Calm before the storm

September 1st, 1960; Baikonur Kosmodrone.

Sitting in his office, Gene is done with the latest report to the Ministry of Science (M.Sc.) and Collaboration (a newly renamed ministry to sound more international withy the space programme and all it seemed).

Reading over the report, he notes with satisfaction the return of the first batch of experiments from the KSS late June, but frowns at the Lunar probe that failed on launch the following day – he decides that he needs to have a good talk with Wernher about those guidance issues*.

He also notes down to start a replacement of the lost rocket, as well as a new experiment package for the KSS – maybe a bigger one this time around?

The last bit of the report contains the updated high resolution map of Venus, which he supposes that KSA should put to use with another landing test – but that will have to wait until the current batch of projects finish. In the unmanned department, the Jupiter-1 has passed the point where the gravity of Jupiter is the dominating force, meaning it is now at Jupiter, technically speaking.

Unfortunately it seems that the orbital insertion burn is right in the middle of the Mars launch window in a few weeks – which will be a pain to work around. Finishing up the report, Gene turns to the time table for the many launches planned in the coming Mars launch window.

 

 

*: A new tendency among the rockets to start the SAS setting at something not “hold” has started appearing, conflicting with my tendency to take pictures of launches – as I need to keep an eye on the rocket for the first 10-20 seconds to be ready to fix any SAS issues wanting to turn the rocket upside down (or worse)…

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Return to the Moon

May 27th, 1960; Satish Dwahan Launch Site.

Welcome everyone, as you all saw earlier this month, we launched our new prototype Lunar Mission earlier this month, Gene begins the press conference.

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The rockets first stage was propelled by no less than 5 of our upgraded F-1A engines, with an additional 8 solid rocket boosters – which says something about how massive the payload was.

It seems odd that it’s bigger than our previous Lunar missions to land, given the advances in technology, but that is because it did not just land a Kerbal on the Moon. Indeed both Jebediah, Bill and Bob standing with me here on the stage all landed on the southern pole of the Moon and spent nearly three days doing various experiments – including a couple of new laser instruments looking for both water and hydrogen in the upper layers of the lunar crust.

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As you can see it was rather dark most of the time at the landing site – which is why you can see Bill inspecting the additional battery packs on one of the images (on top of the right section of the lander) – ensuring that everything is working as intended.

Jebediah also placed a flag on the Lunar surface while out checking the engines, and Bob was gathering some surface samples, as well as putting the new instruments to good use.

Now before the you all can ask questions to the crew, I also just need to announce briefly that during the Lunar mission, we also launched the re-built KSS Research Package, and it is now docked at the station, with all system tests having passed with flying colours – including the particle accelerator and particle analyser.

Back to busy

April 23rd, 1960; Baikonur Kosmodrone.

Here follows an early report from the KSA, given that we have had more operations done in April, than we had in the entire first quarter.

We started out launching the last recycling modules early in the month, and the third crew shortly after. KSS is now fully fully crewed, and operational.

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The day-time and night-time operation is of course not day and night, given how fast it orbits the Earth, but the appearance is very different. These new pictures also show all four crew pods docked.

The day after the third KSS Crew arrived, we launched a scientific payload, however a staging mishap* occurred when it began its approach to KSS. No damage to the station or crew, but the payload was lost.

After this, we turned to our Martian probe, which had come back into communication range. It actually did a while ago, but the various operations were postponed until KSS was completed.

Transmission of the scientific data went as planned, as did the initiation of the planetary survey. The lander was only a partly success though – but very educational.

The probe hit the surface at about 20 m/s, which was too fast for it – the main cause of this was a combination of factors.

  1. It was a copy of the Venus lander, as such it had a very heavy heat-shield.
  2. The heatshield didn’t burn up at all, leaving the full weight on the probe.
  3. The planned landing site meant landing out of communication range, so the heatshield could not be detached.
  4. 40 % of the chutes broke when the system attempted to expand them to full early.

