There’s a small file on my desktop and in it is the list of all the games I intend to review. It’s also a file of missed opportunities, listing off the games I thought would be worth a look in but never got a chance to play. Many of the games have been in there for quite some time, long enough that I often forget what made me put them there in the first place. ADR1FT is one of those games and, whilst you can probably guess why I put it down, I certainly don’t remember it being billed as a walking simulator in space. Regardless ADR1FT is best described as the unofficial game of the movie Gravity, even if it was conceived long before the movie’s release.
You awake in your spacesuit with destruction all about you. Something’s happen, something bad and your spacesuit is quickly losing oxygen. Worse still your suit’s propulsion system is broken, forcing you to use the very oxygen that’s keeping you alive to move around. There’s only one path to safety and that’s to revive the crippled station to the point of being able to launch one of the escape pods. To do so however you will have to traverse the wreckage of your once mighty craft and find out just what caused this catastrophe.
ADR1FT has a beautiful, futuristic aesthetic to it. The undamaged parts of the space station are almost exactly as you’d expect them to be: clinically clean and densely packed together to make the most of the limited space. It’s interesting then to contrast them against the utter destruction that abounds outside with pieces of space debris flying around everywhere. This is most certainly done as an aide to the overall plot, giving you a glimpse into the past which has now been shattered. Of course the best visuals come when you take yourself far away from the station and take in the glorious vista below. That might just be the space nerd in me though.
ADR1FT is, well, I guess you’d call it a space-walking simulator since you don’t do any actual walking in it. Your job is to repair the space station’s various subsystems in order to activate the escape pod that can take you back down to earth. To do this you’ll have to repair at least 3 critical subsystems, all of which require the same routine of activating the mainframe, manufacturing a new core and installing said core into the mainframe terminal. The challenges you’ll face between each of those will be different, depending on what arm it was (organics, navigation, power, communication) but it will all come down to the same mechanic: trying not to bump into anything and not running out of oxygen.
Navigating the environment is more challenging than you’d think it would be, mostly because it seems like your spacesuit is made out of paper. Any slight bump is enough to send cracks across your screen and turn the UI into a wobbly mess, making the already taxing task just that much more different. To the developer’s credit though this does work as a good motivator to not hit anything and you’ll likely improve rapidly. The movement mechanics are mostly accurate when it comes to movement in space however there are some limitations which prevent you from speeding through everything. For long time walking simulator players this probably won’t come as much of a surprise as it’s par for the course in this genre.
That slow speed however does make it a rather tedious affair at times, especially when you get turned around or misjudge where you’re supposed to go next. Done correctly I’m sure the game could be completed in as little as 2 hours however it’s quite likely you’ll get lost enough that that time is doubled. This would be ok if exploration was rewarded aptly but in ADR1FT it unfortunately isn’t. Sure you might uncover an audio log here or another collectible there but it’s not enough to drive you to do it more. It’s a shame because the voice acting and writing are quite well done, there’s just not enough of it to make me seek it.
As I mentioned before the main plot of ADR1FT is driven through various pieces of dialogue drip fed to you through audio logs and walls of text hidden throughout the environment. There’s enough to get a sense of what could have led to what happened on the space station but some of the larger questions are left unanswered. It’s a shame as there’s a lot of potential avenues left unexplored, some of which could have given the story a lot more depth and interest. Indeed it feels like ADR1FT falls into the same trap that many similar games have done in the past: letting the game mechanics get in the way of telling the story. If more of the main story was fed through more accessible means I’m sure I’d be singing a different tune.
ADR1FT is a gorgeous space-walking simulator but little beyond that. The infinite expanse of space is expertly contrasted against the almost claustrophobic interior of the space station, giving you a sense of what came before and where you must go. The space walking is done well, with the expected kinds of limitations put in place for this genre. Unfortunately this slow movement hides much of the game’s dialogue which hampers its impact significantly. Overall I feel that ADR1FT is a well crafted game, and one worth playing just for the glorious views it provides, but unfortunately doesn’t deliver much more beyond that.
ADR1FT is available on PC right now for $19.99. Total play time was approximately 4 hours with 45% of the achievements unlocked.
It was just on a year ago today when China made history by becoming one of the few space faring nations to have a manned presence in space. Sure it wasn’t particularly long with the taikonauts staying on board for just over a week but it still demonstrated that they were quite capable of doing everything that other nations have. That’s made all the more incredible by the fact that they have essentially built this program from scratch in just over 20 years at a fraction of the cost. Ever since then I’ve been waiting to hear about their next (and final) mission to Tiangong-1 as that would demonstrate their ability to repeat what they’ve done.
