Cyrus Sutton and how to build a home on wheels!

Last June, the vaguely cosmic surfer Cyrus Sutton threw his iconic surf van (195,000 well-travelled miles) for sale on eBay, eventually selling it for $10,100.

It was the same E-series Ford van that had delivered Cyrus to waves as far north as Washington and to Mexico in the opposite direction.

“It was my first home,” says Cyrus who describes himself thus, “I have a pretty dark European’s complexion. Brown hair, brown eyes and I tan easily.”

Just recently, Cyrus, who is thirty-four years old but could easily pass for twenty nine, launched his new surf van. It’s a magnificent vehicle that deserves close study and maybe imitation.

Study the new van here and, below, Cyrus presents an overly long, but nevertheless very helpful, step-by-step how-to on how to turn your van into something that will take you into the sunset, maybe forever.

Cyrus writes:

My Sprinter was a dream to drive but the living quarters were a problem. Things were always sliding around and it was hard to keep anything organized. I started building a list of features I wanted to put into my van. As the list grew I realized that I needed to remove everything and start from scratch. I knew coming up with good design was key. I needed a well thought out space that served multiple functions and had built-in incentives for keeping my stuff orderly. I spent a lot of time prioritizing my needs and thinking about how to most simply address those needs.

Here’s my wish list of features (in no particular order)

1. Install a wood stove- you can’t beat the dry heat and pleasing aroma of a wood stove. Propane stoves are always a nightmare in my experience with fumes and wet heat that sinks to the ground. I bought a house with some land in Washington state earlier this year so I knew heating would become a concern, even in the deserts of Southern California this past winter the 20-something degree Fahrenheit nights became unbearable at times, a result of poor insulation and no heat source.

2. Insulate with eps foam and wood- eps insulation doesn’t breakdown with road vibrations and wood walls make it easy to accessories the walls with shelves and hooks to get stuff off the ground.

3. Make a functional kitchen- I never had a kitchen in my van and I really wanted to have a nice space I could store, clean, prep and cook food. Over the years I’d grown to cooking a lot as a way to save money, eat fresher and save my consumption of packaging waste.

4. Install a solar system- although the solar system I had in my Ford was nice for my electronics when the weather was fair, I wanted more power. As part of my kitchen I wanted a refrigerator to store perishables and not have to deal with always getting ice and emptying a smelly warm cooler after it all melted. I also wanted to connect the 12V fan and vent that came with the van.

5. Make a space I could walk through the whole way- it seemed like a shame that I couldn’t take advantage of all the height and floor space of my new van in the current design which had a huge and heavy wood rack separating the back from the main compartment.

6. Make an organized, easy to access place for my short surfboards and long board

7. Make a work desk so I can have a clean space to work on my projects

The first step was hiring an electrician to help me install my solar system. It is…

1. 12 Renology 100w 12v solar panels with voltage regulator ($330)

1. 2 100ah AGM marine batteries ($240)

1. Krieger 1500 watt inverter ($140)

1. 8 outlet energy saving power strip ($35)

1. LED christmas and white copper wire fairy lights ($40 for both)

6. A Whynter 45 quart electric top loading compressor fridge ($445)

The electrician and I measured and drilled the holes for the solar panels on my roof. We used self-tapping screws and lots white caulk seal the screws to prevent rust and roof leakage. The screws fit into the mounting brackets on the underside of the panels and held them securely in place. He ran the cable down into the inside of the van from a hole he drilled and carefully sealed from the roof. The batteries were wired in parallel, meaning positive to positive and negative to negative which basically made them into one 200ah battery unit. He ran the leads from the panels through the voltage regulator and then into the batteries. The voltage regulator protects the batteries from over charging. We then connected the inventor which converts the direct 12v current from the batteries into AC watts. I connected the inverter to the positive and negative leads of one battery and mounted both the charge regulator and the inverter. Finally, I plugged the power strip into the inverter. The red and green light indicated my system was now charging and ready for use. With the solar system installed, I edited my film Island Earth for a couple weeks and coordinated a good time to come down to San Diego and meet Glen to build out the inside.

I met Glen at his place in San Diego at 7am just like I’d like we’d done three years before. I sketched out what I’d been thinking and showed it to Glen. We drove to the lumber yard for the first of many trips. I wanted an interior that smelled and looked great so we chose a mix of cedar and redwood tongue and groove to line the walls with. For insulation we chose 1 inch R-Tech brand EPS foam with a single sided reflective barrier. We also bought two large sheets of birch ply for the cabinets, two pieces of cheap composite plywood for the subfloor and an inch-thick piece of ply wood for the bed support. We also bought a bunch of 1 1/4 inch self tapping metal screws, two piano hinges, 6 door hinges, and a few 1”by 2” and 1” by 1” wood strips for supports. For the floor I bought solid bamboo wood flooring commonly used in homes.

We started by ripping out the existing interior. It must have been built with scraps from a large industrial building project. The pieces of wood they used were heavy and huge. They used 3 screws where they could have used one and it took us most of the first day to remove it all.. It was a good bet that when we finished our build out it would be many hundreds of pounds lighter. The last step was to rip out the imitation wood floor which covered a cesspool of mold. Apparently it experienced a massive flood (probably during it’s former days as pet grooming mobile in Portland). Instead of cleaning it up the builders simply laid new flooring over the top of the wet ground. The amount of mold I’d must have inhaled unknowingly over the past year made my skin crawl.

