Project:Upcycled Handrail

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Revision as of 10:14, 7 November 2021 by Lukas (talk | contribs) (Lukas moved page An Upcycled Handrail to Project:Upcycled Handrail: will bei included in the project overview this way!)

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An Upcycled Handrail

Ciaran Handrail Finished 1.jpg
Status: complete & documentation
Release Date: completed 2021
Initiator: Ciaran
Materials Used: Reclaimed roofing beams (over 100 years old) from attic conversion
(Appears to be Antique Douglas Fir)
Tools Used: Chisels (Woodworking), Reciprocating Saw, Rasps, Hobelbank, Sandpaper


After a major attic conversion project, Ciaran had the romantic notion of sculpting the handrail for the new stairs from the antique roofing beams salvaged during the attic conversion. Things started well but were put on hold many times over the years before finally being completed in 2021.


Major Steps

Some related images are in the gallery below:

  • Cut away any rotten and cracked sections from the beams.
  • Select best sections of remaining beams for the various curves and straight pieces of the handrail.
  • Prototype the lower curve of the handrail using dowel stock and some foam pipe insulation.
  • Prototype the upper curve of the handrail with some strips of wood wrapped in cardboard and tape.
    • Prototyping went quickly, allowing many iterations and adjustments to find the best curve for the handrail.
  • The wrought iron uprights that hold up the handrail were ordered and installed
  • Another prototype was built from strips of wood and a glue gun. This was glued to the uprights to confirm the curve before the uprights would be cut to match the planned curve.
    • This prototype handrail stayed in place for several years serving as temporary handrail, in retrospect there was a fear of actually cutting the uprights to size and starting the actual wood carving.
  • I finally got the courage to start cutting the beams roughly to shape with a Reciprocating Saw. This was a difficult milestone as I didn’t have much wood so couldn’t afford to cut off too much.
  • After the first cuts with the saw I switched to using Chisels (Woodworking) and Rasps.
    • This was very tedious, but it was essential that I removed material slowly as the curves were being created by eye. I had to stop several times and put the pieces into place to check the curve and then remove them again to continue refining.
  • Slowly the curves developed and I decided that the pieces were pretty close to perfect and could be roughly sanded and then fixed in position.
  • When in position I did the final sanding and finishing to make sure the curve flowed smoothly through all the pieces.
  • I added a couple of fixing brackets to the wall to stabilise the rail.
    • This was a mini project itself. As the stairs and handrail were DIY, standard brackets wouldn’t fit. So I had to improvise using two old paint roller handles left over from previous DIY projects see photo’s below.
  • Back to the handrail. I stained it with coffee and a vinegar and steel-wool solution to darken it. I then coated it with a natural beeswax finish.


Gallery

  • After the attic renovation we had to build a new stairs. I rescued some of the original antique beams from the roof to carve into the handrail.

    After the attic renovation we had to build a new stairs. I rescued some of the original antique beams from the roof to carve into the handrail.

  • Rapid prototyping of the bottom curve with wood dowel stock and foam pipe insulation

    Rapid prototyping of the bottom curve with wood dowel stock and foam pipe insulation

  • Rapid prototyping of the bottom curve. This enabled many adjustments while visualising the complex curve.

    Rapid prototyping of the bottom curve. This enabled many adjustments while visualising the complex curve.

  • Rapid prototyping the top curve with glue gunned wood strips, wrapped in cardboard and taped.

    Rapid prototyping the top curve with glue gunned wood strips, wrapped in cardboard and taped.

  • Transferring the curve to the wall

    Transferring the curve to the wall

  • Transferring the curve onto the salvaged old beam piece

    Transferring the curve onto the salvaged old beam piece

  • Time to cut. This took a while to get started as I need to make sure not to cut too much as I had no spare beams if something went wrong.

    Time to cut. This took a while to get started as I need to make sure not to cut too much as I had no spare beams if something went wrong.

  • Carefully made the rough cuts as close to the imagined curve but double checking in place between each cut.

    Carefully made the rough cuts as close to the imagined curve but double checking in place between each cut.

  • Trial fitting the piece in place.

    Trial fitting the piece in place.

  • Trial fitting the two top curve pieces in place after rough cutting.

    Trial fitting the two top curve pieces in place after rough cutting.

  • The curve is quite complex and tight at the top where it twists and attaches to the wall

    The curve is quite complex and tight at the top where it twists and attaches to the wall

  • Off to the CoMakingSpace to the carpenters bench. Some more marking up before getting on with carving.

    Off to the CoMakingSpace to the carpenters bench. Some more marking up before getting on with carving.

  • First start to round off the corners to allow the curvature to come through.

    First start to round off the corners to allow the curvature to come through.

  • Slowly the rectangular gives way to the curve.

    Slowly the rectangular gives way to the curve.

  • The cobra raises it's head. Now the curve is dominant and can be refined further.

    The cobra raises it's head. Now the curve is dominant and can be refined further.

  • A nice shot of the bottom and top curves lying on the bench. Already hard to imagine the rectangular beams they came from.

    A nice shot of the bottom and top curves lying on the bench. Already hard to imagine the rectangular beams they came from.

  • After fixing the wrought iron uprights in place, they were stabilised with wood strips.

    After fixing the wrought iron uprights in place, they were stabilised with wood strips.

  • Drilling the holes and fixing the wrought iron uprights in the stairs was another whole load of complexity that slowed down the project but I'll spare the details.

    Drilling the holes and fixing the wrought iron uprights in the stairs was another whole load of complexity that slowed down the project but I'll spare the details.

  • Measuring and marking the uprights for cutting to size.

    Measuring and marking the uprights for cutting to size.

  • Very nervously cut the uprights. They were fixed permanently into the stairs so couldn't afford to cut them too short.

    Very nervously cut the uprights. They were fixed permanently into the stairs so couldn't afford to cut them too short.

  • Trial fitting the straight-ish mid section with the bottom curve.

    Trial fitting the straight-ish mid section with the bottom curve.

  • Phew! it fits. But quite a lot of refining to do still.

    Phew! it fits. But quite a lot of refining to do still.

  • Needed a custom bracket to fix the handrail to the wall. Upcycled two old paint roller handles left over from some earlier DIY projects.

    Needed a custom bracket to fix the handrail to the wall. Upcycled two old paint roller handles left over from some earlier DIY projects.

  • These custom brackets worked out perfectly.

    These custom brackets worked out perfectly.

  • Created a cardboard sculptured crap catcher. Preparation before sanding, staining, waxing and polishing.

    Created a cardboard sculptured crap catcher. Preparation before sanding, staining, waxing and polishing.

  • Glad this project is finally finished. Very happy with the results!

    Glad this project is finally finished. Very happy with the results!

Next Steps

  • Hopefully no more steps!
    … and no more handrail projects for me.
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