Robware Software by Rob

Van Conversion: Part 11 - Kitchen Stage 1

Sorry this update has taken so long to make it out, but this happened:

Engine gone
Engine gone

Yeah. The van had an engine swap. There were a series of issues which made it more economical long-term to get a younger engine with fewer miles.

Issues were thus:

  • The turbo was on its way out
  • Oil leak
  • Oil pressure warning
  • Coolant leak
  • The cam belt needed replacing, which requires dropping the engine anyway

So, given the engine was going to get dropped to replace the cam belt, I figured that replacing the engine was the route to go down given the other issues.

The old engine
The old engine

On top of this the gearbox also died on me and that needed replaced. I'd rather it didn't happen at the same time... Naturally having to organise this and source parts and stuff took quite a long time. Finding an engine was super hard and finding someone local to me to do the swap was a bit of a mission itself. So I basically made no progress for a good few months.

The Countertop

First thing to do was to measure up and put in the supporting structure

Back support
Back support

Wall support
Wall support

After cutting the countertop to size, I drew up where the sink and hob where to go.

Aiming for space effiency
Aiming for space effiency

Test fit with utilities
Test fit with utilities

Unfortunately after testing the layout for a bit, opting for space efficiency didn't work. There wasn't enough space at the back of the hob to use pans.

So I had to re-cut a new countertop
So I had to re-cut a new countertop

Thankfully this layout works. There's not as much space on the countertop, but with the induction hob being a usable surface when there's not a pan on it it doesn't actually impact too much.

Drawers and stuff

This next step wasn't very well documented, but I basically put some supporting walls in and a shelf for the microwave oven to sit, then built some drawers in. The fridge was also fitted as well, but I failed to picture that.

Test fitting the microwave
Test fitting the microwave

Drawer box
Drawer box

Drawer fitted
Drawer fitted

Drawer extended
Drawer extended

Drawers with faces
Drawers with faces

Drawers with faces extended
Drawers with faces extended

Drawers with cutlery
Drawers with cutlery

These next two shots are shit, but basically I filled the space under the microwave with one large drawer for pots and stuff.

Big drawer open
Big drawer open

Big drawer closed
Big drawer closed

My frying pan, coincidentally, fits exactly
My frying pan, coincidentally, fits exactly

I also added a backsplash with stick-on fake tiles

Quite easy to cut to shape
Quite easy to cut to shape

Also, safety first:

Water mist fire extinguisher
Water mist fire extinguisher

Microwave

The microwave is a standard kitchen combination microwave oven and grill. Not meant to be fitted in an enclosure, but I did it anyway. I have taken measures to keep it cool, as you'll see in a bit. But the first thing to take care of is making sure it doesn't have a party whilst driving around.

3D printed mountings
3D printed mountings

The black circles at the front are for the feet of the microwave to slot in, to ensure it doesn't slide about. The black bits at the sides are strap loops.

Strap used to hold down the microwave
Strap used to hold down the microwave

Front panel
Front panel

Held in with spring clips for easy removal
Held in with spring clips for easy removal

With microwave in place
With microwave in place

The exposed edges were then finished off with edge trim for the outside and paint for the inside. I used paint for the inside because edge trim is applied with hot melt glue, so could be prone to coming away when the oven function is in use.

To keep the oven cool whilst its enclosed, I opted to go for some active cooling.

Vent hole
Vent hole

PC fan with temperature control board
PC fan with temperature control board

The control board has a temperature probe on a wire which I've stuck to the side of the microwave. When the temperature goes above 40°C the fan turns on. The air is vented in to the garage.

Cabinets

To start I made the base. This will have an LED strip embedded into it for under-cabinet lighting

Base with a beveled edge to sit as flush as possible
Base with a beveled edge to sit as flush as possible

Routed groove for LED strip
Routed groove for LED strip

Aluminium profile to house LED strip
Aluminium profile to house LED strip

I then made and painted a frame to hold the base board and doors to the ceiling. I swear I took pictures of the process, but you'll have to settle for going straight to being fitted.

Frame and base fitted
Frame and base fitted

There is also some rivnuts attached to the van which I use to support the back of the cupboard.

Side panel fitted
Side panel fitted

Inside
Inside

As you may notice from the above pictures I also put up an aluminium corner, like that used on the shower. Like with the shower, I didn't want a sharp corner to bump my head. I also have another use in mind, which I'll touch on later.

Doors made and fitted
Doors made and fitted

View from the sofa
View from the sofa

Added some gas struts to hold them open
Added some gas struts to hold them open

They're quite spacious
They're quite spacious

Full view of the kitchen so far
Full view of the kitchen so far

With the cabinets in I was able to finish off the backsplash
With the cabinets in I was able to finish off the backsplash

Using an off-cut of some curtain rail and some 3D printing I was able to make a kitchen roll holder to place on the underside of the cabinet

Holder
Holder

With kitchen roll
With kitchen roll

And now for the finishing touch:

One of the reasons I picked the aluminium corner is to use it as a touch input for the under-cabinet lighting. It makes it super convenient to use because you can touch it anywhere along the length of the cabinet to toggle the light.

Posted on Thursday the 3rd of November 2022