Mission: Prototype off-world research habitat. Designed to train KSEA crews, test KSEA equipment and procedures for future bases and some day colonies.
The MRV detaches from the transfer stage, and drifts until…
… the engines fire, starting a decent to Aurora crater!
“I think I see the MRV! Its firing its final burn to decent!” -Dunwin, watching from Aurora Base
The MRV sets down safely, landing on its wheels!
The sun rises over the horizon, illuminating Aurora Crater! After confirming good communications, the MRV maneuvers toward the base!
Getting closer and closer, the supply vehicle lines up for its final docking position…
… and connects to the base!
“Finally – fresh snacks! Let’s get into that supply vehicle!” -Orlas, at Aurora Base
Crews at Spacedock begin pumping fuel into DSV-5 Intrepid – refueling the craft for its next mission! Carson, Bob, and Sondo have all decided to stay onboard Spacedock for the time being as well!
“A lot of Kerbals up here don’t want to leave! We want to get back out there and explore!” -Carson
Mission: Prototype off-world research habitat. Designed to train KSEA crews, test KSEA equipment and procedures for future bases and some day colonies.
Thankfully – there is! With the construction of the Neidon III rockets and their very fast turnaround, multiple Sarnus-class payload capable rockets are ready. The Mobile Resupply Vehicle that was developed (and sat in storage) until now is loaded onto N-4!
“Don’t worry everyone – we’ve been preparing for this and have a rocket on standby!” -Gene, enjoying a refreshing beverage at Mission Control!
Later in the day, N-4 blasts off from the launch pad!
The re-usable Neidon rockets with their upgraded landing systems are anticipated to overtake the Sarnus-V rocket as record holder for “most launched!” They regularly break records for re-usability!
N-4 continues to rise, reaching an apoapsis of 100k – then continuing on to a near circular orbit!
The protective fairing detaches…
… and the Mobile Resupply Vehicle detaches!
“OK – let’s land that rocket!” -Gene
N-4 streaks through the atmosphere!
Ground telescopes capture the re-entry heading toward the space center!
Finally the rocket slows down just above the landing site, and slowly descends!
“A little too close to the space center! Landed in one peice though – that’s good!” -Lobert, watching the landing from the VAB roof!
In orbit, the Munar transfer stage shows full power and communications…
… the engines fire!
“Hold on Aurora Base – your resupply is on the way!” -Gene
DSV-6 Odyssey’s hull has been fully assembled, and its nuclear reactors have been integrated!
“Looking good everyone! The Nova Rocket is nearly complete too! This is gonna be one big rocket when it launches!” -Gene, visiting the VAB floor where Odyssey is under construction
Despite its massive size Odyssey’s construction consists of several well tested components: The engines, reactors, and radiator assemblies are the same design as the Discovery and Horizon class DSVs.
The central fuel hull is the same octo-hull components that are used in the Refueling barges, and the cargo bay is an extended version of the existing Cargo Bays used in the Horizon DSVs! The only completely new component is the crew and command section!
Full system integration and testing should be done by the end of the year!
Mission: Crewed mission to Mun. Land near Polar Mun Crater on Mun, perform scan with large scanning arm, return data to Kerbin.
“We are clear of the lander! Course input to the computer – Gilian can you verify that? Should be a 100km approach before circ…” -Summer
Gilian, the mission Science Specialist, double checks Summer’s planned maneuver!
“Calculations look good! Looks like a close approach at 100km – fuel levels are good to circularize the orbit!” -Gillian
Lobert thinks about the conversation he just heard, and asks a question!
“Wouldn’t it save fuel and time to just calculate the re-entry so we approach directly into the atmosphere, and skip the circularization burn?” -Lobert
Summer nods and shows Lobert how the math works for that! After a few minutes…
“See? It takes a long time, and it’s really complicated! Fuel is cheap so we usually don’t bother with it!” -Summer
“That makes sense! I suppose that it’s a little safer too since we can can maneuver to Spacedock if needed too!” -Lobert
As the spacecraft approaches Kerbin the crew prepares for the circularization burn!
