Details: Recently spotted in Hackster.io's news e-mail: Take Control Over Lego Power Functions. This quick tutorial is not purist (it involves cutting Power Functions extension wires, in addition to using an Arduino and other non-LEGO parts), but it clearly explains how to make it all work together. The Arduino platform is rapidly becoming the most popular hobby electronics and robotics platform, but it doesn't have a 9-volt output. Yes, I know we refer to the previous LEGO electrical system as 9 Volt, but the Power Functions system also has 9 volts under the hood (it's unfortunate that the official LEGO terminology doesn't provide more insight into how the systems actually work). Among the other useful tips in the article is a recommendation for a particular integrated Texas Instruments Dual H-Bridge motor driver chip (L293D), which handles the correct voltages and much of the work of controlling motors for you.
Sure, most of us will probably stick to using the Power Functions system and IR controllers to handle our Technic motor control needs, but it's great to see someone making it straightforward enough that even a novice at electronics could quickly get up and running with an Arduino- and Bluetooth-based control system instead. I may be one of the purists who prefer the all-in-one nature of the off-the-shelf Mindstorms kits, but we need to be able to do these things with more modern microcontrollers too.
Details: Duncan "donuts_ftw" Lindbo recently came across the Buzz Lightyear wing element from the Disney series of Collectible Minifigures and built this beauty. This microscale version of the X-Wing Fighter (from Star Wars, now also owned by Disney) also makes great use of the new Flat Tile 1X1 ½ Circle, White element (found in a few Mixels sets) to get the shaping of the wings right at this scale. There's also some clever studs-not-on-top (SNOT) work - note the lime clip ring plate in the cockpit to connect the two 1x1 plate with tooth elements on the sides. Notice that (although I'm not sure how he did it - perhaps white clip ring plates attached to either side of the lime one?) the bottom set of wings is attached upside-down relative to the cockpit and top set of wings - a nice bit of symmetry that keeps the handle bar plates from marring the shape of the spaceship.
LEGOLAND Discovery Center Atlanta is hosting an Adult Night TONIGHT from 7-9 PM, featuring three classes with Master Model Builder Aries Viera. The classes will focus on detailing with small pieces, making Minilanders, and using studs-not-on-top techniques. This is also a great opportunity to check out their rides, miniland displays, and 4D cinema without needing to be accompanied by a kid.
The Atlanta LEGOLAND Discovery Center will also be hosting a Ninjago Weekend August 20th and 21st, as well as a Homeschool Day (register here) on August 24th.
Bionicle community BZPower turned 15 years old yesterday. They've been running raffles to commemorate the anniversary, many of which are free to enter. They've been celebrating all month and have also marked down their fantastic Themes to Revive T-shirts and offered a discount (with code) on their Premier Membership program.
Finally, BrickFair Virginia is right around the corner! There are other LEGO fan conventions out there, but this one is the biggest, best, and our personal favorite. The Dulles Expo Center recently expanded their facilities, and the full expanded space will be filled with fan displays of original LEGO creations (there will be some vendors and activities, too, but you're here for fascinating LEGO models, right?). Full event registration (for Wednesday, August 3rd through Sunday, August 7th) is open through August 5th for $80. Tickets for public days are available now for $15, with an online-only discounted option for people entering after 2 PM.
You can also register now to attend upcoming BrickFair conventions in New Jersey, Alabama, Massachusetts, and Virginia (2017). Sure, tickets for the weekend show part of it will be available later (you can sign up for e-mails on when shows come up and tickets become available), but we want to see you build something exciting, bring it to show off, and get to know fellow builders.
Details: Our friends at BZPower recently posted video of the BrickUniverse Raleigh 2016 LEGO Online Community Panel. LMOTD contributors Dan and Matthew were both on the panel - myself (Dan) representing this blog and Matthew representing Beyond the Brick. Also featured on the panel were Scott Barnick (contributor at New Elementary), Andrew Bulthaupt (admin at BZPower), George Barnick of Brickipedia, and Stephen Forthofer from The Brick Show. We discussed a number of aspects of the online LEGO fan community, focusing on how each of our outlets within the community uses various sites and platforms that are a part of our ever-growing community. You may find interesting the parts where the history and future direction of this blog are covered, but much of the conversation was about the sheer size of the fan community today - which is more interesting for those of us who are willing to jump on panels but are shy about the whole self-promotion thing.
