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The ISS orbits the earth every 90 minutes at about 17,500 miles per hour at an altitude of about 260 miles and can be seen with an unaided eye in the night sky. The first module launched in November 1998 and has been continually manned since November 2000. It is an engineering marvel supported by 15 countries, and has been a proving ground for cutting edge research.
This kit contains 3D printed, resin, styrene, and photo-etched components. It is highly detailed and was designed to allow all appendages (solar arrays, truss components, radiators, robotic arms) to fully articulate. The robotic arms can be repositioned around the exterior of the model at specific grapple points, similar to the real ISS. This kit includes eight visiting vehicles (crew and cargo) that can be interchanged with a number of external ports. This kit was also designed to allow the modeler to build any configuration of ISS-from anytime during the assembly phase, through mid-2024.
The ISS orbits the earth every 90 minutes at about 17,500 miles per hour at an altitude of about 260 miles and can be seen with an unaided eye in the night sky. The first module launched in November 1998 and has been continually manned since November 2000. It is an engineering marvel supported by 15 countries, and has been a proving ground for cutting edge research.
This kit contains 3D printed, resin, styrene, and photo-etched components. It is highly detailed and was designed to allow all appendages (solar arrays, truss components, radiators, robotic arms) to fully articulate. The robotic arms can be repositioned around the exterior of the model at specific grapple points, similar to the real ISS. This kit includes eight visiting vehicles (crew and cargo) that can be interchanged with a number of external ports. This kit was also designed to allow the modeler to build any configuration of ISS-from anytime during the assembly phase, through mid-2024.