Today they’ve done just that.
Shenzhou-10 launched early this morning carrying with it 1 returning taikonaut (Nie Haisheng , Shenzhou-6) and 2 first comers including China’s second female taikonaut. The mission profile is much like the Shenzhou-9 with the crew spending 15 days in orbit with the majority of that being aboard Tiangong-1. Primarily they’ll be engaging in technological and scientific experiments but they’re also doing some outreach programs with Wang Yaping conducting some lectures live via television broadcast. Once their mission has been completed and the taikonauts returned to earth Tiangong-1 will be de-orbited in preparation for its upcoming replacement Tiangong-2.
I’ve said it several times before but it bears repeating, China is doing some really impressive work here and they’re doing it at an incredible pace when compared to previous endeavours to do the same. Sure, there’s a little bit of standing on the shoulders of giants here (thanks to their initial technology deal with Russia) but being able to launch a space station, perform unmanned missions and then 2 manned missions to it all within the space of 3 years is incredibly impressive. Tiangong-2, scheduled for launch for later this year, expands on the capabilities they developed further and should that prove successful that will pave the way for their first modular space station in the form of Tiangong-3.
Whilst I’m never going to be against more space stations the fact that the Tiangong series of craft exist can be directly traced back to the USA’s inability to work with China on anything space related. That may have made sense 3 decades ago but China has demonstrated pretty clearly that they’d have a lot to offer a joint space mission like the International Space Station. I’d even hazard a guess that the Tiangong/Shenzhou modules would be compatible with much of the ISS given their Russian technology roots or would likely only require minor modifications. Who knows, come 2020 when Tiangong-3 starts getting built we might see some collaboration from other nations but I don’t like our chances if the US gets involved again.
Despite that I’m all for the progress made by China as the more options we have for getting to and staying in space the better. The future of missions like this is looking to be increasingly private however, with companies and SpaceX and Orbital Sciences doing missions at a cost that even China says they can’t match. That’s a good thing however as it will allow them to focus on pushing the boundaries even further, taking on projects that will be truly awe inspiring.
There’s been something of a goal shift within the space industry recently. For quite a long time the focus was on returning to the moon and establishing a presence there which was born out of George W. Bush’s Vision for Space Exploration. However since then the goals of NASA, and indeed the goals of the most promising private space company, have shifted from going back to where we once visited to charting a course to virgin territory. Whilst its entirely possible that both NASA and SpaceX are just looking to capitalize on the attention that’s been focused on the Mars Curiosity Rover by announcing plans to send humans to our red sister there’s no denying that both of them are seriously considering the idea and it seems NASA might be looking at some rather radical ideas.
There’s been quite a lot of talk about what the best way to get to Mars would be and most of them involve a way station of some sort, something close to Earth that we can use as a staging ground whilst we prepare for the actual mission. The ideas have ranged from simply using the International Space Station to establishing a base on the moon. NASA has recently started investigating the idea of putting a base out at L-2 (Lagrange Point 2), beyond the orbit of the moon. Such a base would provide quite a few advantages and not just to potential manned missions to Mars.
You see the Lagrange points are special places where the gravitational effects of all the nearby bodies balances out so that you don’t really need to do a heck of a lot to remain there indefinitely. That’s quite desirable because it means you have to take up less station keeping equipment and fuel with you, making room for bigger and better payloads. It’s for this (and numerous other reasons) that the Hubble successor, the James Webb Space Telescope, will be placed at L-2. There’s also one other advantage to L-2 as well and that’s the fact that you don’t need very much energy to get anywhere in our solar system once you’re there, especially if you time it right and get some lovely gravitational boosts along the way.
Putting a station there and maintaining it would be no small feat however. At L-2 you’re well outside the protective magnetic field of Earth which means that any potential space station has to be heavily shielded against the solar winds and cosmic radiation that will bombard it relentlessly. This either means a much smaller single launch station (ala Salyut and Skylab) or multiple successive launches. It’s not an insurmountable task but it’s definitely a step up from the ISS in terms of complexity and investment required. The L-2 location also makes getting to and from the station much more complicated than getting to the ISS or even the moon and that raises questions about how to handle things like emergency situations and resupply flights. Again there’s no technical limitation to this but you’re well into envelope pushing territory when you’re working out a L-2.
