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1 hour ago, sevenperforce said:

Shoot, somehow I missed the Long March launch on the 17th. I may go back and do that one....

IIRC that one was pretty much unannounced. I remember going into spring break saying "Nooooooo! There aren't any launches!" and being surprised when I work up one day and found out that the Chinese launched yesterday.

I wish China would stream.

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50 minutes ago, Ultimate Steve said:

IIRC that one was pretty much unannounced. I remember going into spring break saying "Nooooooo! There aren't any launches!" and being surprised when I work up one day and found out that the Chinese launched yesterday.

I wish China would stream.

I check https://spaceflightnow.com/launch-schedule/ almost daily...I saw that the Long March launch was delayed past March 12, but I never saw it come back up.

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11 minutes ago, sevenperforce said:

I check https://spaceflightnow.com/launch-schedule/ almost daily...I saw that the Long March launch was delayed past March 12, but I never saw it come back up.

Clippy+thumb.jpg

always has a countdown timer in the upper right

WRONG PASTE

http://www.spaceflightinsider.com/ was what i meant to paste.

The upper right shows the time to the next launch.

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56 minutes ago, Ultimate Steve said:

It was going to be four (or five if you counted the sounding rocket).

Good point. I'm planning on doing the sounding rocket if I can. I don't know anything about this supersonic parachute and I'm having trouble figuring out the characteristics of the Terrier Mk70 SRB for the first stage.

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GSAT 6A

A little late, but no worry. The ISRO GSLV is a pretty interesting launch vehicle, given that it uses a solid core with liquid boosters that don't separate, and uses two additional serial stages above. I used some DLC parts in this for the first time.

Spoiler

The GSAT 6A is built on the I-2K bus, which I had trouble finding good imagery of, so this is a bit hackneyed.

screenshot1.png

I used the slightly larger fairings with a Tweakscaled Rhino for the GS3 stage.

screenshot2.png

The Rhino is gimbal-locked; it has two steering engines.

The DLC thrust plates are quite helpful.

screenshot3.png

Now to pick up the hypergolic second stage. It's going to be quite thrusty.

screenshot4.png

And now the solid-fueled booster.

screenshot5.png

I'll tweak the thrust down on this one shortly. I kept it separate from the liquid boosters because the number of boosters varies from vehicle to vehicle.

screenshot6.png

I don't know that they have a name, so I'm just calling them "Vikas Boosters" because that's the name of the engine.

screenshot8.png

The fins are locked.

Here she is, ready for launch!

screenshot9.png

Liquid booster ignition...

screenshot11.png

Solid motor lit; liftoff!

screenshot12.png

Doesn't look too shabby, though I know that solid will burn out sooner than I want it to.

screenshot14.png

Beginning a very gentle gravity turn. Worried about TWR when this solid burns out.

screenshot17.png

Aaaand there goes my solid, along with all my thrust. LRBs are acting as sustainers now.

screenshot19.png

If you're wondering why attitude keeps changing, it was because I was trying to induce SOME degree of inclination while remaining close to the equator.

screenshot20.png

Some time later, LRBs have finally pushed above a TWR of 1.

screenshot22.png

LRB burnout and upper stage ignition + explosive decoupling!

screenshot25.png

Now, at last, thrust issues are no more. Onward and upward.

screenshot27.png

Blowing the fairing.

screenshot28.png

Closeup shot.

screenshot29.png

Wanted to avoid accidentally orbiting the second stage so I jettisoned a bit early.

screenshot31.png

The GSLV only has one cryogenic stage ignition so I'm coasting at this point.

screenshot32.png

A quarter-orbit later, here's the upper-stage ignition!

screenshot34.png

Using a maneuver node for the GTO.

screenshot37.png

This is about where I want to be.

screenshot39.png

Payload deployment! Technically I should have thrown a probe core on the cryostage and deorbited it with its steering engines, but instead I just did a suborbital KTO so it will self-deorbit. A bit lazy, I know.

screenshot42.png

Extending solar array...

screenshot44.png

Deploying smaller antenna.

screenshot45.png

Engine checkout.

screenshot46.png

Here goes the start of the circularization burn.

screenshot50.png

Getting close...

screenshot54.png

Fine adjustments...

screenshot59.png

Perfect KEO!

screenshot60.png

And comm deployment:

screenshot0.png

 

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Experimental Imaging Satellite

Russian military launches are notoriously hard to get info on, but I put it together as best as I could.

Spoiler

There are no actual imaging parts in stock KSP, so I just used my imagination.

screenshot1.png

Created the Volga small upper stage for this mission, using some DLC parts.

screenshot2.png

Same upper stage as the standard Soyuz.

screenshot3.png

Starting with the same lower stage as the standard Soyuz:

screenshot6.png

The real Soyuz 2-v1 has upgraded engines and a larger stage, but this one is just going to have its tanks partially drained to fix the TWR problems.

screenshot7.png

This should work!

screenshot9.png

Didn't bother with the pad structure...three launches in one day is a tall order.

screenshot13.png

Liftoff!

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Pitching due north rapidly. This imaging satellite is expected to be in a relatively low polar orbit.

screenshot17.png

Looks rather stubby, really.

