Former Toy Designer Constructs a Giant Furby: XL Sized Creepy

Tasked with making a toy for Makers’ Secret Santa gift exchange recipient Look Ma No Computer, former toy designer James Bruton decided to construct a giant-sized version of a Furby. The XL Furby features a regular-sized version living inside its chest and has a moving body and eyes that run on a loop, as well as 16 different sound effects, hopefully none of which are, “I’m coming to get you.”

When the Furby’s motion detector is activated, it performs a different series of moves and sound effects, so its actions appear random. That’s great news because the last thing I’d want is a predictable giant Furby in my living room. I like to be kept on my toes.

The fact that people like James have the ability to imagine a giant-size Furby and then actually successfully design and build one never ceases to amaze me. I’m great at imagining things, but turning that idea into an actual physical manifestation is the tricky part. And by tricky, I mean next to impossible, especially if electronics are involved.

The Hydraulic Press Impaler 10,000,000

Because there’s no limit to the fun and destruction that can be generated with a hydraulic press, Finnish workshop owner Lauri Vuohensilta of the Hydraulic Press Channel created a custom tool for his press called the Impaler 10,000,000. The Impaler features a pointed cone-shaped pressing head, which is received below by a negative space of the same shape for MAXIMUM IMPALEMENT. Honestly, I’m getting nervous just looking at it.

Lauri described the impaler’s action as a three-part process: first, the spiking, then some traditional crushing action, and finally, extrusion. In the video, he impales a variety of objects, including a bunch of fruit with googly eyes, crayons, candles, books, toys, and other household objects. I’d pop some popcorn and watch it on the big screen if I were you.

Did I ask for a hydraulic press for Christmas? Of course I did. Will I get one? Not a chance. My wife knows me far too well to think that me and a hydraulic press is a combination that could end in anything but absolute disaster. Which is why I need you to get me one and say it’s from Santa.

Georgia Tech Researchers Built a Robot that Plays Tennis

Developed by a team of researchers at Georgia Tech’s College of Computing, ESTHER (Experimental Sport Tennis Wheelchair Robot) is a wheelchair-based robot designed to play tennis. The team was led by Assistant Professor of Interactive Computing Dr. Matthew Gombolay, who named the robot after Dutch wheelchair tennis world champion Esther Vergeer.

The robot is built around a motorized version of a wheelchair designed specifically for playing wheelchair tennis, with the addition of a racket-holding robotic arm in its seat. The robot uses optical-tracking technology to figure out where it needs to be on the court in order to meet the ball with its racket at the predicted intercept point in the ball’s trajectory. Currently, the robot is able to hit balls launched by a machine and has started to learn how to hit against human players. That definitely beats just hitting human players.

The researchers hope that in the future their robot might actually be able to volley against human opponents, and potentially be used as a training tool. Me? I’m hoping the robot can also be trained to hit the objects kids throw at me when I’m yelling at them to stop playing in front of my house. Kids these days, I swear. They have good aim.

[via Mashable]

Super Mario 64 Reimagined as First Person VR Game for Quest 3

Redditor yeldellmedia recently showed off footage showing what a first-person version of Super Mario 64 might look like using the Meta Quest 3 virtual reality system. It looks like a good time. Will Nintendo actually make a VR version of a Mario game? Probably not until they develop their own VR headset, and it becomes the must-have but impossible-to-get toy for like three Christmases in a row.

In the video on Reddit, you can see the player in front of Princess Peach’s castle wandering around and interacting with objects, including Mario’s hat. Unfortunately, in its current state, not all of the in-game objects are interactive yet, so it’s more just imagining what the game might look like.

Would I live in a virtual reality version of the Mushroom Kingdom? There’s no question. Of course, they would need to mod the game further to include a snack bar and toilet in every other level so I don’t forget to eat and go to the bathroom in real life. Otherwise, I might find myself crouching over a warp pipe to do my business, and knowing my luck, it would be a pipe inhabited by a piranha plant.

[via Reddit]

Smart Workshop Organization System with Inventory Tracking

In an effort to better organize all his electronic bits, freelance prototyper, YouTuber, and cyborg Zack Freedman is building a smart organization system for his workshop that can track inventory, tell you where a certain piece is, and light up its bin with the help of over 8,500 LEDs. Hey, the more lights, the merrier, that’s what I always say.

Zack uses the modular Gridfinity system as the backbone of his project, which is a system of open-source, free-to-3D print organizer blocks that all slot into a 42mm grid. He then adds lights and sensors to each storage block he creates, adding its contents to a database so he can track inventory and search for which bin a particular part is in.