After cleaning out the mess we cut out the composite plywood to match the floor space. We then drilled it down with self tapping screws, Glen took out his table saw and began to masterfully cut the interlocking bamboo floor panels to fit the floor.

Here’s a list of tools used to build out my van. I’ll spare you a detailed materials list because every build is different and listing the lumber and hardware we bought without a complete set of blueprints would do more harm than good. Just use common sense, make a plan and calculate what you need.

1. Circular saw- for cutting clean, straight and long cuts

2. Jig saw- for cutting rounded edges

3. Table/angle saw- for making short, precise cuts that need to be a specific angle (often used to make cuts that will be joined together)

4. Cordless drill- for drilling and screwing

5. Drill bit and screw bit set

6. Tape Measure and chalk line for marking cuts

7. Angle measure- to check angles and mark for cutting

8. Clamps for holding wood together for drilling

9. Vise grips

10. Pencils

11. Ear and eye protection

12. Right angle

13. Hammer

After finishing the floor we lined the walls with insulation as well as cedar and redwood tongue and groove. This was challenging and definitely a two person job because many of the pieces of wood were not completely straight. Glen created various wedges to keep each section in place while I pushed with all my strength prior to locking their grooves in with screws.

With the floor and walls skinned we broke out the tape measure and had an in depth conversation about the features I wanted and exactly how they would best fit together. Glen’s experience and spacial awareness no doubt saved the project from multiple mishaps at this stage. He quickly and skillfully assembled the wood cases outside of the van and placed them inside multiple times to check their fit. His construction was light weight and strong. It centered around the framing up everything with 1 by 1 inch and 1 by 2 inch strips which he used to drill the plywood into to form right angles. And the strength and structure of the 1 by 2’s allowed him to use thinner 3/8” inch thick pieces of plywood for the cabinets.

The bed used a 7 foot long piano hinge and caught a sturdy and solidly supported 2” by 2” piece of redwood on the opposite side of the kitchen cabinet. The main storage compartment along the wall under the bed also used a 7 foot piano hinge. All of the hinges for the cabinet doors were small door hinges. Glen had a trick of drilling the hinges in before he cut out the doors. He then removed the hinges and cut the doors with a jig so the doors and hinges fit perfectly.

Here’s a few other things I noticed that Glen does all the time and makes his work so clean..

1. He always measures twice or three times before making a cut.

2. He creates templates out of cheap and found materials like cardboard or thin/cheap wood to test and refine his measurements

3. He always pre drills holes with bits slightly smaller than the screw size before screwing

4. He often counter sinks this holes as well to sink the screw heads and avoid splitting the wood

5. Whenever he’s making an important cut with his circular saw, jig saw or table saw he’ll often cut the wood upside down to avoid frayed edges caused by the saw blade.

My idea for the inside was to make the space was as open and simple as possible while still being able to store all of my stuff. All of the supports were hollow and served as storage compartments. Top loading compartments were implemented wherever possible. I wanted to be able to transform the space from a bedroom to a living room/kitchen with the dropping of a bed that could easily latch to the wall when needed.

To finish the wood I wanted to avoid harsh chemicals so I didn’t have to breathe in their VOC’s for weeks or months. I also didn’t want to mask the smell of the raw wood so I looked up natural wood sealing options and found a recipe that used 2 parts olive oil, 1 part lemon juice and a few drops of essential oils. I mixed them all before applying and the results were awesome. The only place I used conventional spar varnish was for my counter top where I needed extra protection from wear.

To top off the basic design, I ordered a bunch of small things on Amazon. Here’s my shopping cart:

Compact teak nautical shelves ($150)

Fruit basket ($23)

Fold down teak wall seat ($120)

Linen hanging clothing and shoe organizer ($19)

Stainless steel cocktail sink basin ($100) that connects to a 5 gallon bucket

Chrome pump faucet ($25)

that connects to a glass 5 gallon water bottle ($47)

Stainless steel propane stove ($120)

Here’s a list of features the van has now:

1. Vertical racks at the rear for shortboards, tripod, beach umbrella, fishing rods and yoga mat

2. Raised bamboo grate, solar shower and shower curtain that spans the two back doors to create an outside but private shower area.

3. Sink and pump faucet

4. Propane stove with propane container mounted on outside of van

5. Clothing storage and hanging rack

6. Top loading compressor fridge (energy efficient)

7. Food storage

8. Glass water jugs with pumps- padded and secured

9. Clothing and backpack hooks

10. Fold up third seat

11. Ventiline vent with 12v high power fan

12. Fold up bed- underside is a white board and cork board for storyboarding, planning and note taking

13. Hammock mount and hammock desk- my most proud invention (game changer when working)

14. Longboard sling on inner roof

15. First aid kit

16. Kitchen towel and paper towel rack

17. 2 sets of 32’ LED Christmas fairy lights

18. Compact wood stove 8” x 8” x 14” (yet to be installed)

19. Rear exterior mounted propane cylinder and diesel gas can

In total the build cost me around $8,000 for solar, lumber, hardware, accessories and my friend Glen’s time. This wasn’t the most complicated build out but I used high quality materials and wanted to get it done quickly. The entire conversion would have taken nine solid days start to finish with two people. I took a few breaks during the finishing of the wood and installing the remaining features so it’s taken two and a half weeks. You could save a lot of money by doing it all yourself, using cheaper wood (only using plywood for the walls), and not having full-on solar system. I hope this was useful, here are a few links to help give you ideas and more specific build information.

Good luck and happy trails. See you on the road.