The year is 2021. We had no space themed models on our website, but we had numerous requests to launch (excuse the pun) models of rockets & space related vehicles. If you think about it, assembling a rocket sounds like a very boring task. At the end of the day it's just a tube...or so we thought.
After a few months of research and product testing we came across Emil's Falcon Heavy design, a 700+ piece, 60+cm model that we fell in love with. Emil's designs completely changed our minds and perspective on this captivating theme. What makes his models stand out from the rest is the incredible level of detail they offer, from the fuel lines & fins to the exterior core details and even the payloads.
To give you an idea of what we mean: Emil's Falcon Heavy rocket has, of course, a payload fairing. Can you guess what the payload is? It's a red Tesla Roadster, a miniature of the one that was sent to Space on Falcon's inaugural launch! That's the level of detail and out-of-the-box thinking that Emil puts into his designs. We think this example perfectly illustrates how fun & innovative Emil's designs are.
Since launching a part pack for his Falcon Heavy we've worked closely with Emil to build a our Space Collection, which is now the largest in the world. Although not all of our Space models are designed by Emil, his are the ones we always recommend. We try to launch all of Emil's designs, because, above all else, no other space themed models come close.

AN INTERVIEW WITH EMIL
To our fans & followers Emil is best known for his iconic rocket designs and we know you'd love to meet the legend behind the MOCs! Here's what he's shared with us in an interview about his background, models, passions and his unique design process.
As far back as I can remember I've always loved building with blocks, both at kindergarten/school and home where I had both sets and free-lying bricks which I used to reassemble into houses, vehicles, etc. to play with my sister. I've always loved building things, so blocks became the perfect medium for me to express myself creatively when I was younger, and that's still the case to this day.
In the beginning of 2021 I started designing what would become my first commercially sold design. Inspired by SpaceX's flight tests of their Starship prototypes I started creating some simple recreations of their rockets in Stud.io, which I had learnt to use for an earlier set modification.
As my proficiency with the program increased I was able to channel more of my creativity and adapt the building experience and techniques I had acquired over my years of building. The models improved each day to the point where I was happy to share their instructions publicly and then it just grew from there on.
I specialize in recreations of real rockets, particularly in 1:110 scale which is the same scale as the Saturn V set. But I've also undertaken the creation of some launch pads for my rockets, both to offer a nice display base, but also to challenge myself to create something different from the typical cylindrical and conical shapes found in my rockets.
What's a fun fact about you?
It's my biggest model to date, but most importantly the model I've poured the most time into, around 400 hours, which I hope you notice if you build it. It was one of the first models I began designing and it went through 10 major design versions over 1,5 years before reaching its current state. I learned so much while designing it and it's truly a behemoth when assembled (over one meter tall).
If you're looking for an introductory model which is a bit smaller I would absolutely recommend my Atlas V or Delta IV Heavy models, both hit the sweet spot of size/cost and impressive display abilities, while also being fun building experiences - plus they've launched some pretty famous probes!
Is there any MOC that you've always wanted to bring to life, but haven't had the chance to?

When I started out I took a lot of inspiration from MOCs of similar rockets, by the likes of Muscovite Sandwich, Eiffelman and Kevin Huang. This taught me valuable lessons on how to build the various diameters and which pieces were useful.
With time I picked up new techniques and developed my own based on my own priorities, such as rigidity, cost, ease of assembly as well as detail richness.
Today I'm part of a small community of other rocket model designers, where we inspire and help out each other to improve our models. Without them I wouldn't be where I am today.
Other than blocks, what are your hobbies?
Talk us through your process. How do you bring a model to life?

Once I've decided what to design, I always start by looking up the official measurements of the reference object, particularly height and width of each rocket stage.
This gives me an initial idea of how large the model will be and what technique I need to use to create a circle shape with the correct diameter.
Then I try to find measurement references and images from as many angles as possible to base my model off of, while also making myself familiar with the model and where everything is located.

The design work itself begins by making an outline of each stage and detail to give me a good sense of the size of the finished model. Then I often begin with the engine section, which is what the rocket often stands on, so it needs the perfect balance of looking accurate and being a stable base. From there I continue up and design the tanks.
There is a wide variety of techniques to recreate the various diameters, so in most cases I can use an existing one, but on certain occasions I'm forced to develop a completely new one. The choice often comes down to parts availability and cost, since the tanks make up a large bulk of the total piece count it's important that they use affordable pieces.

Then it's time for the most complicated part of each rocket - the nosecone(s). Getting the rounded cone shape is extremely tricky using available blocks, and takes multiple redesigns to get it to look right while also having to consider stability and leaving it hollow on the inside.
Lastly, it's time for the final details, this often also involves figuring out how each stage attaches, how detailed the engines should be as well as designing a payload that can fit in the fairing. When working at such a small scale, it's particularly important for me to add as many accurate details as I can to try and make the model come to life, which I know a lot of my fans appreciate.

All that's left after that is to order the pieces, and do a test build to confirm whether the construction is stable enough to both be displayed and lightly played with.
There's always something that needs to be modified in this last stage, something that doesn't attach well, or a tricky assembly that needs to be simplified.
Finally I take my time to design the instructions in Stud.io to have a thought-out build order and look as professional as possible.
What's your dream holiday destination?
It would have to be saxus' SLS rocket model which proudly stands in my collection with my own rockets. It's a massive model with some very clever building techniques. He is also a good friend of mine and has taught me a lot, especially in terms of designing with stability in mind.
Saxus' SLS pictured (left).
Currently, I'm working on adding the Starship hop prototypes to the collection ahead of the second Starship test flight. They will be followed by the R-7 family later this fall, which will include Sputnik, Vostok and Soyuz - three rockets with enormous historical significance.
But the project I'm most excited about is still in the planning stages, but it will likely be my biggest project so far as I'm planning to recreate Starship's Orbital Launch Tower (known as Mechazilla) to complete the Starship launch pad. I've wanted to design it for a long time, but I haven't been able to figure out where I would place it at home. However, after running a poll with my fans I found out the interest was massive, far exceeding my expectations. So now I'm almost left without a choice, I just need to find a good spot to place it in the coming months before I build it!