated a bit more for what it is beyond the nice interior and V6 engine – it’s still a very capable rig, in stock form.  I have taken bone stock JK rental Jeeps places that no sane person would go, and have never gotten into a situation that the Jeep couldn’t get out of.  I’ve had my doubts of course, but these Jeeps always find traction and go if you give them the opportunity. 

                                                                                                                  5.7 Hemi with engine cover removed, it looks factory installed for the most part.

My JKUR Wrangler has a lot of upgrades, but the coolest one is the 5.7 Hemi swap. Sure, it’s lifted and on 40″ tires, it has a ton of aftermarket parts, the suspension is pretty dialed in, but nothing gets more attention than the fact that I have a V8 engine under the hood. Everyone appreciates horsepower, not everyone understands proper suspension geometry and steering upgrades, having lockers and regeared axles, or a 4:1 low transfer case. Hemi JKs have been around for a while, but most of them are owned by people with enough money to pay a shop to use an aftermarket kit that basically takes all of the challenge out of the swap. Anybody with enough money can go to a dealership and have a Hemi swapped into their Jeep, but not many have figured out how to do it on their own. That may be the biggest surprise when I’m telling someone about my Hemi Jeep – they are shocked that this is a DIY swap and it’s totally integrated into the factory electronics. The gauges all work, there aren’t any check engine lights or weird stuff, cruise control still works, and it even looks somewhat factory under the hood. Here are some details on how we did it.

First, this swap would not have happened if it wasn’t for my friend and right-hand man Ryan, he is the one who sold me the Jeep WK and he did basically all of the work along with Justin, and helping hands from Shawn and Tripp as needed. Shawn geared the axles to 5.38:1, so not only does the Jeep have a 330hp / 375 lb.ft torque motor in it, but it’s also geared really low. Those power numbers are slightly higher now after custom tuning, a really free-flowing exhaust, huge air intake, and larger throttle body. It will throw you back in the seat and it does spin both 40″ tires a little bit without having to power brake it. It’s got some serious balls for a big Jeep on 40’s.

Donor vehicle being modeled by Sabrina from Germany. This was the first vehicle she ever drove! I gave her some driving lessons while she was here with us for a summer.

So the swap details… the engine is from a 2005 WK, we also used the 545RFE transmission from the Jeep. I had to buy a transfer case adapter to mate the transmission to the 241J Rubicon transfer case, and had to buy some random parts to convert the Jeep body from a manual transmission to an automatic – they use a different console, different plates and brackets under the console, of course I had to get the shifter. There was also a 2-wire harness that I had to wire in from the main firewall plug to the fuse box, this harness was supplied by Hotwire Auto. That’s where I got the full harness and they made it work for my swap. They also provided an unlocked ECM from an 07/08 Ram 2500, which is how we got the 2005 motor to talk to the 2008 body control module (BCM). Jeep didn’t switch to CANBUS until 2006, so the Jeeps prior to that year are still OBDII and won’t communicate with the BCM. They are totally different BUS systems, that’s how the data gets moved from one point to another.

The first step was removing the engine and transmission from the WK. This took a couple of days, which was really like 4 or 5 hours of solid work. We never get to work on something straight through, it always comes in spurts when we have spare time in the shop or when Ryan wants to stay after work and get stuff done. I think if we had all of the parts here and did nothing but this swap, it could be done in a few days start to finish. Lets call it a week. I know some people say the AEV swaps can be done in a weekend, and they probably can if you work quickly. We fabricated our own engine mounts, transmission crossmember mount, and had to figure out a lot of this as we went. So it ended up taking us about 2.5 months, which includes waiting 4 weeks for the harness and 3 weeks for the transmission adapter. Removing an engine is always easier than putting one in, especially if you do it like we do. The front end and fenders come off, everything gets unbolted, fluids spill everywhere, and it gets lifted out with a forklift. We weren’t concerned about hurting the WK, it probably won’t ever get another motor put in so it’s basically just a parts vehicle now.