At the same time though I do believe that if you’re considering a base at L-2 you’d also better consider doing something similar on the moon, especially if landing on other planets is your end goal. You see we do have quite a bit of experience in building space stations and a base at L-2 would be an organic progression of that. However what we don’t have is any experience in building habitats on the surface of other planets and the moon, with its lack of atmosphere and harsh environment, would be an amazing test bed for potential habitats on other planets. This is not to say that a moon base is better than something at L-2, they both have their pros and cons, just that if L-2 is a consideration then the place 1.5 million kms before it might not be a bad idea either.
I think the most exciting thing to come out of all of this is the fact that NASA is investigating some things which really are pushing the limits of our capabilities in space. I’ve long said that this is where they need to be focused as the private space industry has shown that they’re quite capable of doing the day to day stuff which should leave NASA’s budget free to do some really incredible stuff. With that finally happening I could not be happier as it means that we’re not that far off from becoming an interplanetary species.
In principle, at least.
I’ve always felt that China’s exclusion from the International Space Station project has been a huge misstep on the USA’s part. Sure I can understand that there are some concerns, as there always are with any international co-operative effort, but the fact is that China really did have a lot to offer the ISS even if it wasn’t anything that the Russians could provide. Exclusion from such a project has sent them down their own path of space exploration and the last decade has shown that China are not only capable of putting their own Taikonauts up there but they’re also quite adept at pushing the boundaries of their capabilities much faster than governments have done in the past.
It was just on 9 months ago today that China launched their own space station, Tiangong-1. It didn’t take them long after that to launch an unmanned Shenzhou capsule and dock it with the space station, verifying that all the systems required for humans to be able to visit the station were in place and functioning correctly. 4 days ago saw the launch of Shenzhou-9 carrying with it 3 Taikonauts (including China’s first female space fairing citizen) with their destination being none other than Tiangong-1. Yesterday saw them dock and for the first time in history China now has a manned space station in orbit.
The total mission time for Shenzhou-9 is about 2 weeks giving the taikonauts around a week or so aboard Tiangong-1. In that time they’ll be doing some medical experiments and studying the development of butterflies in a microgravity environment. Realistically the payload of this mission is the taikonauts themselves and this just serves as a shake down of the systems aboard Tiangong-1 ahead of future missions that will visit it and it’s successors. There’s one more manned visit planned after this one concludes currently scheduled for some time next year, after that Tiangong-1 will be deorbited and then replaced by upgraded versions of the craft. Ones which will form the basis of their permanent space station.
China has made a lot of progress in the past couple years and it looks like they’re not about to stop any time soon. Whilst I don’t believe that their achievements will see them end up being contributors to the ISS it will put pressure on the USA to relax their rules around co-operation with them as their original reasons (that China had nothing to give the program and would only take) really don’t hold any ground anymore. Of course that’s never stopped anyone from holding on to an irrational point of view before and I don’t expect it to change any time soon.
It’s really quite exciting to see so much development in space exploration even if it isn’t new territory. Governments competing with each other for space supremacy is how we landed men on the moon before we had modern computers and China’s incredible efforts to get a foothold in space could spur on another race of similar magnitude. If I’m honest I do wish that this wasn’t the case, I’d much prefer them just to do it for the sake of doing it, but nothing gets superpowers moving faster than the potential for their pride to be hurt. With an election on the horizon there’s ample opportunity for the upcoming Presidential candidates to start affirming their commitment to being the leaders in space and hopefully we’ll start to hear them doing so soon.
China really has come out of no where in the past decade in terms of space capability. 2003 saw them launch their first taikonaut into space aboard Shenzhou 5 and they quickly followed that up 2 years later with another manned orbital mission that lasted 5 days. Just 3 years after that China then completed their first extravehicular activity (EVA) showing that their ability to develop their capability rivalled that of other nations that had gone before them. Sure they might have bought some of technology from Russia but they’ve improved nearly every aspect of said technology, making it far more capable that it ever was.
Apart from Russia other space faring countries have been somewhat apprehensive in cooperating with the fledgling space nation. The general sentiment is that they wouldn’t have anything to gain and they’d only be helping them (which is ludicrous, considering the improvements they made to all the Russian tech they bought). This has extended as far as the International Space Station not having one Chinese national visit it, leaving China on their own when it comes to developing space technologies. To that end China just today launched their very own space station, Tiangong 1:
China launched their first space station module into orbit today (Sept. 29), marking a major milestone in the rapidly expanding Chinese space program. The historic liftoff of the man ratedTiangong 1 (Heavenly Palace 1) space lab on a Long March 2F rocket took place at 9:16 p.m. local time (9:16 a.m. EDT) from the Jiuquan Satellite Launch Center located in Gansu province in northwest China and is an impressive advance for China.
