12 April 2016
Visionary ideas that could transform future NASA missions
... dynamic membrane spacecraft with a ultra-high power-to-weight ratio that can be used for the removal of orbital debris in low Earth orbit (LEO), a concept for reprogramming microorganisms that could use the Martian environment to recycle and print...
19 June 2017
"The most efficient rocket engine in the world" to be launched by ARCA
...to eventually use the engine in its Haas 2CA single-stage-to-orbit rocket (SSTO) – a rocket with exceptional mass ratio, that...SSTO Rocket is able to launch 100 kilograms of payload into low earth orbit at $1million per launch. One of the key factors ...
21 December 2020
Innovative design could see CubeSats "steam-powered"
... only two moving parts and delivers enough total impulse (1,800 Ns with 1 kilogram of water) to maintain a CubeSat in a Low Earth Orbit (LEO) altitude of 375 kilometres for more than five years. This represents a huge potential savings in satellite...
08 October 2020
Asgardia joins International Astronautical Federation
...CET), Lena De Winne will be moderating a high-profile session on the ‘ISS commercialisation and future industry innovation in low Earth orbit’, which will take the form of a conversation between industry leaders on how the International Space Station...
September 2017
Call for Australia to head back into space
... 3D printed rocket fuel. The company is developing a three-stage rocket capable of launching up to 380 kg into low Earth orbit. Initially, it may not be possible to do it alone, but over several iterations of the Talisman Sabre exercise, Australia...
September 2017
Australia’s ambitious home-grown space industry
...Myriota’s core-business is building small, self-contained modules that communicate directly with a constellation of low Earth orbit (LEO) satellites. Collected data is transferred to ground stations where all the transmissions received from thousands...