The Hemi sitting in the engine compartment, getting mocked up so we could make engine mounts. Notice the oil filter, steering box, and steering shaft if you can see it. Those are the main obstacles for fitting a Hemi in your JK. We put the motor where it needed to be for all of those things to clear. No oil filter relocation needed.

Once the engine and transmission were out, we cleaned them up, inspected everything for damage. There was a rat’s nest inside the air box so we wanted to make sure nothing got in past the throttle body. A couple of coil packs got damaged and we replaced those. Otherwise it was all good, no issues. That drivetrain was placed very gently on the sop floor and then the 3.8 V6 and 6 speed transmission came out of the JK. We were more careful this time, but that 3.8 is so small it really came out pretty easily. I had thought about swapping it into the WK but it’s so tiny that it might make a really good go kart motor, I haven’t made up my mind yet what we’ll do with it. It ran great, just not enough power for the 40’s. When the Jeep had stock tires on it, the 3.8 would roast them in 2nd gear no problem, it was surprisingly fast. Everyone says they are turds but I really had no complaints until the bigger tires went on. Anyway, the 3.8 was removed and then we were able to test fit the 5.7 Hemi. This was kind of tricky because we never unbolted the transmission from the engine, so guiding the whole assembly into the engine compartment took some time and all four of us were pushing and pulling on it. Once it finally went in, it fit like a glove. Since we were making our own engine mounts, we were able to put the engine where we wanted it to go – not where everyone else does it. The reason for this is we didn’t want to do all of the relocation BS that goes along with the DIY kits – there is a several page parts list of OEM shit you have to buy to make the 5.7 fit in a JK, and you have to relocated the steering shaft, oil filter, clearance the AC compressor, clearance the firewall, move the battery, and some other stuff. What did we do to get around all of that? We moved the motor about 1″ to the passenger side. It’s offset in the engine compartment and you’d never be able to tell by looking at it. The driveshafts line up, linkages line up, no issues at all. We also set the engine down lower in the compartment to keep the center of gravity low and not have to deal with the firewall. And finally, we moved the engine as far forward as possible which gave us the oil filter clearance – no adapter needed. The battery is still in the stock location and orientation, the steering box has plenty of room next to the AC compressor, the steering shaft has plenty of room to spin, it’s just a perfect fit.

Once the engine and transmission were mocked up, we were able to make the engine mounts and transmission mount and get them bolted into place. But that meant they had to be pulled back out, so once everything was marked and brackets were test-fit, the Hemi came out again. Engine mounts were welded to the frame, and we’re actually using the factory Hemi mounts on the block. Our brackets just bolt to those motor mounts. The transmission mount was finished after the Hemi went back in, plus we were waiting on the transfer case adapter to come in and it ended up taking several weeks for it to show up. You need the adapter and a seal. When those came in, we were able to bolt up the transfer case and driveshafts again, and then getting all of the engine accessories was the next move.

The radiator we used is a specific one for this swap, it’s available from Summit. It fits the JK body but has enough cooling capacity for the Hemi. We’re using the JK electric fan and a Painless Wiring standalone fan controller because the factory one was kind of weird. I think it would have worked eventually but we had a couple of close calls with engine temps and the Painless setup is less than $100, it’s basically bulletproof. We have a shiny overflow bottle mounted where the factory plastic bottle went, and we had to get some new radiator hoses and modify one of the stock ones to work. But that was all relatively easy.

The air intake is custom made from some random parts I got on Summit. We basically bought a bunch of different tubes and elbows and just made it work. It is really simple and works great. If the throttle body was any closer to the radiator, the 90 degree elbow on the air intake would contact the fan shroud. You can literally fit one piece of paper between them, but not two. Two pieces will not clear. It doesn’t get any tighter than that.

Custom air filter made out of a few off-the-shelf parts from Summit Racing. I made a splash shield for it out of 3/16″ steel on our CNC table.