We will (eventually) be covering BrickUniverse Raleigh 2016 in more detail.
Details: Why yes, I'm actually using the name of a model as a post title. This hits the perfect sweet spot for me - it uses great techniques and rare colors to combine two now-classic official LEGO themes. Perhaps you have to had been young in the 1990's to appreciate this; people much older than that tend to think of both Bionicle and Rock Raiders as childish and overly-juniorized themes (on a related note, we really need to have a better summary of what "juniorization" is). A quick check of Ryan's color chart shows that most of the important colors in the Rock Raiders theme's color scheme have been discontinued - teal (Bright Bluish Green [TLG]/Dark Turquoise [BL]) was last in a new set in 2005, and the "great color change" means that we haven't seen old brown (Earth Orange [TLG]/Brown [BL]), old dark grey (Dark Grey [TLG]/Dark Gray [BL]), or old light grey (Grey [TLG]/Light Gray [BL]) in a new set since 2006. Metalized Silver [TLG]/Chrome silver [BL] hasn't exactly been a common color over the years, either, even if it hasn't been discontinued yet.
The colors aren't the only thing to love here - there are also some clever joints and details. Bionicle balljoints are used on the knees to allow two sockets to form a joint together. The same joints are also used in a more traditional (although non-geared) way on the standard Toa torso element (which I'm just now realizing hasn't actually been in a set since 2004) and with a rare black Technic axle towball connected to a Mixel socket to create a very flexible wrist on one hand. Some extra color and body is given to areas that otherwise might look spindly, thanks to the Transparent Fluorescent Green [TLG]/Trans-Neon Green [BL] 1 x 1 round plates pushed into Technic pinholes. The best detail, though, may just be the chainsaw blades coming out of the feet.
Details: takamichi irie (legomichiiiiii) recently built this awesome little dragon - it's short enough for a minifig to pet, but definitely fearsome enough to terrorize a microscale kingdom. The head may look a little familiar - it seems to take after an awesome build of Nessie that Sean and Steph Mayo built last year (which I probably should have blogged at the time), but that horns and binoculars technique still works very well. The torso really speaks to me - it's a brilliant use of the thick-pin skeleton torso, with a lightsaber hilt for the neck, four skeleton legs for the legs, and the gargoyle collectible minifigure wings as the dragon's wings. The wings don't look to be swooshable to me (minifig neck accessories tend to have looser connections), but that'd be easy enough to fix with a 1x1 round brick (that's how I'd do it, anyway, but it probably looks better the way it is).
The head and tail demonstrate another technique - using clips in askew connections that are sturdy, but wouldn't be considered "legal" in an official set or LEGO Digital Designer. I think I spy a minifig hand holding that tail in place, with the end that normally connects to a minifig's arm crammed into the skeleton torso (another "illegal" but very useful connection).
Details: While I (Dan) continue to be largely absent due to personal issues (I'm now moving to a new state again), I have still kept building and kept attending events. At one such recent event (this year's BrickFair Alabama), I was interviewed by our friends at Beyond the Brick about my Super Mario Bros.Piranha Plant. While the mechanism still doesn't run smoothly enough for me to be completely happy with it, it's worked well enough to take to shows - but I've been avoiding documenting it online until I've had a chance to make it work better (in this clip, it's already lurching along at a slower speed and sticking a little). I'd like to revise it further to fix the motion problems and to try to capture more of a world from Super Mario Bros. - perhaps with a few more moving characters.
This model debuted at last year's Maker Faire Orlando, which coincided with the 30th anniversary of the original release of Super Mario Bros. It also works out nicely that Piranha Plants were actually green back then (as compared to the red that's currently more common). Not that colors showed up on my classic Game Boy, anyway...
