Mass Effect Drinks Cabinet from Recycled Wood

A friend asked me to make him a drinks cabinet recently with the ability to hold bottles upside down for use with optics and also have a large logo painted on. This was uncharted and rather scary territory for me but I pushed on and found the solutions that I needed.

If you’d like to see the video of the making of the drinks cabinet you can find it here – Mass Effect Drinks Cabinet

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Gluing up the back board

I make all of my items from recycled wood and this cabinet was no different but posed many challenges due to its size. The back board had to be made from 7 pieces of pallet wood glued side by side and then planed flat. This is itself was a challenge and was only the beginning of the build!

Using some construction timber I had in my shed I started to make the frame, this was all held together with screws in a pocket hole jig style. When I had the basic frame I then fitted the shelves and gave the whole cabinet its first coat of black gloss. This colour and type of paint was specified by the customer to give the cabinet an English pub look.

The main frame of the cabinet was together and now it was time to get the front and back on. I screwed some pallet wood pieces to the front, leaving enough room for the door, and nailed some thin plywood to the back. The shelves are also made from plywood from a builders rubbish pile.

I made the door using a Z frame to keep it from sagging too much over time. The hinges were metal fence hinges which were also recycled from my own garden. I then attached the door and gave the whole cabinet another lick of paint.

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Handle from an old pipe

The cabinet needed a handle for the door and as I had some old metal conduit in the shed I decided to saw a piece off and set it between two pallet wood pieces. The metal pipe would be nice to hold in the hand and also match the logo I was to paint later.

I needed to come up with a solution for having the bottles upside down and at first I was puzzled but over time I came up with a solution. The shaft of the bottle would be supported in a curved piece of wood with elastic cord holding it tightly against the curve. The neck of the bottle would snap into a pipe clip, the kind that are used to clip pipes and conduit to walls. I used clips that were 25mm wide.

 

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The finished logo

Painting the logo was a rather painstaking and slow process. I couldn’t use masking tape because it would possibly peel away some of the black gloss and I couldn’t make a template for fear of the same happening. So in the end I just drew the design on with a ruler and painted the logo freehand.

 

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The cabinet in its new home

All in all I was pleased with the outcome of the cabinet and so was the customer. All manner of bottles fit inside the holders (even square ones)¬†and the whole cabinet excluding the paint, cord and clips is made from recycled materials. I’m thankful I got to make it and even more thankful that it came together rather nicely.

 

If you’d like to keep up with future projects and my day to day woodworking activities then please give my Facebook page a like and hopefully I’ll see you soon!

 

Camera arm from recycled materials – mistakes and successes

Getting increasingly annoyed with constantly adjusting and readjusting the legs of my flimsy tripod whilst making videos, I had to try and make a camera arm for increased ease and efficiency of recording in my tiny shed. Armed with the knowledge of a few camera arm building tutorials on YouTube and using only materials I already had, I set about building something that would do for the moment until more complex plans could be formulated.

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Piece of conduit within a bucket.

Many of the tutorials call for a bucket filled with concrete, a heavy base to keep the arm steady. I did have a bucket but no cement. So I grabbed the plastic bucket I had and found a piece of conduit about head height. The conduit had to be held upright in the bucket, making a cross piece from old construction lumber I drilled a hole through it for the conduit to fit into. I threw a load of sand on top left over from a building project and then placed a circle of plywood on top to hold it all inside and compact it further.

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The plywood circle was screwed to the bucket.

I made a corresponding plywood circle to go on the bottom of the bucket and screwed straight through it into the wooden supports inside the bucket. After that all I had to do was add a few castors so I could wheel it easily around the shed.

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Adding 3 casters only means it wouldn’t rock on uneven surfaces.

The principle from then on was fairly simple; I needed an arm that would slide freely up and down the conduit with some kind of fixing ability to keep it in position when recording. The arm would be made from left over construction grade lumber and some pallet wood chunks, a pretty simple design.

 

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A hole drilled through the pallet wood chunks made for easy positioning.

I had some unused bolts, nuts and washers which were perfect for the fixing mechanism to keep the arm from sliding down. The procedure is fairly simple:

  • Place the nut over the area where you wish to embed it.
  • Trace and knife an outline around the nut and cut out the material to a depth as deep or deeper than the depth of the nut.
  • Drill a hole through the centre of the nut hole and out at the side where the end of the bolt will make contact.
  • Insert the nut into the hole and give a few firm taps with a hammer.
  • Trace a line around a washer to cover over the nut and take away material.
  • Place the washer over the nut and then screw a piece of wood (or metal/plastic) over the top of the washer to keep it in place.
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    Using a nut and bolt as a fixing system.

    I repeated this method twice, once for the adjustment of the camera arm and the other for the adjustment of the camera pole itself. For each adjuster I made a handle for the bolt that screws into the nut to make it easier to turn, especially on these cold winter days when your hands feel like they’re going to shatter.

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    The finished stand.

    Over all I’m pleased that recording is now easier in my shed but after using it there are a few things I will change when I do it again.

    Firstly I will used better quality castors, the ones I bought here are from a hardware store and were the cheapest I could find. They struggle to swivel and so half the time I’m actually dragging the stand rather than wheeling it.

    Secondly I’d use concrete to set the pipe in the place and as the counterweight. As you can see the sand alone wasn’t enough and I had to add extra weights, also the conduit was slightly on the slant which I feel could have been avoided if I set it level in concrete.

     

    Lastly and perhaps most importantly I don’t know if I’d use this design at all but rather go with one that could clasp onto the wall perhaps. For those of you who haven’t seen my videos you might not realise but my shed is indeed very small, I have around 2m X 3m (78 3/4″ X 118 1/8″) of floor space. With shelves and my workbench and wood pile taking up some of this space it makes it rather clumsy and lumbering to move a camera arm around also.

     

     

I’m glad I made it and it does make recording faster but really, for my tiny little shed its not a long term solution and I think when the weather is better I’ll give it a re think and post my future solution on here. First ideas are often not the best.