Moving on, we put a new PSC steering pump and remote reservoir on because the steering needed some extra power and I’ll probably end up doing hydro assist before long, although the Jeep does turn fine even at an idle. But it won’t if the tires ever get wedged up against a rock or something. The PSC kit includes a bracket and tells you where to mount the can, so that was all easy. We added a power steering cooler up front next to the transmission cooler.

Hooking up fuel is pretty simple, you just need a couple of adapters to bolt onto the Hemi fuel rail and then you can use the factory lines from the donor vehicle (Hemi lines are bigger than the JK fuel lines). Better yet, we just bought a fuel line kit and ran all new from the tank up. It wasn’t very much money and it looks cool.

I think it was at this point I had decided that I didn’t really want to make the factory Hemi harness work, originally I had planned on wiring it up myself using an 06 WK ECM. I’m notorious for taking years to finish a project, I just have too many things going on all the time to focus on one thing. And as it turns out, the WK ECM wouldn’t have worked as is, I would have had to get someone to disable the security. I knew it had to be programmed to my BCM VIN number but I didn’t know there was a security system built in that disables the starter relay if things don’t match up. So this is when I spent a little money and bought the full harness and ECM from Hotwire Auto down in Mena Arkansas, about 5 hours south of us. Chris was awesome to work with and really helped out with some tech support issues after we got the harness in that were not his fault. They make all kinds of standalone harnesses, so check them out if you need something. They even have a standalone for the 3.8 V6 so that might come in handy if I do something else with the old motor. If I ever get to build my Viper buggy, I’ll get a Viper harness from them too.

While we were waiting for the harness to be made and shipped up to us, we just tinkered with some odds and ends. New headlights, turn signal lights, fog lights, brake lights, a new heater core and front speakers, replaced the headlight multi function switch because it was glitchy, and probably some other stuff I’m forgetting. We just fixed what we could while waiting.

When the harness came in, Ryan had it all plugged in before I could even finish the email I was working on. It must have been 10 to 15 minutes, and he’s not a wiring guy. The only five things we had to wire ourselves were three wires that go into an ECM connector, and the two wires that plug in for the manual to auto conversion. Everything is labeled so you know exactly where it goes, and all of the wires are the exact correct length to be routed like factory wiring. It looks really clean. After we wired it up and double checked everything, we turned the key to see what would happen – the moment of truth. The starter engaged, but the Jeep didn’t start. That’s always a bummer. It turned out the fuel lines we ran got mixed up somehow, I didn’t really pay attention to this part of it much, but something was hooked up as a return line when it didn’t need to be. Once that was fixed, it fired right up and idled smoothly. With open headers, it’s louder than hell but sounds really cool at an idle.

Once we knew it would start, we had to finish up the exhaust and transmission/transfer case linkages. The exhaust is all custom, we ordered a couple of universal parts kits and one Y pipe and made it all work. It looks really good. The exhaust is 2.5″ stainless pipe coming off of the flanges, and it converges into a Y pipe around the middle of the front door. Then it’s all 3″ exhaust from there back to a Magnaflow stainless muffler mounted in the stock location. Originally it had a Flowmaster 50 series which sounded awesome at an idle, but sounded like it had rocks in it when the Jeep first started and idled high, and when it would shift while driving. It was annoying. We tried a resonator behind the Y pipe first and it helped, but not enough. So the Magnaflow went on and it sounds great now. It’s very quiet at an idle, you almost can’t hear it running if you are 10-15 feet away and there are other noises outside. But when you get on it, it screams. In a good way. The cold start high idle sounds pretty good too. Since the Jeep is off road only, we are not using catalytic converters which meant we had to use o2 sensor foolers on the downstream sensors. They are just little spark plug foulers that are modified to let more exhaust flow into them, but by spacing the sensors away from the full flow of the exhaust it gives the downstream sensors a cleaner reading and doesn’t throw any codes.