As such, we have learned a lot, and it preparing a more advanced lander for the next window that we expect to be a success – this has also allowed us to add more instruments, such as water detectors. Plans for a rover that can drive around does not seem realistic for the coming launch window, as the required wheel systems are still in development.

 

Signed,

Gene Kerman

Back to normal (we thought)

March 31st, 1960; Baikonur Kosmodrone.

The first quarter have progressed on schedule, and as expected – although we were slightly disturbed about the news early in the quarter regarding the mad Illyrien schemes to send off their kerbonauts to Mars to apparently die – or that the Foreign Ministry have misjudged their space program that badly.

In any case, this quarter we returned to a leisurely one launch per month, beginning in January with the launch of the second crew to KSS, putting them at 6 crew in total.

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The launch of the 2nd part of the KSS crew on our by now well-tested Proton-2a launcher.

The launch went as expected, and given the presence of six kerbonauts, soon to be expanded to 9 when the last of the scientific crew launches in the next quarter – March saw the launch of another KSS crew transport, although this one was empty and serves as a safety measure, providing redundancy in case of an evacuation combined with a pod-failure.

In between these two launches we launched the main KSS Laboratory Utility Module. The KSS LUM provides the current and future scientists on the station expanded capability in conducting zero-g experiments.

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KSS seen with the lights on, as it passes into the night. Picture taken during EVA after the LUM was added, but before the Emergency Evacuation Pod.

We currently finishing up the preparations for the coming Mars launch window, as well as finishing up the last minor modules for KSS, as well as a line of continued re-supply vessels and crew transports.

Wernher had begun working on ideas for a fully re-usable vessel for both crew transport and re-supply, but given the mad Illyrien plans, I understand that the Ministry wish us to focus on other avenues.

 

Signed,

Gene Kerman

The end of a decade

January 31st, 1959; Baikonur Kosmodrone.

As the new years party at the Kerbinian Space Agency comes to its official part, Gene Kerman takes the stage to deliver his annual speech to the assembled employees.

“What a year – the busiest year ever in the annals of Kerbinian space travel as far as I can tell – with a record number of launches that we may just beat next year”.

“But not only that – we have launched probes to make flyby’s and possibly orbit a full three planets this year: Mercury, Jupiter and Saturn all! And we even managed to intercept the first asteroid ever on top of that”.

“And does it end there? No, not at all. KSS became stage-1 complete, and everything for stage-2 you’re already all working on building. The first crew went there – and are still there – with more to follow early next year, as stage-2 completes. Here is by the way the new year greeting from the KSS – taken with a brand new, fully experimental kamera. Can you all spot the change?”.

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KSS as of January 31st, 1959. Picture taken with a brand new, experimental, colour kamera.

“But does it end here? No it doesn’t. Because you all launched yet another station, placing the first ever space station in permanent orbit around the Moon – and the first crew already went there to spend a month studying the Moon – allowing us to learn many new things”.

“And speaking of new things? How is everyone finding the new R&D facilities? I hope you like them – they are the most advanced in the world. Don’t be too busy to enjoy this, even though I know you have much work ahead of you already, and are looking forward to much more from both Mars, Jupiter and Mercury soon”.

“The production facilities aren’t all new, but we did get you guys a few upgrades as well over the past year – but that should make everything ready for the coming deadlines. After that, well I expect we will speed down a bit on the work, with fewer launches – but you never know – those guys in astrodynamics always seems to come up with interesting trajectories”.

“What’s next? Well, the Mars lander of course – not to mention the Mars Basic Access Relay being constructed and a re-visit of the Moon. Beyond that? Well, only time will tell”.

“For now, everyone enjoy the dinner and celebrate the end of a decade which have put Kerbinia clearly on the map of not just the world, but indeed the entire solar system as the pre-eminent explorers of space, as well as the most advanced – both in terms of scientific and engineering progress – people in the known universe!”.

