Open The Doors

Creating a platform like SpaceBoard is obviously nothing which can be done during one night. Believe us, we tried. But every time we thought we came closer to a state which can be presented publicly, we thought of a billion additional things which were just too cool to miss out. There are endless possibilities with such a platform and we found it difficult to decide which features to include already on Day 1. People we have been talking to, especially those to whom we shown a sneak peak of our website, have been positively urging us to finally launch our service. It is now with pronounced pleasure that after our first extensive, rewarding and joyful development period we can present SpaceBoard - THE SPACE NETWORK to you.

America's Gateway to Space: LC-39A

The iconic launch pads, Pads 39A and 39B at Kennedy Space Center’s Launch Complex 39, have been the starting point for many space flights including the first manned lunar landing. The original design for Launch Complex 39 called for three to five launch pads, designated 39A – 39E, that would have been spaced approximately 1.6 miles apart to protect them from damage if any mishaps occurred at an adjacent pad. Also part of Launch Complex 39 is the Vehicle Assembly Building, or VAB. Towering more than 500 feet, it can be seen easily from miles away. The Launch Control Center, or LCC, where all the launch controllers, support personnel, and equipment required to safely launch a vehicle from either of the launch pads is also a part of the large complex.

Hypercell: The Future of Space Architecture?

As humanity explores beyond our Earth we will need new systems to adapt to our life in space. We envisage colonies on the Moon and Mars and will need to plan new structures and what such buildings may look like. We may wish to easily transform satellites to respond to changes and build new structures in space that can easily adapt on command. Spaceoneers spoke with Pavlina Vardoulaki, who together with her team at the Design Research Laboratory at the Architectural Association School of Architecture in London developed a self-assembly system that allows cubes to be reconstructed on demand. These “Hypercells” are dynamic and can respond to changes in their environment. Every cell can make its own decisions and has the ability to climb, roll and change its shape. A number of cells can come together without pre-defined instructions to form larger structures.

What You Will Read on SpaceBoard Radar

SpaceBoard is on a mission to reinvent the way individuals and organisations from the space industry interact. We are convinced that the development of a professional network built from the ground up to serve all space industry players will have the ability to bring our global community closer together on one powerful online environment. Today, marking another step forward towards the platform’s public release, we introduce Radar, a new outreach channel to provide quality articles reflecting SpaceBoard's take on various space topics.