Looking back, 2015 was an incredible year for Space and Mars. I think that one day people will look back at the current time in the 2010’s as exciting for Space as the 1960’s – but this time the development is deliberate and for the long haul. Heavy lift launchers (yes, plural) are being developed, manned spacecraft (also plural) are nearing flight, re-usable boosters (also plural) were launched and recovered, and discoveries were made across the solar system from Mars to Pluto.
SpaceX went from a loss to an incredible return to flight, all within a span of 6 months, ending with a historic return to base of a perfectly re-usable first stage. I think this is the space travel equivalent of the computer chip and the steamship in terms of cost reduction – an innovation that will change the economics of space flight from the realm of government programs to ordinary commerce.
I’ve been in the aerospace business for decades and seen many ideas of recoverable boosters come and go, and listened to how SpaceX’s ideas were “clever PowerPoint presentations that couldn’t be done” – but there it is sitting quietly on back on the pad in Florida! Unlike previous attempts at re-usability, such as the Space Shuttle, that required fleets of ships and armies of technicians to virtually rebuild the craft – and the engines – after each flight, the Falcon 9 booster was reportedly ready to fuel up and go again. This could get interesting.
NASA demonstrated what they do better than anyone – jaw dropping execution of deep space exploration – with flybys of both Ceres and Pluto – both dethroned planets. (Ceres used to be the ninth planet in old 19th century school books before Pluto was discovered). Pluto was amazingly complex for a “frozen world”, and the data gathered during the brief New Horizons flyby will take months to download.
Even the department of energy got into the space act, with the first trial runs of Pu238 production in 30 years, in order to help NASA prepare for future deep space missions, including the 2020 Mars Rover.
And then in an unexpected turn, Congress even gave NASA $1.3 billion more than requested, to a total of $19.3 billion.
Closer to our hearts, liquid water was confirmed below the surface of Mars – close enough to the surface be observed from space. Given that no natural body of water on Earth is devoid of life, this raises some exciting possibilities. As we learn more about how widespread easily accessible water is on Mars, the more NASA is moving to in-situ resource utilization (ISRU) using groundwater directly rather than the use of hydrogen brought from Earth combined with the Martian atmosphere, the process Bob Zubrin first brought up in The Case for Mars – a change that uses the recent discovery of water on Mars to simplify mission architecture and vehicle size.
Lastly, the Mars Curse was broken! At last, a big budget, top notch, well done, popular movie about Mars exploration, “The Martian“, came to theaters to positive reviews and box office. And it even was realistic – no aliens, zombies, or chattering monkeys (Robinson Crusoe on Mars anyone?).
There were some disappointments – the delay of InSight due to a leak in its drill cover from the planned 2016 launch is a big one.
If there were no failures, we wouldn’t be trying hard enough.
Next Year promises to keep the pace moving forward: Juno will orbit Jupiter – the first deep space probe without nuclear power, the Falcon 9 Heavy is expected to make it to flight, and ExoMars will (hopefully) launch to Mars. We’ll see if SpaceX will re-fly a returned booster, and we will be very close to the first manned launch form US soil in a long time – SpaceX’s dragon is expected to fly manned in early 2017.
We’re seeing a growing consensus that manned Mars missions are not only the logical ultimate destination of America’s space program, but a realistic near term one, and one we need to start preparing for… now! We could have at least four orbit capable US made manned space vehicles (Orion, Dragon, Dream Chaser, and the CTS-100) coming online, a continuous manned presence on the ISS, two heavy lift launchers (SLS and Falcon 9 Heavy) in development, several man-rated US designed rocket engines in production or development (as opposed to zero for the last few decades), instrumentation for the Mars 2020 lander – which will be part of the Mars Sample Return, as well as a Europa orbiter in development. Curiosity, Opportunity , MRO, and all of its friends are still on station and in operation. What will the find in 2016?
It is a good time for space…..
Closer to home, the National Mars Society had a great convention in DC, and seems to have settled on the location (the National Catholic University) as we will have it there next year – I think the first time we will ‘double up’ on locations. The date will be later in the year in order to better suit students (and bring cooler weather!). It was a great convention, with top-line speakers and debates ranging from Mars One to Viking data results. It was good to see April and the crowd from McClellan again!
Our Moon (Mars) Day exhibit was another popular hit with another record attendance – and we expect 2016 to be even more so. Looking forward to working all the ideas to make it even better.
The University Rover Challenge had another record setting year, with 40 teams registering and over 20 showing up. This year we have over 60! URC is expanding across the globe, and for the first time we will split the competition into two classes to handle the crowd. We need more volunteers not only to go to Hanksville but to help during the year (hint hint!).
The Dallas Regional Science and Engineering Fair was fantastic, as it always is, and we had a first group outing to see the Martian together. Overall, it was an active and productive year!
Besides all the ideas for group outings, we may bring in more ‘outside’ speakers to our meetings – don’t miss this January’s meeting (Jan 31) for a discussion on ‘Hilton Hotels in Space’.
May this year be even better than the last!
Webmaster’s note: I also updated the theme of the website and improved the commenting system with Disqus. – Greg