As his speech comes to a close, Gene leaves the stage smiling to a thunderous applause – going to the second party, with Wernher, Bill, Bob, Jebediah, Valentina and all the other top people.

 

End of year status:

  • Around 2M funds.
  • R&D jumped to a massive 5.4 when the upgrade finished, queued with tech for 1½ years to come (but scarcely any science points left).
  • Slight upgrade of secondary production lines to meet deadlines, resulting in:
    • Satish: 25/17/17
    • Baikonur: 16/15/8
  • So able to build almost 100 BP/s if constructing 6 simultaneous rockets.

Work continues

December 1st, 1959; Baikonur Kosmodrone.

Monthly report to the Ministry of IT regarding the activities of the space programme over the past month.

November saw limited notability in its launches, although the month began by launching a third MapSat over Earth, this one able to scan with instruments beyond radar, giving us a map of what the various areas of the planet is beyond just the height.

The map was complete and sent to the science division shortly before this report.

The only other launch was the KSS Computer Core, which is not attached to the station as planned, providing direct computational power to the science teams, instead of having to transmit data for calculation in computers on the planet. The KSS-CC is also capable of providing autonomous guidance to the KSS pilot and commander, assisting in maintaining the correct altitude and heading for KSS.

The last event worth mentioning is the arrival of Venus-4, to begin a high-resolution mapping procedure of the planet.

 

Signed,

Gene Kerman

The making of KSS

October 27th, 1959; Baikonur Kosmodrone.

“Welcome to today’s technical briefing everyone. I will begin simply by announcing the 3 month mark of KSS being live and manned, and then I will hand you over to Wernher to explain our long term plans for KSS, while you see the newly added Laboratory Module docking to the station”, Gene announced.

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View from the Laboratory section docking kamera during docking.

“Thank you Gene”, Wernher began, “now as far as the plans for the station, those are permanent plans – we don’t intend to de-orbit the station any time soon, and we expect it to be manned constantly. As to the future plans, we now have all our plans finalized and in various stages of construction – but the final station should look like this”.

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Blueprint of KSS as the end of phase-2 is planned.

“Besides additional power and cooling, you can also see the recyclers attached on the top and bottom of the Supply Module, along with the tool-kit on the side”.

“Opposite the SM, you see the newly added Laboratory Module, with two advanced laboratories to be staffed. Extending out from the LM is the Laboratory utilities, including a particle accelerator. Off the side of the LM, the Computer Core Module is attached”.

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Split view of the modules of the KSS phase-2.

“What you don’t see here is the return transports, where the first one is attached off the Habitation Module”.

“We are of course considering various additions later, such as a medical bay, more laboratories, more crew space and so forth – possibly even a workshop with limited prototyping capacity – but all those things are off in the future at this point – they are still possible though, as you can see numerous available docking ports for additional modules”.

With the technical explanation out of the way, Wernher indicates that he is ready to take questions. The first reporter immediately puts up his hand.

“How many kerbonauts are you planning to have on the station?”

Smiling, Wernher begins his reply, “the permanent crew will be 9 in total. The station commander and her right hand man, Two engineers to maintain the station and five scientists working in the labs. The living quarters for now support a total of 12, allowing room for crew exchanges without it having to feel rushed – but the space and life support can in theory support as many as 30 kerbonauts at the same time”.

“But what if something goes wrong?”, another reporter asks.

“Then the engineers are there to fix it, under the diligent watch of the station commander or her deputy”, Wernher begins, “there is a reason why there are at least two in any position – both allowing 24/7 running of the station, but also to always have someone who knows what to do if things go wrong”.

“Of course, if worst comes to worst, they can evacuate the station. And even here, we have additional safety measure, as the 9 kerbonauts have a total of 4 pods, each holding 3 – so even if a pod malfunctions, there is enough to evacuate everyone safely”.

“Any other questions?”.