Making things out of LEGO that "move" is a wonderful thing. Creating something out of LEGO that can do something in response to human input is pretty awesome. There are a few LEGO vending machines out there that can be easily found with a Google search. In fact, in the description of the LEGO Starburst vending machine video the builder acknowledges the "LEGO vending machines" of another YouTube user by the name of ElectryDragonite. While ElectryDragonite's LEGO vending machines are numerous and very interesting, what makes iceleftd's Starburst vending machine wonderful is the sleekness of the design coupled with the very well thought out mechanical components and functionalities. This LEGO Starburst vending machine is a truly impressive build that really shows off the talent of this amazing builder.
In addition to an impeccably well produced video, iceleftd has also created a very sleek rendering of the vending machine which can be found on the builder's Flickr.
Channel 4 over in the UK has recently put out a brilliant documentary that chronicles some great behind the scenes action at LEGO. Many topics near and dear to the LEGO community's heart are touched upon and lots of notable LEGO fans are featured prominently.
Fortunately for those of us not in the UK, a kind YouTube user by the name of "Legoboy" has taken the time to post the documentary in its entirety for your viewing pleasure.
(Please note that the video embedded above was viewable at the time of this posting. If at some point in the future this video is no longer viewable please alert us as such and we will attempt to update this post with a working video.)
EDIT 3/5/2016: Channel 4 now has this documentary available on demand online.
Details: Minifig sculptures are an interesting genre - you can build them at so many different scales, and with so many different techniques, but it still seems like most people just copy set 3723. Increasingly, the official sculptures that LEGO uses for promotional purposes seem to be getting increasingly cartoony, with dimensions and angles that look less like actual LEGO pieces and more like something out of a LEGO-branded video game. It's an interesting aesthetic that I suspect we'll see leaking into fan-created builds over time, but so far seems to be used primarily by professionals.
One advantage of Ryan McNaught's status as a LEGO Certified Professional in Australia is that his model shop is LEGO's preferred method of making official promotional sculptures in Australia (this doesn't happen in most of the world, but it's an advantage of being on a continent without other model shops or certified professionals). Because of this, official designs for sculpted large minifigures have been trickling out on Ryan's Flickr photostream for some time now. They're not all necessarily built or designed by Ryan, but they're all built in his studio. You can see a few more characters under his legominifig tag and legocity tag, or, say, in anyofthesephotos. There aren't too many photos of any particular model, but the models themselves are nice, with appropriate details and sculptural technique. It's worth taking a look and browsing through his photostream.
Details: The latest addition to the exciting world of scaled-up LEGO elements made out of standard LEGO elements is this incredible rendition of the classic rubber band holder, a much-derided "useless part" that was seemingly inescapable in sets for about a decade. This particular build is about 8 times the regular size of the part, and makes great use of the 4x4 macaroni element to portray the Technic pin holes in the part. I'm also enjoying the use of curved-top arches and 1x3 curved slopes to capture the curvature at the edges of the part.
What elevated this part to a more beloved status was a joke by one LEGO fan about how "cool" LEGO pieces don't get named after builders who use them frequently anymore. Surely the LEGO fan community has been around too long and we'll never name a great piece after someone who used it well again. Nate "nnenn" Nielson figured that if a piece were named after him, it would be something like this rubber band holder (unfortunately, variations on this story have been told so many times in tribute to the man that it seems to no longer be possible to find his original quote in a quick search of the web). After Nnenn passed away, the decision to refer to this part as a "nnenn" was unanimous.
Details: Those of you who have supported a Kickstarter project in the past may have recognized a project that showed up in yesterday's "Projects We Love" e-mail. "This Week in Kickstarter" featured PancakeBot, which I wrote about here in 2011 and spotlighted in advance of World Maker Faire 2012. For those of you just tuning in, this is a machine that can print pancakes with custom designs. The non-LEGO Kickstarter project is already well beyond the original funding goal, and will eventually be available for sale at $299 USD (you can still support the project on Kickstarter to get it at a lower price). Oddly, much of what's been written about the current Kickstarter project refers to 2013 as when the idea became the "working LEGO version" and 2014 as when the "First working prototype" was made. I was pretty impressed with the video from 2011, but perhaps a later LEGO version (that I can't seem to find with a quick search) was more reliable and is what they're now considering the "working" version.
