The goalie mask, at least the retro-styled fiberglass types from the 60s and 70s, hasn’t been used in hockey for about 50 years — it’s instead made many more appearances in horror movies than on ice rinks. Since then, though, there’s been very little innovation surrounding the goalie mask even though there’s much more modern technology that could theoretically give them even greater visibility. [Surjan Singh] is hoping to use his engineering and hockey backgrounds to finally drive some improvements.
The “uncage” is based on Dyneema thread, a polyethylene fiber known for its strength and durability. It’s often used in applications that demand high strength with minimal weight, such as for sails or backpacking equipment. Using strands of Dyneema woven through a metal support structure is what gives this mask its high strength while also improving the visibility through it dramatically. [Surjan] has been prototyping this design extensively, as there were some issues with the fibers chafing on attachment points on the metal frame, but most of these issues have been ironed out or are being worked on currently.
In the meantime, [Surjan] has been looking for a professional-level goalie to help refine his design further and does seem to have some interest, but it doesn’t seem to have progressed past testing in the more controlled test environments yet. It’s not too far-fetched to imagine this as the future of goalie masks in professional hockey though since some innovation after 50 years of relative stagnation seems to be due. For something more accessible to those of us not currently playing in the NHL, though, you can wheel, snipe, and celly on this air hockey table instead.
Continue reading “The Goalie Mask, Reenvisioned”
We love a good project here at Hackaday, particularly one that makes us want to pick it up and have a go at whatever it does for ourselves. And when we see such a project and find that it contains the One Chip To Rule Them All (otherwise known as the NE555 timer), our collective cup runneth over with joy. So [Andrew Fentem]’s magnetic hockey project certainly pushes all our buttons, as it’s a game superficially similar to an air hockey table in which a magnetic puck is accelerated by a handheld electronic bat.
The bats look extremely high-tech but are in fact surprisingly simple. Each one contains a Hall effect sensor which triggers the 555 which we’d expect is wired as a monostable, this in turn fires a MOSFET which energises an electromagnet for a set period of time. The puck is a magnet, and thus when it is detected by the Hall sensor it is shot away at high speed by the electromagnet. the result is a fast-paced game which has an extra edge over conventional air hockey, and which being honest, we’d love to have a go at. You can see it in the video below the break.
Of course, if your budget doesn’t stretch to not one but two chips in this era of semiconductor shortages, you can always try a conventional table.
Continue reading “Magnetic Hockey Game Uses A 555”
We suppose it’s a bit early to call it just yet, but we definitely have a solid contender for Father of the Year. [DIY_Maxwell] made a light-up hockey game for his young son that looks like fun for all ages. Whenever the puck is hit with the accompanying DIY hockey stick (or anything else), it lights up and produces different sounds based on its acceleration.
Inside the printed puck is an Arduino Nano running an MPU6050 accelerometer, a 12-NeoPixel ring, and a piezo buzzer. [DIY_Maxell] reused a power bank charging circuit to charge up the small LiPo battery.
The original circuit used a pair of coin cells, but the Arduino was randomly freezing up, probably because of the LEDs’ current draw. Be sure to check out the video after the break, which begins with a little stop motion and features a solder stand in the shape of a 3D printer.
Got a house full of carpet or breakables? You could always build an air hockey table instead.
Continue reading “Dad Scores Big With DIY Indoor Hockey Game”