...access is problematic due to both technical and physical challenges. Latency is significant and there would be no coverage in polar regions. At 36,000 km altitude, it takes the information about 200 milliseconds to be transmitted from the user to the...
... out in the Clarke geostationary arc, provide near instantaneous warning of severe storms and weather patterns. In lower, polar Sun-synchronous orbits of some 500-800 km we have hundreds of moderate and high resolution satellites constantly mapping...
...on the military consequences, the additional pieces of space debris caused by the destruction of the Fengyun FY-1C polar orbit satellite at such a strategically important altitude raised significant concerns. Computer graphic depicting a future solar...
... was a puzzling discovery because Mercury was thought to be too small and rotating to have one. Mercury’s north polar region, coloured by the maximum biannual surface temperature, which ranges from >400K (red) to 50K (purple). Mariner...
..., Integration and Testing (AIT) consortium of industries to produce navigation satellites and a Joint Venture (JV) for producing the Polar Satellite Launch Vehicle (PSLV). These strategies are possibly the next step in closing the gap between...
... monitoring, mining, outback communication, finance, border control and the surf report. Australia needs its own polar orbiting satellites. A space agency serves several roles. It creates coherence across a complex sector by coordinating and...