Towards the H-3: Update

H-2A successor

Space News kindly published a version of my story on the H-3 last week. I’ve done the usual and pasted a version into this blog.

There is also a story by the ever excellent Warren Ferster on the Epsilon based on a JAXA presser. Please see this blog for more background on the Epsilon, or go to the new, vastly improved Space News website.

We can expect more light to be shone on this during June when the ONSP subcommittee makes its final recommendations. Meanwhile the Yomiuri and Asahi have some more information and perspective on the issue.

Our view in In Defense of Japan is that the H-series is a technology development program and while it may arouse screams of indignation and anger to say it, to put it bluntly, money will always be found to develop technologies that give Japan options. As, fundamentally, Saadia and I argue that Japan’s space program has always been basically, when you remove all the dressing, a dual-use strategic technology development program, then reasons to develop the H-3 will always be found.

As made plain by Dick Samuels and Mike Green, under nationalists such as Tomifumi Godai and in an era of rampant technonationalism and kokusanka, there were compelling reasons to develop the H-2. Japan wanted and needed to build a sophisticated, liquid fueled, highly efficient two-stage medium launch vehicle to cement its international reputation as part of the advanced spacefaring club. Remember, when the H-2 was envisaged over 20 years ago, few saw the impending “lost decade.”

Japan’s space program under NASDA was relatively awash with money, with investments made or planned  into all sorts of challenging dual-use precursor technologies including ETS-7 (on orbit ASAT demonstration) OICETS/ Kirari (laser communications), reconnaissance/ spy  satellites ICBM prototypes (M-V, J-1), reentry (OREX, USERS SEM) SIGINT (ETS-8), global strike (HYFLEX, HOPE) etc. Some highly ambitious programs that emerged last decade, have disappeared, for example HiMEOS and Smartsat-1.

On the other hand, ALSET looks as if it could make it.

これまでの基幹ロケットの評価と今後の在り方について 2013 年 4 月 24 日 宇宙輸送システム部会 委員 三菱重工業株式会社 代表取締役常務執行役員 航空宇宙事業本部長 鯨井 洋

これまでの基幹ロケットの評価と今後の在り方について
2013 年 4 月 24 日
宇宙輸送システム部会 委員
三菱重工業株式会社 代表取締役常務執行役員
航空宇宙事業本部長
鯨井 洋

Let’s not forget the H-2 very nearly made it to commercial viability but was fatally holed by the surging yen as well as dodgy turbopumps. So then money was found for the H-2A to solve the problem (half the costs, boost the payload) …but as we argue in In Defense of Japan, whether or not the H-2A really made it was not the issue. Could the program be justified in terms of a technology development program to the MoF. The peanuts in terms of cost involved in developing the H-2A compared to the cost of major launch vehicle systems by other advanced democracies (lets just name the Ariane 5) meant yes.

And now the cycle starts again. So how will the H-3 be sold to the MoF under the rubric of Japan’s latest stated space policy?

Sure, as something that will be commercially viable. Whether or not MHI and JAXA can actually achieve this is, we contend, strategically, a mute question. If and when the H-3 doesn’t make it commercially, MHI and Japan will have at least invested in developing a new level of excellent technologies that will secure Japan’s independent launch vehicle capabilities and provide jobs, technology and investment in its aerospace sector. Incidentally, the H-3 is now being sold by MHI as “catchup” again, as the slide above shows.

Sure, the same old cycle of vituperation and lashing will follow in the Japanese media if or when the H-3 fails to make the grade commercially, but the more strategic goals of “keeping/ catching up” will have been met.

Japan, Vietnam Sign Deal for Two Radar Imaging Satellites

The Basic Law of 2008 scores its first success! This is an old story but with a deal impeding in Thailand I thought I’d put it up.

It’s hard to overestimate the impact of this deal to Japan’s space diplomacy and the ripple effects for pan-Asian security. Not only was this the first time space diplomacy was used as an ODA tool, actually a strategic diplomatic coup with a key SE Asian emerging economy, Vietnam, but also for a LEO “EO” satellite.  The Japan-Vietnam deal represents the first real fruits of the Basic Law of 2008. NEC, which has developed excellent small-bus, communications and EO technologies was squashed out by Melco (which promoted and succeeded with both its IGS and QZSS plans, to turn from the Market to the Military, the key point of In Defense of Japan), has now been able to secure its own market and strategy.

Further the ASNARO project could well turn out to be a stroke of genius. NEC, USEF, METI, and others are streaming all over the southern hemisphere to “sell” various stripes of ASNARO, including upcoming hyperspectral sensor models. USEF figure they need a constellation of six (eight would be better) for an ASNARO constellation to fulfill its purpose. So only another emerging economy (probably Thailand) needs to sign up and things are looking very useful. Remember, ASNARO is built to dump data as it flies over various ground stations, which are truck-mounted and highly mobile.