The video follows Zach constructing a single long smart bin, but he plans to build a bunch of them, then make a vertical carousel system to maximize storage space, allowing him to call upon the specific piece he needs, and the carousel presenting him with the correct bin and lighting up the compartment needed. The future of organization, everybody! Wait till The Container Store hears about this!

Mark Rober Builds World’s Longest Hot Wheels Track

Because records were made to be broken, Mark Rober recently constructed the world’s longest Hot Wheels track in his new CrunchLabs warehouse. The track measures over a half-mile long and utilizes a series of switchbacks and boosters to achieve the record-setting length in a warehouse that isn’t anywhere close to a half-mile long. Me? I would have gone with a long straight track down a steep hill.

How much does a half-mile of Hot Wheels track cost? No clue, but I’d definitely buy the off-brand stuff to save on construction costs. Kind of like when my wife and I had our house built, and I opted for no windows. Is it day or night right now? Beats me, but I’m tired regardless.

Mark filmed the Hot Wheels action with some cool drone flying, which really adds an element of excitement that the otherwise boring track was missing. I mean, not even a single jump or loop-the-loop?! For shame, Mark. For shame.

[via The Awesomer]

Golfi Robotic Golfer Putts Like a Pro

After the robotic uprising, all sports will be played by robots, reducing humans to mere spectators of our own demise. And ready to compete in the robotic PGA is Golfi, a robot designed to be able to sink putts with the very best of them. The very best of them being me at miniature golf, just to be clear. You should see me putt right between those windmill blades!

Golfi uses a Microsoft Kinect 3D camera to create a depth map of the putting surface, then uses its 3,000 putt neural network training database to make a shot based on a physics model. It takes additional factors into consideration before swinging the club as well, including “the rolling resistance of the turf, weight of the ball, and its starting velocity.” It probably does not take into consideration me rushing the green and kicking the ball into the rough yelling, “Robots suck!”

Well, at least it’s can’t drive or chip balls yet; at least there’s that. Also, I would love to see this thing try to maneuver itself into a sand trap without falling over and rendering itself incapacitated in the sand. Now that’s something I would tune in to watch on television.

[via TechEBlog]

MIT’s Self-Assembling Assembler Robots: Builders of the Future

Researchers at MIT’s Center for Bits and Atoms have developed an autonomous robot capable of assembling new versions of itself, as well as other building structures. Not only that, multiple robots can transfer both power and data modules from one to another, allowing the newly constructed bots to begin performing tasks on their own. The future, ladies and gentlemen! I’m pretty sure this is how Terminators are built.

The robots are also capable of determining the best building sequence to perform to minimize effort. Even I don’t have that capability! I always do things the long and hard way and am usually exhausted halfway through. I’ve never successfully finished a project.

The researchers imagine future versions of their robots constructing even larger versions of themselves, buildings, and even vehicles. Will it actually happen? Only time will tell. It wouldn’t hurt to have John Conner on speed dial though, just in case.

[via TechEBlog]

Crafting a Miniature Pac-Man Arcade Game Drink Coaster

Ever wanted to craft your own miniature Pac-Man level drink coaster? Who hasn’t? It’s a universal human dream. And to help us achieve that dream, YouTuber The Avid Creator avidly created this video detailing how he made one. Just follow along to make your own! Will yours turn out as well as his did? Yours might, but mine definitely won’t.

He constructed the base and walls of the level from finely-cut wood pieces, while the pellets, ghosts, and Pac-Man are made of polymer clay, with everything painted and then sealed with epoxy resin. Admittedly, that is a good-looking drink coaster. Way nicer than my coaster, which just looks like a water ring on the coffee table.

Does anybody want to make a bunch of these for me to give out as Christmas gifts this year? I can promise you’ll be handsomely rewarded. With praise, just to be clear – not with actual money. Come on, Santa doesn’t even pay his elves!

Robotic Swarm Cubicle Walls: Privacy on the Go

Because scientists are working hard to make sure the future is going to be nothing like Back to the Future II led me to believe, WaddleWalls are an interactive partitioning system that can set up semi-private walling around a person on the fly. The future of office workspaces! It’s… bleak.

Developed by researchers at Japan’s Tohoku University, the swarm of wall-bots can either autonomously set up partitioning around an identified person or assemble preset partitions, navigating around an office space on their own. The heights of the partitions can also be adjusted for the necessary level of privacy. Me? I want them to go all the way to the ceiling. And be covered with fiberboard and filled with insulating foam. You know, actual walls.

Will these prove to be the future of cubicles? I doubt it. You never know, though. Of course, as flimsy as these walls are, it would take almost no time or effort for a human to set up the same thing. Just buy three portable projector screens, and boom, you’ve got yourself an equally depressing cubicle in less than a minute and at a fraction of the cost.

[via Gizmodo]