Struxx iPad Stand

Just got an iPad? Got an empty wallet? Wondering what to do with that Struxx robot you bought last year and left, forgotten, under the bed in the spare room?

Have no fear, mygadgetlife has the answer!*

Ok, I admit it, I had a... let's call it a nerdgasm, because let's face it - anyone with an iPad soon finds out that the device spends a lot of its time on its back when not being supported by hands or lap. Not much use for the fancy pants photo frame mode let alone the video playback mode.

Oh sure, you can prop up your iPad or couple it with Velcro, or you can just buy a stand. Have you seen the prices for some of the stands?

With that in mind, I sought a DIY solution and ended up discounting Lego, down to lack of confidence in its structural integrity. Fine for an iPod touch, but not for the iPad.

Then I remembered Struxx, the alternative construction toy.

What you'll need is shown below.

For the spars, you'll need 3 x 14 length, 2 x 12 and an 8.

Start by fitting a ball-socket to each of the spars. It helps if both sockets are in the same orientation at each end of the spar.

Next, form a triangle with vertices of 3 x size 14 spars, with 3 x 3-way ball joints. Angle the ball joints about 45 degrees so that the axis is pointed inwards.

Position the triangle so that the shortest side faces you. This is the front. Clip the two size 12 spars to the left and right ball joints, then clip a 8 spar to the back.

Position the triangle so that the point faces away from you. Clip a further two 12 spars to the left and right ball joints, then clip a 8 spar to the back corner.

Bring all the spars together and join them with a further 3 way ball joint.

Take the 75 degree angle joints and fit a single ball joint to each. Fit the angle joints to the inner left and right axis of the 3 way ball joints so that they poke out of the frame. These are what the iPad will rest on.

Take the 2 way ball joint and fit it to the axis of the top 3 way ball joint. To this fit the parts with the vinyl tips that were the robot's fingers. Angle the fingers slightly up and out to provide a suitable angle for you iPad.

You're just about ready, but first even up the frame a bit, make sure your angles are symmetrical and that the thing lies evenly on a flat surface.

There you have it, an iPad stand made out of Struxx.

*of course, it goes without saying, but build and use this at your own risk!

Struxx your stuff

The Struxx robot is a sad old thing, really.

You see, he's much bigger than the other construction toy robots. Bigger than any Bionicle. Larger than many a Meccano. Taller than a Transformer. (OK, that last one isn't actually a construction toy...). And K'nex... let's just forget K'nex.

He's a bit left out, ol' Struxx 'bot is.

Much better to think of him as a kind of kiddie Terminator, a T0.5, silently wishing he could grow up to be, at the very least, a human smushing composite steel T800 Model 101.

Sorry to say, it's never going to happen. His 29-inch wibbly-wobbly frame is just too weak for such aspirations. Not to mention the propensity for joints to pop out of their sockets at inappropriate moments. At least his eyes light up, giving him a freakish orange stare.

And it's a shame, really, because at it's root, the Struxx construction system verges on the actually-quite-good.

Struxx is a product from the 'brick-compatible' non-Lego Mega Bloks. Now, to any fan of Lego like myself, inviting a Mega Bloks product into your home is the equivalent of inviting Dracula himself over the threshold. Once he's in, he's welcome any time.

In it's favour is the fact that it doesn't directly compete with anything on offer from Lego. It doesn't particularly look like anything from Lego. The parts don't have studs. There aren't many right angles. The colour palette is limited to silver, charcoal and green. And as the name suggests, constructions are largely built from struts connected mainly by ball-sockets.

By and large, it's a well made toy. Attention has been given to the important interlocking pieces. The ball-socket joints are reassuringly snug, with sufficient friction to hold parts in place. There's even a larger, green ball joint part that makes possible a stronger joint like the hip and shoulder joints.

There are many types of joint in this kit. Single, bi, tri and quad ball joints. Fixed angle joints. Buttress style joints. It's all very bewildering, coming from the comforts of Lego's established brick system. But the parts go together easily and I imagine a fairly large construction could be built rapidly.

On completion of Spindly here, the end result, despite being a bit unsteady, is quite a pleasing articulated space-frame type thing.

Now for the not-so-good bits.

A construction toy is only as good as the instructions accompanying it. Here, Struxx robot is a little let down. To start with, there a a couple of addendum sheets that need careful studying. Mainly because they're a bit wrong. Some pieces, the angle joints, have a handedness to them. That is to say, the illustration in the manual is of the piece in a particular orientation. Except that in the addendum, the piece can never look like how it's pictured, because someone has flipped the piece image in the vertical and then had it printed. It's not that much of a problem really, but it's annoying and confusing.

Confusing, also, are the bits in the manual that are correct. It's sometimes not clear how the socket parts should be aligned in the strut - the octagonal socket and pins allow for four possible angles (for symmetrical parts - eight for asymmetrical) and only after an assembly has been built and joints start a-poppin' do you have to go back and revise the alignment of the part. Even harder is making sure that tri-pieces are lined up properly.

I also found it difficult to get my completed assemblies to look exactly like the ones in the manual, mainly down to the lack of perspective used in the illustrations and the large amount of freedom of movement in 3D some of the assemblies have.

Having said all that, getting the parts right and put together is ultimately quite rewarding.

The Struxx Gears block is a bit disappointing. Lego Technic it is not. Looking like it might be a differential, it tries to allow some sort of mechanised articulation but its function is quite limited. You can't transmit the rotation to other parts of the model because other parts don't allow it. So the robot has a limp left arm that turns the head when swung. That's why he's a bit sad. As a mechanism, it's a bit rubbish, particularly when compared to this.

I was also a bit disappointed that there were no secondary model instructions. There are plenty of pictures of them on the box and in the manual - but no step by step guide on how to build them. The Struxxworld website - well it doesn't really exist. You are re-directed to the Mega Bloks product pages where Flash abounds and the only remotely informative alternate build instructions take the form of 360-degree images of lots of models.

Be prepared to have your laptop handy (and a magnifying glass)when your child demands you build the Range Rover lookee-likee.

Overall though, I like this toy - it's sufficiently different to make it interesting, but doesn't quite have the appeal (or compactness) of Lego's Bionicles, or the technical detail to meet the Technic range.

Finally, the Struxx robots inability to self-terminate, means a slow death by dismantling, or maybe being chucked in to a vat of molten... chocolate.