What is Japan doing selling spy satellites (GSD of better than 50cm) via a highly-advanced 73 cm silicon mirror (that beat out a tried and tested Melco optical design hands down) capable of advanced point-and-click, back scanning and data dumping? The ASNARO is a significant leap forward for Japan’s spy satellite fleet, with ASNARO optical and SAR already sharper that IGS-Optical/Radar Gen-2, on a tiny bus, with far, far better pointing and delivery times.

Outline of ASNARO key capabilities and features*:

Basic acquisition mode is Snap Shot mode (10km x 10km). However, depending on the largeness or shape of the area of interest, it is more efficient to use Strip Map mode or Skew mode. In the ground segment, based on the area of interest (AOI) requested from the end-user, optimum acquisition mode is automatically selected and most efficient acquisition plan is programmed. In the planning, satellite resources (storage and power) are considered to optimize the acquisition planning in mid to long term.
– Snap Shot mode:
10km x 10km area parallel to the satellite orbit is acquired.
-Wide View shot mode:
Several snap shot acquisitions are combined in cross track direction, providing wider area image data than single snap shot acquisition.
– Multi Angle Shot mode:
Within single pass, one identical target area is acquired several times from different incidence angle.
– Strip Map mode:
Long strip area parallel to the satellite orbit is acquired.
– Skew Shot mode:
Long strip area in any direction can be acquired in Skew shot node.
– High S/N Shot mode:
10km x 10km area parallel to the satellite orbit is acquired taking longer time than Snap shot mode to increase S/N of the image

What on earth would Vietnam want all that for? Crop monitoring? Disaster prevention?Here is the SN story:

*Data taken from SSC11-IV-4 Advanced EO system for the Japanese Small Satellite ASNARO
25th Annual AIAA/USU Conference on Small Satellites

[Old] Update on ASNARO

This is part II of work that I was doing last year on ASNARO/NEXTAR that I forgot to upload. It’s relevant because of the big breakthrough in space ODA to Vietnam. Soon to be repeated in Thailand, if reports are true!

2011年6月30日

USERS SEM Deorbiting Pod

I was lucky enough recently to spend a day interviewing great people at METI, USEF, Pasco and NEC a little while back and managed to nail down many more details about what is happening with the ASNARO (Advanced Satellite with New system Architecture for Observation) project. For some Space News background on ASNARO, please see my original story. This time, specifically METI asked me to write about it for them, and gave tremendous help getting NEC and Pasco on board. It was just wonderful meeting people with ideas and strategies that are obviously well thought out.

Let’s get the disclaimer out of the way first.

From where we are standing, from the point of view of national security space, at the end of the day, it doesn’t matter if NEC succeeds in its strategy to turn the ASNARO/Nextar branded modular satellite platform into a commercial success in/for ASEAN countries. Of course it matters to NEC, because they are a private company and want to make more profit.

And of course it matters to me, because for the health of NEC and Japan’s military industrial base, it’s better that they sell or get more SE Asian nations to “buy” them through ODA and I wish them every luck.

But, at the end of the day, IF ASNARO/Sasuke/ Nextar never makes a successful commercial go of it, the Japanese government is still going to make sure the platform is built. And we predict that ASNARO will play its role in Japan’s emerging national space security infrastructure.

ASNARO is crucial to a number of players in a number of ways. After years of false starts and what may have been blind alleys — MDS-1 Tsubasa or OICETS Kirari spring to mind ;-)

-Nextar represents what NEC has been trying to build since the late 90s (1998 if my memory serves me right, see NEC unveils prototype bus, aims for Teledesic, this being the non-Space News version) and the era of Hiroaki Shimayama and Takenori Yanase. Nextar, which looks suspiciously like a reworked OICETS/ MDS bus to me, and it’s the keystone of their pan-Asian commercial turnkey systems strategy.

We’ll go into this in Part II.  In Part III, we’ll look at the military angle, but only when the official article is published in Defense News.

So what is ASNARO?

ASNARO is a USEF powerplay to develop a bus system that on one hand will give NEC a chance to compeat in the ASEAN market for EO sats, and whether or not that succeeds, gives Japan the option to build a constellation of spysatellites, all kicked of with a tiny down-payment of 6 billion yen.

Therefore ASNARO is important to METI to show that its decades-long investment in creating standardized satelite bus systems and plug and play and COTs parts at USEF is finally paying off. Those of you  who have read In Defense of Japan know that we more or less regard USEF as METI’s DARPA, or military space arm, although USEF wouldn’t be comfortable with this description. Afterall, the technologies they develop are for peaceful purposes only. Right?

(I still vividly remember the change in body language when discussing with USEF how accurate USERS’s SEM -see image above- could be made).