At an altitude of 100km Aurora 29’s engine fires!
“Engine burn is good. Temperatures nominal!” -Lobert
“Burn complete! Orbit looks good – Mission Control we have arrived in Kerbin Orbit – verify you are good for craft re-entry?” -Summer
“We have you on radar! Ground crews are standing by for recovery – you are good for landing!” -Gene at Mission Control
Summer fires the engines again, and then detaches the CRV’s command module!
“Hold on! It gets a little bumpy from here!” -Gillian
Ground telescopes track Aurora 29’s re-entry – it looks like a big ball of fire and plasma! The engine and fuel module of the CRV can be seen burning up in the atmosphere as well!
After the firey re-entry, the parachutes deploy from the CRV!
“Almost home! All we have to do now is wait until we touch down!” -Summer
After the firey re-entry, the parachutes deploy from the CRV!
“Hey I can see the VAB out the window! What a great ride!” -Lobert
The CRV sets down just west of the Space Center!
“Welcome home Aurora 29! Recovery crews are the way!” –Gene at Mission Control
On the surface of Mun, Summer and Lobert are nearly done with their scientific research! Their mission has lasted almost 10 days – nowhere near any records but for Lobert’s first mission – a pretty long time!
“I still can’t believe I got to go to Mun! It’s a shame we have to go back to Kerbin so soon!” -Lobert
“Don’t worry – there is always another mission! Maybe you’ll be selected for one of the Deep Space missions to Jool or Sarnus! “ -Summer
Mission: Crewed mission to Mun. Land near Polar Mun Crater on Mun, perform scan with large scanning arm, return data to Kerbin.
After everything is prepared, the new VINCENT lander blasts off!
“Rocket firing – we have good readings on sensors… telemetry is nominal… “ -Summer
Lobert notices something amazing as the lander blasts off – the view out his window!
“Ooo! Look look!” -Lobert
As the VINCENT lander rises from the surface, Kerbin starts rising above the Munar horizon! Lobert quickly snaps a photo!
Both Kerbals are quiet as they take in the impressive sight – their home, Kerbin, rising in the sky above the magnificent desolation of Mun’s surface…
“Oh! That is beautiful! Sometimes my eyes are so fixed on the instruments I forget to look out the window! ” -Summer
“Space is awesome!“ -Lobert
“Yea… it sure is!” -Summer
After capturing some breathtaking shots of Kerbin rising over the horizon, Summer circularizes lander’s orbit, matches planes with the Aurora 29 Crew Vehicle, and plots an intercept course to rendezvouses!
Gilian has been keeping busy taking scientific readings and also eating snacks and playing solitare!
“Aurora Lander this is Gillian – read you loud and clear – instruments look like you are on a good approach! It’ll be nice to have some company over here too!” -Gillian
The two spacecraft move closer and closer, until…
“OK – starting final docking maneuver. Approach nominal. Angle nominal. We are in the pipe, five by five… ” -Summer
Connection! Everyone moves over to the Crew Vehicle, and prepares for the return trip to Kerbin!
“I show a good connection – we should be good to start moving over all the boxes of science!“ -Lobert
After drifting over Spacedock, Carson lines up Intrepid and zeroes out, and checks all the controls.
“We have good alignment – verify reactor shut down and systems ready for docking! “ -Carson
Next, Sondo heads do the reactor and engineering controls, double and triple checking the nuclear reactor at the aft of the ship is nominal!
“Reactor systems have powered up our internal batteries – now that the ship is comfy again we should be good do spin it down. Power has been reduced to 5%!” -Sondo
Mission: First mission of DSV Intrepid! Crewed mission to Moho to perform landing using new DSV-Lander/Rover combo.
The most important part of the mission, gathering science and data from the surface of Moho, is Bob’s responsibility!
“Okeydoke got the science all boxed up by the hatch – we should be good to move it over once we’re docked! I wonder how long we’ll be staying on the space station“? -Bob
After verifying everything is nominal, Carson fires the thrusters once, and the large spacecraft moves forward, slowly, towards the even larger Spacedock!