After all of this was done, the only check engine light I had was an emissions one – it was from the EGR not being hooked up. Again, off road use only, I don’t want that shit recirculating back into the engine, so we deleted the EGR and got rid of the charcoal box under the Jeep. But how would we get rid of the check engine light? With a Diablo Trinity T2 and custom tunes by Hemifever, that’s how. The Jeep didn’t really need any more power but the tunes Hemifever provided made it run a lot better, like noticeably better. It went from not being able to spin the tires, to spinning them pretty easily. We also put a Fastman 82mm throttle body on to get a little more air flow. Air in, air out, extra fuel. That’s all it needs. And a throttle booster to get rid of the pedal lag.

Stock 80mm throttle body vs Fastman 82mm TB

So that’s it, a DIY Hemi swap as simple as possible. I can’t say everyone can do it because most people don’t have fabrication tools or skills, but if you can make some motor mounts and a new transmission crossmember mount, you can probably pull this off on your own. I saved several thousand dollars compared to a DIY kit, and $15k-$20k compared to having a shop do this for me. Cost effective Hemi swaps are possible, you just need to know where to get your stuff.

The origin of djgaston

Back when the internet first became a thing, my grandpa was one of the first people to jump on board. He started out on Compuserve and used to talk to people all over the world on there, mostly about fountain pens. He later used the internet to become the world’s largest fountain pen dealer as a side hustle, but that’s a different story. When our family was getting online back in 1995, there was a local ISP that used the domain name for all of our emails. It was kind of a papa bear, mama bear, baby bear deal – Jim was gaston@, Jill was jgaston@, and I was djgaston@. The resort was, that was the original email address for Gaston’s White River Resort. This is why djgaston is a thing, it just kind of stuck. I’m not that creative so I never came up with another username.

Later, in 1997, I was interested in websites and had been making some pretty cool pages on Angelfire, which was one of the original DIY web host places that you could use without having to know HTML. I picked up on basic HTML relatively quickly, which back then everything was basic. So I bought this domain name to be able to host my own website with as many files and as much traffic as I wanted.

As I got older, the thing kind of turned into people calling me DJ, but not that often. It wasn’t a nickname that a lot of people knew me by, but it grew on me. At one point I had “DJGASTON” across the windshield of my Jeep YJ, which was a horrible idea, but I was 16 and it seemed cool at the time.

When forums started becoming more common, I used djgaston as my username on all of them, just to keep things simple. There were so many different forums that it was hard to keep track of login info, so by having the same ID and password on all of the forums, it made it easy. Keep in mind this was back before your web browser would store your passwords for you – we had to write that info down and store it in a desk drawer in case we forgot what it was. And we would have to walk barefoot in the snow, uphill both ways, etc. Times were harder back then.

On Dodge truck forums, djgaston became synonymous with one of the best looking Dodge Rams of all time, my old 2nd gen 1500. This was when djgaston really became a thing, something recognizable to many. There were other guys who had names like Dodge Death Machine, Super Ram, V10Sport, and more – I wish I had come up with something cool like that, but at this point I’m so invested in the djgaston moniker that I basically have to ride it out whether I want to or not.

Fast forward to 2012, I marry a chick whose first name starts with J, so it’s kind of ironic that she represents that letter and I represent the D (because that’s what I give her 24/7, if you know what I’m sayin’). Then our first born goes by DJ because he has my name, so there actually is a DJ Gaston after all of these years. And our 2nd born has the same initials so technically he can be a DJ Gaston as well. I guess they’ll have to fight over who gets the domain name one day.

In a way, what started out as a 12 year old kid not knowing what username to pick for my email address, became a name synonymous with Dodge trucks, and later came to represent an entire household. While my username-creating skills were not good, maybe in the back of my mind I knew it would end up like this one day. Nah, it’s just a series of coincidences that ended up being kind of cool to me. I don’t expect anyone else to think it’s cool, or to even be reading this far, but I just wanted to document the evolution of the word before I get too old to remember it all.