Halo 4 is coming out this fall, and Nick Jensen is taking no breaks in the expansion of his life-sized Halo arsenal. Here is his brick-built version of the Sticky Detonator along with working features.
I try to avoid posting LEGO creations based on the Halo games; there are simply too many of them around, and I don’t really think anyone wants to see another attempt at a Warthog. This diorama by legomocs. forced my hand, though. The micro scale frigate is nicely rendered, as is the accompanying Covenant spire, but neither is what caught my attention. The shape of the diorama and the angle of the ship combine to give this creation a great sense of motion. It’s difficult not to imagine the continuing flight path of the frigate, after seeing this one moment caught in time.
Nick Jensen has used Lego to build most of the human weapons from Halo. His latest LEGO Halo model is the M45 Tactical Shotgun, which took almost 2 months to make. In addition to its realistic looks, the model also has working features such as a sliding pump and ejecting shells, which you can see on YouTube.
We’ve taken a look at the top LEGO news stories of 2011, but The Brothers Brick is really about the great LEGO creations built by LEGO fans all over the world. Let’s take a look back at the ones that proved most popular over the course of the year.
- Nick Jensen’s life-sized LEGO Halo sniper rifle
- Marshall Banana’s 10,000 piece LEGO Star Wars Jawa Sandcrawler
- Will Page’s Portal turret
- Michael Thomas’s LEGO Settlers of Catan design
- ShoBrick’s post-apocalyptic stormtroopers
- Nathaniel Shields’s LEGO Halo grunt
- OneLug’s 7-foot LEGO Tower of Orthanc from Lord of the Rings
Nick Jensen finished his most ambitious LEGO Halo project yet of building the Sniper Rifle System 99 Anti-Matériel (commonly known as the Halo sniper rifle) for his arsenal of brick-built Halo weapons. I asked the builder to share the process of making the SR99 from inspiration to the finished model. Here is his response.
How It Started
The graphics of Halo: Reach blew me away when I first played it. Textures, environments, and character designs all impressed me, but as a LEGO gun builder, I was most impressed with the detail of all the guns. Since then, I built the pistol and combat knife from Halo: Reach. I wanted to build more weapons from Halo: Reach and I was debating between the shotgun and the sniper rifle. I had the parts and money to make one of them. I went with the shotgun but got really frustrated when I couldn’t find a way to make the pump slide back and forth in the front. So I gave up and started the sniper rifle.
I captured many close-up screenshots of the sniper rifle in Halo: Reach’s theater mode, looked up information about the gun on halopedian.com, used the Halo: Reach action figures from McFarlane, and looked at Perry B.’s version as references. I wanted to include as many details as I possibly can squeeze in. I wanted the final MOC to be perfect.
The Build Process
One of the first things I worried about when I decided on building the sniper rifle was the length. It seemed that I would never build something that was going to be 5.5ft long. I thought about the project from another perspective: building the sniper rifle is like building the assault rifle but with a really long barrel. Breaking the project down into three simple parts (body, barrel, and scope) really eased some doubts I had. The sniper rifle in Halo: Reach is approximately 5.5ft long, so a tape measure locked at 5.5ft was always around for reference. I built the body of the sniper the same way I built the assault rifle, SMG, and pistol: Start from the front and build my way to the back. The barrel was easy and I had a plan in mind from the start. I would cover a supporting rod with 2×2 quarter cylinder bricks. So the only difficult tasks were the body and scope.
I did drop the gun once during the WIP stage. I got impatient and wanted to hold it as if it were finished, and it fell to the ground. There was another time later on where the front grip collapsed because of its weight.
Length: 63 inches (1.6 meters)
Weight: Approximately 10.5 pounds
Non-LEGO used: dowel rod, custom waterslide decals
Features: Removable magazine, sliding bolt, moving safety
Time spent building: about 4 months
Piece count: uhh…?
As readers will have noticed in our LEGO News feed last week, custom minifig accessory vendor BrickForge has just released a new batch of items, including a new “Shock Trooper” armor. We ordered a couple batches, and I managed to find enough sunshine in the Seattle “summer” to take a few pictures.