There's been a considerable amount of hype around the Mindstorms line as a source of tomorrow's great inventions. This 'bot might be the first to actually go all the way from LEGO-based rapid prototyping to being a mass-produced product that people buy. If you can think of another one, let us know!
Details: In the past few years, there's been a proliferation of seed-part based challenges in the wake of the popular "Iron Builder" contest. I (Dan) did my part by finding a way to make such a game fit in at BrickFair, but most of these challenges revolve around Flickr. Sometimes, like in this case, it's just a couple of builders taking up the challenge for the fun of it. This particular challenge is based around the current small, 5-link chain element. Surely a silly piece, it's much too short to be useful and was originally used for Ninjago weaponry when it first came out. They've found plenty of clever uses for it, although some of them make use of the classic "everything is more useful in quantity" trick.
Details: I've recently written about the increasing popularity of building sculptures with studs facing out in all directions. It allows for a stunning level of precision in a model, making it pop with realism. This one's a bit different than most of the others I've blogged inthepast, though: most of the shape of this model was generated by a computer. LSculpt has been around for a while, but for us LEGO Open Source junkies (I know I'm not the only one), it's exciting to see it used to make RepRap's version of the iconic Linux mascot, Tux the penguin, exist in the brick. Sure, sure, it's not that difficult to build a model from computer-generated instructions, but it's no mean feat to track down all the right pieces for a model on this scale (50 cm/63 studs/20 inches tall), and most of standing out in the LEGO community is more about having good ideas for what to build than about how clever you are with LEGO techniques anyway. It's hard to overstate the cleverness of the complete Free Open Source Software chain here - a Linux penguin, colored in GIMP, modeled in Blender, run through LSculpt.
There's also that nose - zoom in on the photos and you can see that care was put in to use tiles to round things out just a little more than LSculpt suggested. You'd be surprised how often small details like that end up being what separates a builder who really knows what he/she is doing from someone who is building directly from a program.
It's also noteworthy for historical reasons (and comparison's sake) that Eric Harshbarger (in many ways the first big freelance LEGO sculptor) has built Tux in a more traditional studs-up style, without the aid of modern programs or techniques. Newer tools and tricks have a way of making awesome models seem less exciting in retrospect (as they say, nostalgia isn't what it used to be).
Details: This gorgeous Formula One racer is actually an alternate model of the MINI Cooper set. The set itself is a great model, of the sort we would have blogged here if we were on top of things, but never mind that now. This retro Formula One racer kicks it up a notch, taking the snazzy color scheme and adding some wicked curves and angles to coax a far more difficult shape out of the same parts. The aft section is all built at an angle, but attached so well that it feels seamless. The front involves a bit of artistic license (or perhaps is a good reason for the builder to say this isn't modeled on any particular life-sized vehicle), but is a pretty stunning look nonetheless. The Speed Racer windshields in dark green looked pretty clever as wheel wells in the set, here they look even better as the rounded area around the front grille.
The details are classy too, although it's a little hard to highlight them with just 5 photos. You'll have to look closely and take my word for it that they're in there and look good. There's a hood ornament, dashboard instruments, an exhaust pipe, and even an adjustable headrest. I'm pretty sure I even see gas and brake pedals in one of the photos. I'm not sure if the doors really open, and I'm not sure I mind much either way - it's hard to make an alternate build look this good.
This model isn't terribly complex from a technical standpoint, but it features great uses of lettering, hinges, and studs-not-on-top building (check out the boxes shown on the side). Then, of course, there's the use of a 1 x 1 round tile and 2 x 2 round tile to represent some milk that has spilled.
Details: This beautiful gingerbread house is chock-full of an overwhelming amount of candy-coated details. It looks like the house is dark orange underneath the thick coat of candy, but that almost doesn't matter with all the other goodies packed in here. There's only three photos here, but they're clear enough to zoom in and get a good look. Some of the highlights: a mix of 1 x 1 and 1 x 2 plates with teeth to create icing-style cornice work, 2 x 2 tiles as Necco wafer-style roofing (I suppose they could be intended as a different candy, but it's definitely a great roof), swirl signal paddles on 1 x 1 round bricks and 1 x 1 round plates with open studs to decorate the railing posts, stacked 1 x 1 round bricks to make candy-canelesenes, curved slopes for the icing snowbank, the standard 1 x 1 round plates as small candy trick, various reddish brown and dark brown tiles to make the chocolate bar door, and hypno disks and another printed 4 x 4 dish to represent swirl candies. Perhaps the best technique, though, is using trans-yellow bricks behind the windows to give the glass a sugary look when the building is lit up from the inside (visible in the second photo).