The beautiful nighttime liftoff occurred exactly on time and was carried live on China’s CCTV and on the internet for all to see. Chinese President Hu Jintao and many of China’s other top government leaders witnessed the launch from the launch control center as a jesture of confidence and support. Their presence was a clear sign of just how important China’s top leadership considers investments in research as a major driver of technological innovationthat is bolstering China’s vigourously growing economy and employing tens of thousands of people.
As a space station Tiangong 1 is a diminutive craft having only 15m² worth of pressurized volume. Within that space though it has sleeping quarters for a crew of 3 and exercise equipment. The life support systems are capable of hosting a crew for missions up to 40 days in length although that capability won’t be tested for a while. The next Shenzhou mission will be visiting the Tiangong 1 space station however it won’t be manned as it will just be a docking test flight. The following 2 missions will bring crews aboard the space station and they’ll remain in orbit for longer durations each time. After those missions Tiangong 1 will be de-orbited in preparation for the next Tiangong station.
The way China is progressing their technology is distinctly Russian in their origins. From 1971 to 1982 Russia’s Salyut program (which formed the basis for Mir and the ISS) used a similar method for testing equipment and expanding capabilities. During that program a total of 9 Salyut space stations were launched, visited by crews and then de-orbited at the end of their life. It’s a distinct difference from the American way of doing things which is to launch a much larger craft and keep it up there for as long as possible, ala Skylab. Adopting the Russian style of envelope pushing means China can iterate on their designs faster and improve their technology more quickly, which they’ve shown they’re quite capable of doing.
For the launch the International Astronomical Union presented taikonaut Zhai Zhigang with 300 flags that had previously flown on a Russian Soyuz as well as the last space shuttle mission. It might seem like a small gesture but it’s an indication that the world is starting to take China’s endeavour’s in space seriously and will hopefully begin to include them in their cooperative efforts. China has proved they’re quite a capable nation technologically and ignoring them would be doing us a major disservice.
The future of human space exploration is looking ever increasingly bright and China’s success with Tiangong 1 is just another sign of this. Hopefully their success spurs on the space superpowers of old to start innovating faster than they currently are as nothing gets people excited about space more than giants battling it out for technological supremacy. It’s quite likely though that the real competition will come from private industry and that’ll be quite a show to watch.
There’s a saying amongst the space enthusiast community that the shuttle only continued on for so long in order to build the International Space Station and the ISS only existed so that the shuttle had some place to go. Indeed for the last 13 years of the shuttle program it pretty much exclusively visited the ISS taking only a few missions elsewhere, usually to service the Hubble Space Telescope. With the shuttle now retired many are looking now looking towards the future of the ISS and the various manned space programs that have contributed to its creation. It’s now looking very likely that the ISS will face the same fate as Mir did before it, but there are a multitude of possibilities of what could be done instead.
Originally the ISS was slated for decommission in 2016 and with it still not being fully constructed (it is expected to be finished by next year) that would give it a full useful life of only 4 years. The deadline was extended back in 2009 to 2020 in order to more closely match the designed functional lifetime of 7 years and hopefully recoup some of the massive investment that has gone into it. It was a good move and many of the ISS components are designed to last well beyond that deadline (especially the Russian ones which can be refurbished on orbit) and there’s still plenty of science that can be done using it as a platform.
The ISS, like Mir before it, has only one option for retirement: a fiery plunge through the atmosphere into a watery grave. Whilst there’s been lots of talk of boosting it up to a higher orbit, sending it to the moon or even using it as an interplanetary craft all these ideas are simply infeasible. The ISS was designed and built to be stuck in low earth orbit its entire life with many assumptions made that preclude it from going any further. It lacks the proper shielding to go any higher than say the Hubble Space Telescope and the structure is too weak to withstand the required amount of thrust that would get it to a transit orbit (at least in any reasonable time frame). The modifications required to make such ideas feasible would be akin to rebuilding the entire station again and thus to avoid cluttering up the already cluttered area of low earth orbit it must be sent back down to earth.
Russia however has expressed interest in keeping at least some of the parts of the ISS in orbit past the 2020 deadline. It appears they want to use them as a base for their next generation space station OPSEK. This space station would differ significantly from all the previous space stations in that it would be focused on deep space exploration activities rather than direct science like its predecessors were. It would seem that those plans have hit some roadblocks as the Russian Federal Space Agency has recently stated that the ISS will need to be de-orbited at the end of its life. Of course there’s still a good 8 years to go before this will happen and the space game could change completely between now and then, thanks in part to China and the private space industry.
