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Here is an interesting press-release from LEGO that was posted a few days ago; the LEGO Group launches BETA ‘Build Together’ experience, a fan-built innovation that provides new ways to physically build LEGO sets together as a group. Details below.

The LEGO Group unveiled a new BETA building experience that will soon be available on the LEGO Building Instructions app, called Build Together. The innovative feature opens a new dimension of interactive building, designed to multiply play value while turning LEGO building into a social, cooperative activity, that both families and friends can enjoy together.

LEGO Fan Dominik Brachmanski from Germany is the mastermind behind the idea, which is now being rolled out globally as a BETA version with the aim of testing and gathering valuable insights on how to optimize this interactive experience before potentially scaling and adding more products. The BETA experience currently supports six LEGO sets (with more to come) and will be available in all languages supported in the LEGO Building Instructions app. The experience is going to be promoted to English-speaking markets only.

“I originally started playing with the idea of a new co-building experience back in 2017, and since pitching it to the LEGO Group in early 2020 it’s been an honor to oversee the many iterations that have helped shape the feature to where it is at now. It’s been a long time coming and I’ve been fully determined to see this project through, but it’s only been possible thanks to support from members of the AFOL community, close friends, and people within the LEGO Group who believed in the idea and contributed to it,” says Dominik Brachmanski, LEGO Fan and Inventor of Build Together.

“There’s a saying: If you want to go fast, go alone. But if you want to go far, go together. I am excited to discover, where the journey will go from here and I hope “Build Together” will entertain and inspire many people out there,” Brachmanski continues.

The experience can cater to a group of players of up to five people. Each builder needs their own smart device, either a phone or tablet with an active data connection to download the Building Instructions app if they don’t already have this installed. The team will need one of the Build Together Enabled SKU’s to connect to a session. Players will then have to scan the QR code on the physical building instructions booklet to join together as a team. Once everyone has joined the session they can start building together!

The Build Together experience personalizes the steps to each connected builder and will continue to give new tasks as soon as they have finished one. During the build, each person will be told to pass a mini build on to one of the other builders for them to then progress the build. In the end, the final model will be exactly the same as if had it been built the traditional way.

“When Dominik shared the idea of enabling LEGO sets to be built together with more people in a new social and engaging way, we immediately thought this was a great invention that we wanted to make available to many more fans. It’s been a pleasure maturing the experience in close collaboration with Dominik who during the development phase provided his technical skills and understanding of the algorithm behind the experience to evolve the concept further with our consumer insights and design support,” says Sisse, Open Innovation Insights Manager, the LEGO Group.

Sisse adds: “Thanks to a strong collaboration with Dominik it’s been a really smooth and fun ride getting to this point, and we can’t wait to see how fans take to this new experience. We hope that the learnings and insights from this BETA will show that there is a real appetite from our fans to scale Build Together.”

The forthcoming holiday season makes for the perfect occasion for friends and families to try the experience out by having fun whilst unlocking essential skills such as collaboration and communication along the way. The BETA will be live from December 13th and fans can read more about the experience here. Here is the list of products supported during BETA:

What do you think? How do you like the idea of building together with others using the LEGO Building Together app? Is this something you see yourself using? Feel free to share and discuss in the comment section below!

And you might also like to check out the following related posts:

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(Written by Geneva – gid617)

Last week I showed you the large underwater and above water landscape I built from the recent waves of LEGO Ninjago sets (see: LEGO Ninjago The Island & Seabound Sets Combo), and I promised that we would take a closer look at the techniques I used to create it!

We’ll start with the biggest part of this creation: the massive rock wall.  Sideways rock is my go-to technique for tall cliffs because you’ll often see horizontal lines in natural rock formations.  You can also get a lot of mileage out of ordinary dark-grey bricks with this kind of technique, instead of having to rely on slopes.  Besides bricks and slopes, I used a bunch of large dark grey rock panels turned sideways.

Lately, I’ve been using a “slinky rock” technique originally developed by Eli Wilsea.  My version uses LEGO Technic axles running through bricks with LEGO Technic pin holes in them.  I alternate between layers of various thicknesses.  This technique can be very sturdy, but I didn’t want to waste dark-grey bricks, so most of my layers aren’t attached by more than a couple studs.  (If you’d like to know why they’re called “slinky rocks”—you’ll see in the video below!)