There are even a few details here that are not immediately obvious in how they were built. Note how several flowers are sunken into the model so their stems don't pop out at you - these must be attached to something deeper inside the model. Then there are the 2 x 2 plates seemingly attached to fences - presumably there's a Technic axle behind those 1 x 1 plates connecting the 2 x 2 plates to something behind the fence.
Details: Pete Strege recently uploaded new photos of his spectacular Green Gables Stadium. Sure, you've seen this before in our Brickworld 2014 coverage, and it also was a highlight of Brickworld 2013 - but it's enough of a stunner to deserve a post of its own. There are many details to love here - the 24-sided architecture covering a 30-inch square (4 of the big grey baseplates) steals your eye at first, but there's also the removable (and well-angled) dome roof, the large minifig heads wearing hats, the dark green lettering in the front, the stunning use of color (sand green, dark green, medium dark flesh, and dark orange cover most of the model), and even a full interior (customizable for a few different sports, although the hat outside makes me think of this as a baseball stadium).
Don't take my word for it - check out all 56 photos in the Flickr album, including pictures of the interior, work-in-progress pictures, and LEGO Digital Designer screenshots showing how the model was designed. The whole thing is beautiful, but I suspect we'll be studying that dome for years.
Details: Here's a quick look at one of my own recent builds - a microscale Pirate ship (or more accurately, an imperial galleon for the pirates to attack). The original idea was to create a ship that looked good, but was small enough to animate for Mini LEGO Con. That didn't work out so well, but the finished model was nice enough to add a stand (with water). At 8 x 16 studs, it fits into a Mini Con display, but is slightly larger than one of the BrickFair-styled tables.
This was actually a very humbling model, since I ended up using quite a few pieces that I dismissed as unnecessary when they first came out. The base of the ship is a Bionicle Visorak foot - an "action figure part" you'll never use in-system, right? Two of the sails use a 1 x 2 plate with 2 clips (you'd think 2 1 x 1 plates with clips would do the trick, but this is actually sturdier). One of the sails uses a 2 x 2 tile with one stud in the center, which I remember saying was the equivalent of 3 jumper plates, but a plate shorter. Finally, a 1 x 1 round plate with hole (a part once exclusive to LEGOLAND for metal bracing and wiring) connects the tallest mast to the 1 x 1 round brick below it.
Kids, don't try this at home. You would not believe how difficult it is to connect a plate clip into the bottom of a 2 x 3 plate that already has two 1 x 2 tiles wedged into it. At least it looks good, but LEGO rightly considers that to be an illegal connection.
Details: lisqr recently built Baymax as he appears in Disney's adaptation of Big Hero 6. The studs-out technique for building sculptures has gotten more popular lately - I still usually associate it with Schfio, one of the best builders currently working in that style, but it seems like everyone is trying their hand at it now that you can get travis bricks on the Pick-A-Brick wall at LEGO stores (and LEGO seems to be putting out more exciting studs-not-on-top elements in sets as well). Bruce Lowell is also rather famous for this style of building, and the head on this model is an obvious riff on his classic Lowell sphere (have I really not written about any of Bruce's models since 2007? Time flies).
The arms here are actually made from a great use of a different sculpture technique - loosely matching up various sizes of slopes and wedges. I believe I spy (please correct me if you think I'm wrong) a 2 x 1 curved slope, a 1 x 2 tile, and a 10 x 1 curved slope on each front edge, with a pairof 12 x 3 wedge slopes making the top and bottom of each arm. Even with all those slopes, it looks like the front and back edges are angled in further to get it to look just right.
...and I didn't even mention the great use of string on the robot's face yet.
