SCI provides unique, inexpensive scale models and kits representing real space-exploring machines. Picture one on your bookshelf, in your office, or in your classroom, revealing how space exploration works. In addition to our ground-breaking laser-cut paper SCI Kits, our website, www.spacecraftkits.com, offers STL files for you to download and use directly on your 3D printer, or send to any commercial 3D-printing service (such as Shapeways). Some of the STL files from SCI are free of charge to download, and some will cost you $0.99.
Now we've opened this SCI Shapeways Shop, where you can easily buy fully-printed articles with just a few clicks! All the guesswork has been taken out, and the items offered are promptly printed in the appropriate material, size, finish, and the best available color.
In 1987 SCI began producing spacecraft scale model kits using intricately laser-cut recycled card stock, with detail applied by foil-stamping and lithography. We were pushing the leading edge of commercially available technology with our requirements for highly detailed and intricate component designs. Now we are excited to be pushing the leading edge once again, this time with products in a whole new wave of technology: 3D printing!
Our Keck Telescope Scale Model is the first whole-model offering here in the SCI Shapeways Shop. There are three 3D-printed components: (1) Keck Telescope Upper, (2) Keck Telescope Lower, and (3) Keck Telescope Pier. The original, laser-cut version (http://spacecraftkits.com/Keck.html) is very realistic, but assembling it is time-consuming, and some steps can challenge one's patience and dexterity. Here, on our Shapeways SCI Shop, you can buy parts of that kit as fully-printed components. They are compatible with the original laser-cut Keck Telescope SCI Kit parts. With our 3D-printed components, you can save time and avoid delicate work, and have a very realistic and handsome dsktop model. Note: the mirror components from our laser-cut SCI Kit must be used to complete the 1:170 3D-printed version.
Our longest-selling scale model is of the NASA Voyager Spacecraft. The two spacecraft were launched in 1977 for a grand tour of the solar system, and as of 2019 they are still communicating regularly with their team of engineers and scientists on Earth, from beyond the heliosphere. On the SCI Kit Voyager model, the most challenging part, arguably, is its dish antenna, which Voyager uses for communicating with Earth, and to carry out various radio-science experiments. (Additionally, on February 14, 1990 Voyager 1 used its HGA as a sun shield while taking the famous "Family Portrait" of the solar system.) In 1987 when we introduced the Voyager SCI Kit, its High-Gain Antenna, HGA, main reflector dish was represented by a circle of laser-cut paper that folded into a shallow cone. It was minimally realistic. Since 1994, the kit (http://spacecraftkits.com/Voyager.html) includes a styrofoam dish instead. Its shape is not parabolic, as it should be, though the difference is hardly noticable. Still, though, the laser-cut paper versionHGA assembly has five additional paper parts to contend with. Now, in our Shapeways Shop, the whole HGA assembly is available as one piece. It includes the main reflector with the sun-sensor port and the feedcone, the tripod and subreflector, and the low-gain antenna and waveguide. Plus, the main reflector has the appropriate parabolic shape.
The other challenging part of the Voyager SCI Kit model is its Magnetometer Boom. On the spacecraft, this fiberglass boom extends 13 meters from the magnetically noisy central spacecraft equipment. The paper version is very frail, and it can develop a sag over time, especially in damp climates. So now the Voyager MAG Boom is one of the items for sale as a 3D print in our Shapeways Store. For full-length to scale on the model, glue two of the MAG Boom pieces together.