The armor comes in a sort of steel color that’s rather lovely, along with black that has a similar metallic sheen. Neither color really matches typical colors available for minifig legs and torsos, but they combine reasonably well with neutral colors like bley and black. BrickForge also offers two printed variants, with an eagle on the gray and a flaming skull on the black. I’ll be interested to see how other customizers use these helmets and armor, but I focused on their inevitable use as ODSTs from Halo. Armor for a squad of six will run you a bit over $20.
One of the few areas in which BrickForge and BrickArms overlap is in items inspired (a safe assumption, I think) by the Halo universe, so minifig customizers have a bit more choice in this area. I like to mix and match custom parts from everybody, and I have to admit that I personally prefer the BrickArms versions of these sci-fi weapons (including the previously reviewed BrickArms minigun). I think the combination of the BrickForge armor and BrickArms weapons is undeniably awesome — “better together,” as I always say.
I cracked myself up by putting one of the troopers on a BrickForge scooter, which my wife dubbed the UNSC “Shrew”. I was amused enough that I would like to share this little masterpiece with the world. You’re welcome.
As fun as a couple squads of Orbital Drop Shock Troopers might be, I had the most fun putting together the Avengers — inspired by the blue helmet with an A and the big American shield that begged themselves to be equipped on a classic Captain America. Wolverine (with BrickForge “Savage Mask”) and Thor (BrickForge hammer) quickly followed, supplemented by a HAZEL-helmeted Iron Man, official Spider-Man, and my old Hulk.
The ODSTs and Avengers were distracting enough that I didn’t get a chance to do much with the test tubes, bottles, martini glasses, and other new glassware BrickForge has just released. Briefly, they complement official LEGO items nicely, and I’m highly entertained by the idea of minifigs squaring off against each other in tiny bar fights with broken bottles.
Ben Caulkins (Benny Brickster) built a life-sized costume of the Master Chief from Halo over the past six months. Those who have followed his Flickr postings have seen the suit develop from the helmet down. Now that this epic project is finished, Ben shares his thoughts on the process and techniques behind the build.
Some of you may have noticed by now that over the past six months, I have constructed a full size Lego costume of the Master Chief from the Halo series. It was by no means easy, and I had to put a lot of time and effort into completing it. It required more thought and patience than any of my previous LEGO projects, not that I have done that many anyway.
But I didn’t decide overnight to build a Master Chief costume out of LEGO bricks. The very base of the idea was probably inspired by Simon MacDonald’s (SIMAFOL) Boba Fett costume. Then it was after I saw some really amazing LEGO creations at my first LEGO convention, Brickworld, that I really seriously started thinking about it. At first it was just a fantasy, which is reasonable enough, I mean, come on, a full-blown LEGO Master Chief costume? It is pretty ridiculous. But when I started to take it seriously, I finally realized that it was possible, and I committed myself to it.
I put a surprising amount of thought into which part I would construct first, and I finally settled on the helmet because I thought that if I could do a convincing MOC of the Master Chief’s helmet, and be able to wear it, I could do the rest of the suit.
The helmet took more planning than any other element. I started in late October and spent many hours getting the necessary resources and devising what size to make the helmet in order for it to be proportionate with the rest of my body. I think that if I hadn’t done so it wouldn’t have looked nearly as good as it does. But after much planning, I finally started building. I’m generally a pretty slow builder, and I went through a lot of experimenting with parts while building it, particularly for the vents on the “cheeks”. I had decided to use a non-LEGO piece for the visor long before I started building, and I had already purchased a sweet looking motorcycle helmet visor with a nice gold sheen to it, and with a few modifications, it fit like a glove.
So, I had at last finished the first part of my suit, and it managed to garner a lot of attention. I had never really been blogged about before so I was overwhelmed. It was one of the most memorable moments in my LEGO building “career”, and I jumped for joy when I saw I was on the Wall Street Journal’s blog, and then GIZMODO, and a host of other websites including the good old Brother’s Brick.
