Splinter Spierenburgh has been designing mazes for years. He’s
published an eBook of mazes and
designed a bunch of 3D-printed mazes
and even entered one of them (MazeRoll) in last year’s Nob Yoshigahara Design Competition.
Realising that they lived in the same town, he met up with
Louis Coolen and the two of them started discussing some ideas that Splinter
had for a 3D-printed puzzle lock … and a short while later the bright orange Burgh Lock appeared – I snapped up a copy and really enjoyed it.
There are a couple of very interesting moves that you don’t
expect, along with a fair number of perfect red herrings. It’s a really fun
lock, but I found that most puzzlers are a bit weary of damaging it, in spite
of telling them not to worry about it and that the material is quite strong
enough for the movements required.
Fast forward almost a year and Splinter told us he was
working on a new puzzle lock and showed us some pics of his first prototype (in
wood!). Louis had been allowed to have a bash at it and had given Splinter some
feedback. A couple of refinements later, a second round of prototypes was
produced and this one was given a slightly wider test and resulted in some
promising sounding noises, so a production run was commissioned.
I got an email from Splinter offering me a copy of the Swing Lock and given
that I’d heard some good things about it, I didn’t hesitate and ordered a copy
which duly arrived in Barnt Green the next week.
It’s a handsome brute of a puzzle – beautifully machined in
aluminium (there is a cheaper acrylic version available). It’s not light – this
lock will clearly not be forced open – you either open it the right way, or it
stays closed! It comes with a key and there appear to be two keyholes (which is
a bit unusual!).
I started fiddling around and pretty soon discovered that
there was a clear acrylic plate inside the lock that was clearly (now!!)
blocking one of the keyholes – not knowing if this was important of not I
continued exploring.
Turning the key in the keyhole doesn’t appear to do an awful
lot and no matter what you do initially, the haps stays rigidly locked in place…
This is a nice puzzle lock – you won’t be afraid to hand it
around to relative puzzle muggles, and similarly, they won’t be afraid to have
a real go at solving it…
The mechanism was totally new to me and an absolute delight
in simplicity – although working out how it works is a brilliant challenge …
Splinter has made the front panel of the lock removable (with the help of a
Philips screwdriver) so that you can see the mechanism in action – a brilliant
touch!
Suffice it to say that my idea of what was going on in there
was thoroughly wrong and hopelessly over-complicated…
An excellent addition to my little collection of trick locks –
it joins the Popplocks in pride of place … I hope that Splinter continues to
try out new puzzle designs like this on us… the world needs more great puzzles!
Hi Allard,
ReplyDeleteYou sure it's Aluminium?
I thought he had them made in stainless steel and in the pictures it does look like stainless steel.
Let's keep puzzling, Michel
You could be right Michel, I'm rubbish at identifying woods! :-)
DeleteIt's stainless steel. Allard just didn't discover this yet.
DeleteHe thought of heavy Alu :-)
-[BLUSH]- Sorry Splinter! Thanks for correcting me...
DeleteWith no intention to rub it in, but just imagine how large the lock would be if it were in Alu and with the weight you feel now. It would almost have a 3 times greater volume(!) (density of Alu is almost a factor 3 smaller). That would be a really impressive size for a puzzle lock!
ReplyDeleteI'd have guessed 41% longer on each axis ... But I'm not good with numbers! ;-)
DeleteYou're fully right. 1,41^3 creates a 2.8 more volume (which is the difference in density between stainless steel and aluminum). 41% on each axis is a huge growth (I think).
Delete