“Alright then – Spacedock we are starting docking – alignment good…“ -Carson
Seely and Pholie watching the docking from the cupola unit, are excited to have new guests on the station!
“Welcome back guys!” -Seely
Intrepid connects with Spacedock! A series of ‘whirs’ and ‘clunks’ signal the docking mechanisms interlocking!
Intrepid connects with Spacedock! A series of ‘whirs’ and ‘clunks’ signal the docking mechanisms interlocking!
“Docking complete! Let’s verify connection and head on over!” -Carson
The crew starts moving cargo and supplies over, and the Intrepid crew take a little time to relax after along space journey!
Mission: First mission of DSV Intrepid! Crewed mission to Moho to perform landing using new DSV-Lander/Rover combo.
“Alright – systems coming online! Trajectory is good, we’re heading toward a 200k flyby of Kerbin!. “ -Carson
“Science is stowed and ready – looks like no data loss either! Any chance we could turn the heat up too? -Bob
“Reactor is spinning up to full power – you should have full propulsion in just a minute! The radiators are functioning too – by the time we’re docked with Kerbin Spacedock we should be nice and toasty too! -Sondo
“Ok – firing engine, propulsion at full! Reactor is showing full power!” -Carson
As the powerful Colossus engine fires Intrepid slowly begins to close it’s trajectory, working to close its trajectory until orbit is achieved!
“My calculations show we have a good orbit – nice!“ -Bob
The RCS thrusters maneuver the ship aligning upright, and the engines fire again, briefly!
“Commencing rendezvous maneuvers! This should put us on a direct intercept with Spacedock!“ -Carson
As Intrepid drifts around Kerbin it moves closer and closer toward Spacedock until…
“Spacedock to Intrepid – this is Mirphe! We have visual, repeat we have Visual! Intrepid is looking good! We have some space snacks heating up for you! -Mirphe, on board Kerbin Spacedock!
“Slowing approach… now at 5 meters a second…“ -Carson
As the massive Deep Space Vehicle slows its approach, Spacedock crews work to prepare the DSV docking ring! This will be the first time Spacedock 2 has had more than one DSV docked, and everyone is careful to follow safety procedures exactly after the disaster at the first Spacedock!
(Select Year 1 above to read Kerbal States starting at Year 1, Day 1!)
Starting with the launch of the early X-1 rocket and ending with the construction of Spacelab and the first orbit of Mun on Discovery 2 Year 1 was an exciting time to be a Kerbal!
Key Events:
Jeb reaches Kerbin Orbit on Year 1, Day 75!
Val was the first Kerbal to circle Mun on Year 1, Day 321!
Jeb and Bob launch to Minmus!
The X-1 – KSEA’s first aircraft!
The Horizon Rocket – KSEA’s first rocket capable of reaching space!
Blueprint for the Horizon-A rocket.
The Horizon-A Rocket, blasting into space!
Jeb became the first Kerbal to reach orbit on Year 1, Day 75!
Horizon 9 Blasts into space – and then does the first fly-by of Mun!
Val becomes the first Kerbal to see the darkside of Mun!
Jeb does the first flyby of Minmus later in Year 1 on Day 360!
Blueprint for the Discovery Spacecraft!
Year 1 of Kerbal States was originally published in September and October of 2016!
The Kerbal Space Exploration Administration is excited to announce construction is well underway on largest spacecraft ever made: DSV-6 Odyssey! Work on core components began at the end of Year 22 and has slowly been making progress!
Odyssey is powered by two Discovery-class nuclear reactors (the same design that has powered both Discovery and Horizon class Deep Space Vehicles) and has twice the number of engines as previous Deep Space Vehicles!
With extra fuel capacity, a larger cargo bay, more robust science and communication systems, Odyssey will be the most capable, powerful, and expensive craft ever made. Once construction is complete a Nova Rocket will deliver Odyssey to orbit! Mission planners are excited to figure out Odyssey’s first destination!
The ship’s name was taken from a fragment of a story found on the OGER probe – something about going on a great adventure to a faraway place – it seemed appropriate!
Kerbal States | Kerbin Space Exploration Administration 