After the initial reaction died down and all the bloggers finally stopped, I got to work on the most time-consuming part of the project: the torso armor. It was one the most challenging in that it had to be able to take a lot of punishment and look good at the same time. I tried strengthening it where I could, but it still wasn’t enough. After many catastrophic accidents, in which many naughty words were uttered, I decided that I had to use glue. Yes, it was a lazy thing to do, but I just thought “screw it all” and went ahead with it. But it worked, so I don’t see a problem!
I then managed to squeeze the belt in before Christmas break, but I still had a problem: how was I going to achieve the concave shape of the thighs and forearms? It was one day on the bus back from school when I had nothing to do that a solution came to me, and boy was I pleased when it did. It was actually really simple: construct two rings, but make them different sizes, and then construct supports between them that I could put different aesthetics onto. This would achieve the proper concave shape, as it causes the shape to narrow. But before actually building the thighs, I built the arms first and applied my newly devised technique on them.
I’m not entirely satisfied with the upper arms, as they appear a little small when compared to the Chief’s. But I couldn’t make them any bigger, otherwise I wouldn’t be able to flex my arm (plus I couldn’t bear the extra weight). And besides, it still looks good as it is.
The forearms actually came out surprisingly well, though they were prone to coming undone. The reason why was that I had made them a little too small, and so whenever I flexed they would come undone. To solve this particular problem, I attached three rings of Velcro to the inside of one section that could wrap around my arm, keeping the section in place. But, it also would squeeze my arm together, so it wouldn’t bulge as much when I flex, and the other section now stays snuggly attached.
Afterwards I bought a pair of nice Master Chief looking gloves, glued some plates to them, and then built the thighs. The thighs ate up more tiles (smooth plates) than I can count!
At this point the suit was getting pretty close to completion, although there were unexpected delays (Spring break, a small LEGO convention, me getting sick). But in between I managed to get some work in. I always knew that the legs would be difficult on account of their odd shape (take a look at them and you’ll see what I mean). The Master Chief’s leg armor bulges in the back in order to shape itself around the calves, and this was something I had feared doing since starting the project. An idea that I had thought of but didn’t believe would work was to first build a frame for the legs that would follow that actual shape of the Chief’s. Although it appeared crude, I had no other good ideas. So I went about building this frame, and realized that it could work. Yes, it took me several variations, but that was what I ultimately settled on.
It was the next week that the suit’s first trial came: the “LEGO fun at Lyndhurst” festival, a small local event organized by Arthur Gugick, which I have been attending for quite some time. I originally planned to just display the suit and not wear it. Not only did I wear it, I walked around the entire event. This proved that I could move in it without too much damage occurring (one lost piece and one part that came undone). Also, it stood up pretty well against LEGO’s main adversary, the hands of small and curious children. Also, the helmet went through quite an ordeal, having to be placed on the heads of around 100 children.
Now, there was only one thing left to do: the feet, the least interesting part to look at. But I still wanted them to be of the same quality as the rest of the suit, so I went about making the toe look nice and curved by using segmented plates. But you can’t expect me to not loosen up a little bit. If you look closely you can see bits of red and yellow showing through the gaps between plates. Also, for the rest of the foot, I seriously lowered my quality standards, but you can’t really tell because, like I said, who looks at the feet?
I have to say finishing it was sort of anti-climactic, especially considering I had built the coolest part of the suit first, and was finishing with the feet. I’m actually a bit relieved it’s done because I was getting pretty tired of it, and I’m not sure how much longer I could have gone on. But I am glad I did, because now I can say that I’m the only person to (successfully) build a Master Chief costume out of LEGO. :)
For more pictures, visit Ben’s Flickr gallery.
Master Chief is neither the most interesting nor my favorite character from the Halo universe, but he is lucky to have the honor of being sculpted in LEGO by Jack Marquez (Ewok in Disguise).
Though a bit foreshortened in this photo, the assault rifle is a nice build in its own right.