China has tried to be part of the ISS project in the past but has usually faced strong opposition from the USA. So strong was the opposition that they have now started their own independent manned space program with an eye to set up their own permanent space station called Tiangong. China has already succeeded in putting several people into space and even successfully conducted an extravehicular activity (EVA), showing that they have much of the needed technology to build and maintain a presence in space. Coincidentally much of their technology was imported from Russia meaning that their craft are technically capable of docking with the Russian segments of the ISS. That’s also good news for Russia as well as their Soyuz craft could provide transport services to Tiangong in the future.
Private space companies are also changing the space ecosystem significantly, both in regards to transport costs and providing services in space. SpaceX has just been approved to roll up two of its demonstration missions to the ISS which means that the next Dragon capsule will actually end up docking with the ISS. Should this prove successful SpaceX would then begin flying routine cargo missions to the ISS and man rating of their capsule would begin in earnest. Couple this with Bigelow Aerospace gearing up to launch their next inflatable space habitat in 2014~2015 the possibility of the ISS being re-purposed by private industry becomes a possible (if slightly far fetched) idea.
The next decade is definitely going to be one of the most fascinating ones for space technologies. The power international power dynamic is shifting considerably with super powers giving way to private industry and new players wowing the world stage with the capabilities. We may not have a definitive future for the ISS but its creation and continued use has provided much of the ground work necessary to flag in the next era of space.
I must admit I don’t give the Russians enough credit for the work they do in space. If a Shuttle launches you can bet your bottom dollar that I’ll write a post up about it and guaranteed I’ll be letting everyone else know about it if they don’t read my blog. Still at least 5 times a year Russia launches up a Soyuz craft carrying 3 *nauts and in between those they launch another 4 or so Progress craft to resupply the International Space Station. So whilst their craft might not be as iconic and grandiose as the Shuttle they are in essence the innovators of cheap, reliable access to space and have been for many decades.
Really though Russia’s prowess in terms of pioneering space technologies goes much further than that. Today 39 years ago they launched an extremely ambitious project called Salyut-1, the first ever space station. For the most part you would call it an observatory as the majority of the work during the Salyut’s maiden flight was Earth facing observation plus a few deep space spectrographs. Like with all firsts in space there were many problems with the first flight being unable to dock due to their docking couple failing and the second crew, who were tragically lost upon re-entry but have since ensured that none will be lost in that way again, were forced out of the station due to numerous problems including an electrical fire (probably the worst thing that can happen in high pressure oxygen rich environments).
The Salyuts were fairly spacious for their time having just under 100m³ of area for the visiting cosmonauts (compare that to the ISS’s living volume of 373m³). Couple that with 20 portholes that littered the space craft and life up there wouldn’t have been too bad. Especially for those cosmonauts who were used to the cramped confines of the Soyuz which, up until recently, didn’t even have a window for the orbital module (not that it needed it anyway). Taking a tour of the inside reveals that most areas had enough room to be quite comfortable, they even had a treadmill.
True to their core philosophies of truly repeatable mission profiles Salyut 1 wasn’t the last of its kind. The Salyut mission profiles flew another 8 missions and were responsible for many of the components that made up the Mir Space Station that followed. The last of the Salyut series even managed to stay up in orbit for over 4 years and was visited repeatedly by a total of 10 crews. If you compare that to the American offering of the same time who managed to keep a station in orbit for 6 years but only ever managed to visit it 3 times you can see why that even today the core of our biggest space station ever is in fact a Russian module called Zvezda. It’s no wonder the Chinese turned to Russia for their space program.
The Salyut craft also had a slightly darker side with 3 of the missions (2, 3 and 5) designated as Almaz military Orbital Piloted Stations. These are the only (known) craft to ever fly weapons in space and whilst they didn’t carry anything really destructive, a Nudelman-Rikhter NR-23, it was still successfully fired at a test satellite on orbit. Other than that however they were just your typical military operation with the exception that they were piloted by humans on orbit rather than on the ground.
Despite this however the Salyut missions were another step forward in humanity’s endeavours in space and we owe a great deal to Russia for them. Without their courage and sacrifice there’s no telling how much longer it would have taken us to big something as impressive as the ISS or the technology to keep humans alive in orbit for a period that was measured in months instead of weeks. I believe I speak for many of us space nuts in saying that on today of all days we salute you Russia.