You can get a closer look at the way these rocks are built here inside the pillars.  I used some 1×2 bricks with two holes and some with only one hole in the center, allowing for half-stud offsets between layers.  Also, most of the layers rotate freely.

The top layer is extra thick, so I can end with a completely dark-grey top that covers over my axle nicely.

Although I relied on this technique for most of the rockwork in this build, I do have one long slab of bricks around the corner.  I did this mostly to get more out of my longest dark-grey pieces!

Now that we’ve seen how the rocks were built, let’s see how I used them to support the dragon and submarines.  The #71754 LEGO Ninjago Water Dragon is attached to the cliff face by four studs.  I didn’t think this would be enough but turns out the dragon really isn’t that heavy.  So since there was no need for me to tear it halfway apart in order to embed a LEGO Technic axle inside it, I didn’t bother.  Four studs did the trick instead.

The support system for #71752 LEGO Ninjago Ninja Sub Speeder is more elaborate.  I attached light-grey axles between two pillars of rocks in order to give it a resting spot.  The submarine puts plenty of pressure on the axles, but they handle it well and bend without breaking.

The #71756 LEGO Ninjago Hydro Bounty is right underneath Jay’s submarine.  For the most part, it just rests on the ground, but I did attach a few bricks to its base and left a hole in the rock for them to fit into.  It’s not attached, but this arrangement keeps the Bounty from sliding out of position.

The smaller submarines are attached to the rock using a few bar and clip connections.

We’ve already caught a glimpse of what the inside of my giant rock looks like, but here’s a complete view where you can see just how hollow it really is.  In fact, for the size of this creation, it’s unusually light.  I trusted the rock walls themselves to provide most of the support for the island layer and only built the bare minimum for internal support.

The next technique to talk about is the water.  There are four layers in my water—two layers of trans-clear 1×2 plates, a layer of 1×1 round trans-light-blue dots, and finally a layer of trans-light-blue 1×2 tiles.  I definitely ran out of pieces building this water; I had hoped my collection would hold out for a couple more inches of water all the way around the island, but there was no way!

Lastly, there are two things to point out about the coral and seaweed.  First of all, I got some great advice from another builder, who suggested I try warm red and yellow colors, in order to make sure my seaweed wouldn’t camouflage the sets.  That worked great and helped keep the above and underwater visually distinct too.

Secondly, a good tip when you’re building coral or really any kind of plant; find a few pieces you have a lot of and see if you can combine them in a plant-like way.  In this case, I used flowers and quarter tiles, elephant tusks and gold round plates, and twigs and minifigure hands.  But I’m hardly exaggerating at all when I say that a few dozen of any LEGO piece makes good coral.  It’s especially good if you can combine two or more similar pieces for an assembly and then repeat that many times.

If you’d like to see some of these techniques in more depth, I put together a short video to explain more!

Building a habitat for these Ninjago sets was a lot of fun and I was able to flesh out some techniques that I’d only dabbled in before, like the slinky rocks and the seaweed!  But I think the best part was planning the colors in order to make the whole creation as eye-catching as possible.

The sets I used in this build are #71750 LEGO Ninjago Lloyd’s Hydro Mech#71754 LEGO Ninjago Water Dragon#71747 LEGO Ninjago The Keepers’ Village#71745 LEGO Ninjago Lloyd’s Jungle Chopper Bike#71746 LEGO Ninjago Jungle Dragon#71756 LEGO Ninjago Hydro Bounty#71752 LEGO Ninjago Ninja Sub Speeder, and #71755 LEGO Ninjago Temple of the Endless Sea.  You can find these sets in the LEGO Ninjago section of the Online LEGO Shop.

What do you think?  Are any of my techniques here new to you?  What would you have done differently if you’d been building a habitat for these sets?  Is there any technique you wanted to know about that I didn’t explain?  Feel free to share your thoughts or ask questions in the comment section below!

And you might also like to check out the following related posts:

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