The fantastic thing about LEGO is that there’s a little little bit of tolerance and flex in items. The different magnificence is that every part works with every part. EVERYTHING! So it ought to be no shock that a Hero Factory torso may be the premise for an in any other case fully system construct. Sure, you could possibly pull in items like modified bricks with balls or cups. But then there can be no weblog put up for me to jot down.
The balls on the Hero Factory joints are listed by LEGO as being 10.2mm in diameter. There’s not a lot occurring right here for being inside system. You can subtract both three.2mm, 4mm, 6.4mm, 8mm or 9.6mm and by no means get a outcome that’s inside our zero.8mm expectations. The closest dimension is 10.four and possibly that is the place they supposed to land, then lower the tolerance by the 1mm on either side. This can be two plates of top (6.4mm) plus half a brick width (4mm). Or a brick top (9.6mm) plus 1 / 4 plate top (zero.8mm) Whatever.
But the factor about spheres is that a ring may be positioned over it sooner or later. Place two rings on opposing sides and the gap between the rings will probably be lower than the sphere diameter. Lost but? Perhaps an instance:
Imagine the underside of two plates. The four.85mm anti-studs will slip over the ball joint and cut back the whole distance. What is the gap between these plates (assuming they’re parallel)? Slightly SketchUp render tells me it’s just below 9.0mm which is a bit more than a brick width (eight.0mm). But bear in mind the tolerance and flex that I opened up with?
And because the spacer is a typical brick width, it really works for different elements with holey reduction too, like technic liftarms and bricks.
By the best way, these are all of the Hero Factory sort items that I personal. See why the necessity for extra system connections?