This is the area where the credit goes to my brilliant spouse. He studied various wiring diagrams and researched everything we’d need to turn our aluminum box into a functioning home away from home. He was able to teach himself how to wire the entire camper and then actually wire the entire camper in a little over a week.

The first thing we did was sit down and draw a diagram of the camper and talk through where we wanted switches, what kinds of lights we wanted (dimmers or normal, pendant or recessed, etc.) and then made a shopping list. The recessed lights were the first thing we decided we wanted in each room. The difficulty though was that the ceiling space in the camper is very limited compared to what you’d have in a home. So we knew we would need something low profile that didn’t require a bulky housing. After much research, we found these on Amazon for an affordable price.


These are great because not only are they extremely slim, they also have the capability to dim, which we thought would be important considering we’ve never lit a camper before and want the option to reduce the lighting if we find it’s too harsh.

The next step was purchasing all of the switches, switch plates, outlets, outlet plates, and the wiring boxes to accompany them. Adam also tracked down the wire necessary for the various applications (i.e. running a light switch versus wiring the hot water heater requires different gauge wire.) The details of which we have, but I probably won’t document here. If you have additional questions about how to wire your camper, leave a comment and one of us will be happy to tell you what we did.



All of the wiring was run to an 8 space breaker panel (seen below).



All the wires that run through the aluminum studs pass through rubber grommets to ensure they don’t rub and expose the copper over time. This is especially critical when wiring something like a camper that’s going to be bumping down the road.

Next was the truly scary and anxiety provoking part– running the feeder cable from the main breaker on our house to the pole next to the camper.


First, we dug a 24″ deep trench (this is by code). Below you can see our foreman asleep on the job.


Here is the trench as it runs to where we eventually placed the pole (all 55 feet of it.)


Then we ran the length of the feeder cable to where we planned to put the pole near the camper and Adam crawled under the house to run the other side up into the breaker box. Below is a picture of the feeder cable before we put the conduit on the portion that is above ground. The type of cable we got is called “direct bury” which means you don’t have to encase it in conduit, but by code you have to encase the part of the cable that is exposed. (The second picture is the cable in the conduit.)



Once the main breaker was off, we removed the panel cover inside the house and used the sniffer to make sure the power was indeed off. Then Adam popped out one of the knockouts in the bottom of the panel to create a hole for the feeder cable to come up into the box and fed the cable up through the underside of the house and into the panel. The cable hanging out is the feeder cable, which is 6/3 gauge with ground.


He wired it into the breaker panel, reattached the cover and voila a 2 pole, 40 amp circuit breaker dedicated to the camper!


We buried the feeder cable with about a foot of dirt, ran a line of caution tape as a warning for future diggers, and left the remaining foot of the 24″ trench open to run the main water line from the house.

Then it was onto placing the pole which the camper will plug into (much like what you have at a typical RV campsite.)


Here is a pre-install picture of the 50 amp outlet box that the feeder cable runs into.



Once that was wired up, we plugged the camper in using a 25 foot, 50 amp RV extension cord and WE HAVE POWER!


Every light, outlet, and appliance worked beautifully so we were beyond excited. At this stage, the plumbing was all run in the camper as well, so next we ran the main water line from the house. More on this in the plumbing post.


12 Comments Add yours

  1. Ed garland says:

    Quick question~ your main panel in the Spartan is 50 amp? I was going to go 30 like I did with my canned ham but I may just go with 50…


    1. Ngroff says:

      Yes, ours is 50 amp. It feeds into a 100 amp, 8 space sub panel of which we’re only using 6 spaces. Between the AC, the water heater, and various other appliances, we just weren’t sure if 30 amp would cut it. We’ll never come close to using all 50 amps at the same time, but wanted some wiggle room.


    2. Ngroff says:

      I should mention, the AC we have draws 13.5 amps on its own and you know how these Florida summers are…


  2. flynbrian48 says:

    Reblogged this on Cool McCool's Garage and commented:
    Found this blog by a young couple in Florida restoring their Spartan Manor. Great job guys!


  3. flynbrian48 says:

    Great job guys! Hope you don’t mind, I re-blogged your post, you’re doing such a nice job, I had to share. Almost makes me want to another one. 😉


    1. Ngroff says:

      Thanks! Don’t mind at all, thanks for sharing with your readers. Connecting with other restorers has saved us through this process, so we’re very happy to connect with more people. And, we enjoyed checking out your blog too– looks like you have some fun projects going.


  4. Ed says:

    Small world. I’ve been following Brian’s posts since dragging mine out of a field in Titusville (also the Space Coast like you) in February 2017. I shared your site with the Spartan FB page and they went bananas.


    1. Ngroff says:

      That’s so funny you got it from the same area– do you think there’s an aviation link between the manors and the industry in that area? Thanks for sharing on the Spartan Facebook page. I didn’t even know that existed! What’s the name of the page? I tried looking up Spartan but got lost in all the various pages.


  5. Ed Garland says:

    Spartan travel trailer, I believe, is the name of the FB page


  6. Ken says:

    I’m curious as to why you used a 40A breaker in the panel for the line if you anticipate a 50A draw. I assume the gauge you ran out to the power pole is sized for 50A. Having the dual 50A supply is a wise move as you don’t appear to have any LP appliances. We have a 30A supply and we’re always juggling what can be on and must be turned off; running the A/C with the microwave is definitely a no-no.

    The work you two have done is absolutely amazing. Congratulations and happy camping when you finally hit the road.


    1. Ngroff says:

      Hey Ken, good question. We knew, at most, we were really only ever going to need a little over 30 amps (if we were running everything at the same time). So, to be safe, we went with 50 amp in the camper (because it was 30 or 50) and we had a double pole 40 amp breaker on hand that our electrician gave us after our house remodel so we just used that instead of 50 amp on the panel. If we ever find we’re blowing the breaker, we’ll just upgrade to a double pole 50 amp, but like I said, we already had a 40 amp and it seems to be doing the trick so far (although we haven’t yet endured a Florida summer so we’ll see when we do go to run the AC and microwave like you mentioned…) Thanks for your kind words!


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