Edinburgh CUBE
Optional Add-Ons
Engraved Plaque
(Stainless Steel)
Engraved Plaque
(Brass)
Display Cover
(Acrylic)
Display Cover
(Glass)
Dimensions
CUBE
18 x 18 cm | 7 x 7 inches
GRAND
Buy
BLOK
Buy
Grand
129 x 79 cm | 50.8 x 19.3 inches79 x 129 cm | 19.3 x 50.8 inches
(Can be mounted upright or horizontally)
BLOK
85 x 55 x 50 cm | 33.5 x 21.6 x 19.7 inches(L x W x H)
CitySculpt
Our unique process of creating 3D Data
Dubai Before
Dubai After CitySculpt
Aquiring High Quality 3D Data
Why not Google Maps?
Digital 3D data is the foundation of every model we produce, from the miniCUBE to the WALL. We often get asked why we can't use Google Maps?
There are several reasons for this, but in short, it's the wrong type of data. Google Maps utilizes scans based on satellite imagery, which are then textured - this means images are overlaid with images to show colors. The imagery actually conceals that the underlying data is very bumpy and uneven, making it unsuitable for 3D printing or any kind of production.
In several cities, Google data is unavailable. Take Dubai, for instance, which is represented solely by a flat image in Google Earth.
It's important to note that even if the data were usable, its use would still be definitively illegal.
That's when we came up with CITYSCLUPT!
The solution: Merging technology with manual skill
CitySculpt Process
Urban Layout Plan
The process starts with 2D urban blueprints. By utilizing fundamental open-data layout plans we outline the model areas and determine necessary data sources for generating the 3D data.
Looking down on the ISS
The satellites that capture the data for our models fly twice as high as the International Space Station, yet still produce crystal-clear data. By having access to the latest innovations from Airbus, NASA, and ESA, we are able to purchase very high-quality datasets that serve as the perfect base for our 3D city models. We use combinations of multiple datasets, depending on the density, topography and location of the city.
Time for manual skill
Cities are diverse and complex, which is why we now hand over the datasets to our skilled 3D data artists. The generated buildings are manually cross-referenced against sources such as Google Maps or building plans. We reconstruct missing structures, enhance details, and track upcoming developments. Additionally, we add parks, bridges, landmarks, railways, bodies of water, docks, elevated roads, highways, pathways, and statues to our models.
The unique miniature look
In the final step, we prepare and optimize the cities for 3D Printing. This is when the miniature look of our cities truly comes to life. By the time our models are ready for production, they are not just representations of urban landscapes, but vibrant miniatures that reflect the unique atmosphere and character of each city.Below you can find some before / after examples of the 3D data creation with CitySculpt.
Based on many years and thousands of hours of experience, we have perfected this process to create 3D cities that are truly unique.
Taipei
Before
CitySculpt
Magnetic Exchange Buildings
What Are Magnetic Landmark Buildings?
Some of our CUBE models include one or more iconic buildings that can be removed and reattached using a built-in magnetic system. These parts click into place with precision, adding a small interactive element to your model.
Why Magnetic?
The magnets allow for easy handling without damaging the model. If a landmark or antenna ever breaks, you can replace only that part instead of the full model. It also enhances the unboxing experience, as these landmarks are securely held but still removable.
Availability
This feature is exclusively available for the CUBE size. miniCUBE models do not include magnetic landmarks.
Supported Cities
Selected cities currently include magnetic landmark buildings. When you choose a city in the CUBE configurator, you’ll see a note next to the city name whenever magnetic landmarks are available. This is your indicator that the model for that city contains detachable landmarks.