Leaving aside the dual-use nature of many USEF projects, ANSARO is a vital component in what METI had been calling its Space on Demand (SOD) program, which, while it doesn’t actually use military language, leves very little to the imagination. Submarine launch, air launch (and with Epsilon) mobile launch! Reprogrammable satellites…”flexible” ground systems (we’ll get to that one in Part III).


Incidentally, the other main submarine space launch vehicle I know of  is the R-29R Vysota “Stingray” SLBM rebranded Volna and its peaceful brotherhood for lobbing payloads into LEO instead of  3x 300 kiloton-yield warheads at…wherever.

Behind this, ASNARO is a platform technology that also enables NEC to supply ISAS with SPRINT-series satellites, and could become a key part of Japan’s ODA strategy to counter China’s building influence in ASEAN. Hitherto, APRSAF has been a bit of a highly amicable talking shop. More about that in Part II.

Anyway, here is the Space News article with some of the bear-bones details. More to follow in Parts II and III.

Space News article by Paul Kallender-Umezu

ASNARO Delayed but far from Doomed!

ASNARO Project Upate: Part II- A New Pathway for NEC

2011年7月13日

Following on from an afternoon at NEC a while back, I was also fortunate enough to spend more or less a day at USEF catching up on METI’s space programs. What an eye-opening event that was, which will also mean that an entire chapter in an upcoming book and old friend and I are planning is now almost entirely focused on USEF. Space Environment Reliability Verification Integrated System SERVIS-2 for example yielded at least one internationally competitive technology that has become a major global success story, as well as building significant leaps forward in satellite design with the improved CFRP core and 3D heat pipes…on Melco’s COTs-testbed the SERVIS-1.

Anyway, back to the matter in hand: in promoting the ASNARO/Nextar project, USEF took a break from Melco, which has been the main beneficiary of spin on/off with USEF over the last 15 years, to switch to NEC, which had traditionally been- and still is- Japan’s master of smaller bus systems, communications and sensors. I have to qualify this statement by saying that when I mean small, I don’t mean the micro- nano- and picosatellites now being churned out by UNISEC members and others.

What I mean is NEC’s excellence in satellites such as Oicets/Kirari and work done for ISAS over the decasdes. Allied with the engineering tradition of Toshiba (in particular ETS-7 here is an old story and another here I did for Spacer and ETS-6), NEC should have by all accounts bounced back earlier from last decade’s scandal.

But they are back, big time with the small-medium ASNARO bus (see below graphic):

Back in the late 90s, as I mentioned in Part-I, NEC’s main challenge for the then-commercial constellation communications market was the Oicets bus for Teledesic.

Remember Skybridge, Celestri, Spaceway, Astrolink, and the rest of them?…how could we ever forget the time when it appeared the earth was about to be circled by hundreds of satellites dedicated to making our brick cellphones work so expensively…

That all went kaput, along with NEC’s credibility when the procurement scandal broke in 1998, all to conveniently sabotaging NEC’s bid for the IGS constellation. And it seemed for years that NEC had been cast adrift like Comets/ Kakehashi or Kiku-6 slowly frazzling in the radiation of bad publicity while sinking into a black hole of no major Engineering Test Satellite contracts for JAXA.

In many ways, with the seizure of the IGS contracts by Melco in 1998, the company surged ahead of NEC, which was left without heavy bus technology. With Melco also closely aligned to USEF, things were looking pretty grim for NEC which seemed to have been left behind from securing major contracts for NASDA/JAXA for the best part of a decade.

NEC’s position has turned the corner and improved by several developments, however.

First miniturization and continual technical improvement mean that relatively small buses such as ASNARO’s can do a lot more than they could 20 years ago. These days, a middleweight can pack the punch of a heavyweight of yesteryear in some respects.  Related to this, there is swing back to the need for smaller, more flexible satellites as payloads and technology has advanced and ASNARO’s modular, plug and play capabilities could work just fine.

Second, more and differnet satellites are needed from multiple sources to build more solutions for Japan’s emerging national security space infrastructure.  Even with Melco recently announcing it planned to redouble its output at its Kamakura Works, Japan needs NEC.

Last but most importantly in some respects is the need for different solutions to promote Japanese space diplomacy in Asia, and South East Asia through APRSAF and ODA and against the rival Asia-Pacific Space Cooperation Organization and CGWIC . Exploring this and related issues will be a key theme for my Ph.D. research at 慶應義塾大学 政策・メディア研究科 (Keio University’s Graduate School of Media and Governance).

In the coming decade, Southeast Asia needs to take decisions about developing its space infrastructure for human security and disaster and environmental warning/monitoring/relief and it’s vital that these are done with Japanese technologies, moving on from the Sentinel, SAFE, STAR and Micro-Star and UNIFORM  programs.

ASNARO Project Upate

2011年6月30日

USERS SEM Deorbiting Pod

I was lucky enough recently to spend a day interviewing great people at METI, USEF, Pasco and NEC a little while back and managed to nail down many more details about what is happening with the ASNARO (Advanced Satellite with New system Architecture for Observation) project. For some Space News background on ASNARO, please see my original story. This time, specifically METI asked me to write about it for them, and gave tremendous help getting NEC and Pasco on board. It was just wonderful meeting people with ideas and strategies that are obviously well thought out.

Let’s get the disclaimer out of the way first.

From where we are standing, from the point of view of national security space, at the end of the day, it doesn’t matter if NEC succeeds in its strategy to turn the ASNARO/Nextar branded modular satellite platform into a commercial success in/for ASEAN countries. Of course it matters to NEC, because they are a private company and want to make more profit.

And of course it matters to me, because for the health of NEC and Japan’s military industrial base, it’s better that they sell or get more SE Asian nations to “buy” them through ODA and I wish them every luck.

But, at the end of the day, IF ASNARO/Sasuke/ Nextar never makes a successful commercial go of it, the Japanese government is still going to make sure the platform is built. And we predict that ASNARO will play its role in Japan’s emerging national space security infrastructure.

ASNARO is crucial to a number of players in a number of ways. After years of false starts and what may have been blind alleys — MDS-1 Tsubasa or OICETS Kirari spring to mind ;-)

Nextar represents what NEC has been trying to build since the late 90s (1998 if my memory serves me right, see NEC unveils prototype bus, aims for Teledesic, this being the non-Space News version) and the era of Hiroaki Shimayama and Takenori Yanase. Nextar, which looks suspiciously like a reworked OICETS/ MDS bus to me, and it’s the keystone of their pan-Asian commercial turnkey systems strategy.

We’ll go into this in Part II.  In Part III, we’ll look at the military angle, but only when the official article is published in Defense News.

So what is ASNARO?

ASNARO is a USEF powerplay to develop a bus system that on one hand will give NEC a chance to compeat in the ASEAN market for EO sats, and whether or not that succeeds, gives Japan the option to build a constellation of spysatellites, all kicked of with a tiny down-payment of 6 billion yen.

Therefore ASNARO is important to METI to show that its decades-long investment in creating standardized satelite bus systems and plug and play and COTs parts at USEF is finally paying off. Those of you  who have read In Defense of Japan know that we more or less regard USEF as METI’s DARPA, or military space arm, although USEF wouldn’t be comfortable with this description. Afterall, the technologies they develop are for peaceful purposes only. Right?

(I still vividly remember the change in body language when discussing with USEF how accurate USERS’s SEM -see image above- could be made).

Leaving aside the dual-use nature of many USEF projects, ANSARO is a vital component in what METI had been calling its Space on Demand (SOD) program, which, while it doesn’t actually use military language, leves very little to the imagination. Submarine launch, air launch (and with Epsilon) mobile launch! Reprogrammable satellites…”flexible” ground systems (we’ll get to that one in Part III).


Incidentally, the other main submarine space launch vehicle I know of  is the R-29R Vysota “Stingray” SLBM rebranded Volna and its peaceful brotherhood for lobbing payloads into LEO instead of  3x 300 kiloton-yield warheads at…wherever.

Behind this, ASNARO is a platform technology that also enables NEC to supply ISAS with SPRINT-series satellites, and could become a key part of Japan’s ODA strategy to counter China’s building influence in ASEAN. Hitherto, APRSAF has been a bit of a highly amicable talking shop. More about that in Part II.

Anyway, here is the Space News article with some of the bear-bones details. More to follow in Parts II and III.

Space News article by Paul Kallender-Umezu

ASNARO Delayed but far from Doomed!

Jaxa rebrands its SOD launcher prototype as “Epsilon”

JAXA has rebranded Japan’s ORS rocket program Epsilon,” rather a nice name. Under the rubric of making launches as simple as daily events, Epsilon is touted as cheapening and simplifying access to space.

Which is a laudable aim. But of course, the back story is somewhat more interesting. The Epsilon is based on the Solid Rocket Booster-A built by Nissan Aerospace (before it was subsumed into arch rival IHI) for the H-2A, which is based on Thiokol’s carbon casing technology. An early story I did for this in Space News focused on the hickups on getting this highly strategic military technology shipped over to Japan with its supposedly “peaceful only” space development.

As it is, Epsilon will play a key role in Japan’s military space technology, firstly in being used to launch the ASNARO/Saske and HiMEOS high resolution spysat constellations being built under the auspices of USEF, but more importantly is its position in Japan’s counterspace hedge technology development program in which it plays a key role in developing Operationally Responsive Space (ORS)  access capabilities.