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Pitching very aggressively now.

screenshot24.png

MECO and explosive decoupling!

screenshot26.png

This will get up into orbit quickly.

screenshot28.png

I should have turned up fairing jettison force on this....

screenshot32.png

Separation.

screenshot35.png

Volga ignition!

screenshot36.png

Targeted orbit.

screenshot38.png

Engine is gimbal-locked; RCS for pointing.

screenshot39.png

Looks like as likely an orbit as any!

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Payload jettison.

screenshot45.png

Going to quickly deorbit the Volga.

screenshot46.png

And now we have imaging array deployment and antenna extension. That's a wrap!

screenshot48.png

One more money shot:

screenshot49.png
 

 

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Beidou-3 and Beidou-4

First flight with Long March!

Shame there are no livestreams of these. Guess ya gotta make do with this, then.

Spoiler

This launch is going to have a hypergolic stage to deliver directly to the high-energy orbit, so this only has a single tiny linear monoprop thruster for orbit-refining and station-keeping.

screenshot1.png

This was as good a guess as any.

Payload dispenser:

screenshot2.png

Now to get that hypergolic stage.

screenshot3.png

Looks...a lot like the real thing, actually.

screenshot4.png

High-energy upper stage.

screenshot5.png

Hypergolic second stage with a fixed central nozzle and verniers.

screenshot6.png

Doing lots of trusses and hot staging lately!

screenshot7.png

Let's hope the Mainsails are enough.

screenshot8.png

Here are my hypergolic liquid boosters!

screenshot9.png

A little squatter than the real thing, but oh well.

Here it is on the pad!

screenshot10.png

I had to do some tank-draining magic to keep from getting into orbit early. Flying with full tanks was depleting my core before my strap-ons.

screenshot11.png

Side booster ignition!

screenshot12.png

Liftoff!

screenshot13.png

Targeting a 55.5-degree orbit.

screenshot14.png

Approaching side booster burnout.

screenshot18.png

Lots of heating now; that's what I get for emptying my tanks and flying with high TWR.

screenshot20.png

Burnout! The fins help drag the booster tails away.

screenshot21.png

This will burn out quickly.

screenshot22.png

Hot staging. Draining all the ablator out of a small heat shield makes for a fantastic hot-staging decoupler.

screenshot23.png

There it goes!

screenshot25.png

And this is only the second stage. Wow.

screenshot26.png

Blowing the fairing.

screenshot29.png

Coasting up before I stage yet again.

screenshot31.png

The cryo third stage pushes out toward the high-energy transfer.

screenshot32.png

Third-stage separation:

screenshot35.png

YZ-1 stage ignition:

screenshot36.png

This looks like a good target apogee...it's about 60% of the way to KTO just like the launch today went to 60% of GTO.

screenshot37.png

Closeup.

screenshot39.png

Got a circ node set up.

screenshot40.png

After circularization...payload deployment!

screenshot42.png

Furiously deorbiting the upper stage.

screenshot43.png

Looks good.

screenshot45.png

Opening up the solar arrays on the first sat.

screenshot46.png

Here she is with all antennae extended!

screenshot47.png

Another money shot:

screenshot48.png

Refining orbit....

screenshot49.png

I did the same with the other one.

And here we are!

screenshot51.png
screenshot52.png
 

 

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Iridium-NEXT Flight 5

I had built the Iridium satellites the day before the launch, but I saved the build and flight for the actual day-of.

Spoiler

Getting this thing to look approximately right but still be in the generally correct mass window was tricky. Tweakscale is your friend. Unfortunately it doesn't work with DLC parts.

screenshot0.png

Pretty bare-bones, really.

screenshot1.png

Stuffed ten of them on the payload dispenser.

screenshot3.png

Adding the prefab F9 upper stage.

screenshot4.png

I can finally do a clamshell deploy this time!

And the reusable lower stage....

screenshot5.png

On the pad. Haven't yet designed a subassembly for the transporter-erector, though I plan to do so at some point.

screenshot6.png

Liftoff!

screenshot9.png

Climbing rapidly. Lots of TWR.

screenshot10.png

Already pitching south. Going to add a touch of westerly to cancel rotation.

screenshot12.png

Already supersonic.

screenshot15.png

Approaching burnout. The polar launches can't quite get the first stage trajectory out of the atmosphere, but it shouldn't be an issue in this case.

screenshot21.png

MECO is set to occur automatically because one of the fuel tanks is blocked.

screenshot22.png

Staging and RCS-assisted separation.

screenshot24.png

"MVac" ignition!

screenshot25.png

This is my fully-stock Falcon 9; otherwise I would have put a Tweakscaled Rhino on the upper stage.

screenshot27.png

Nice perfect polar ascent.

screenshot28.png

That's a high enough apoapse for our coast. SECO-1.

screenshot30.png

Fairing separation. Beautiful, beautiful clamshell.

screenshot31.png

Now back to the first stage! 

Since I'm still in the upper atmosphere, I'll pop out the grid fins now.

screenshot32.png

Reorienting for entry.

screenshot34.png

One-engine boostback burn, just because they did it in the webcast. Not entirely sure why, really.

screenshot35.png

Entry burn ignition!

screenshot39.png

Side engines ignite.

screenshot40.png

Side engine shutdown, and...

screenshot41.png

Here we go.

screenshot44.png

Landing burn ignition! Much higher than IRL, of course. 

screenshot46.png

Vectoring for final approach by switching from retrograde to radial out.

screenshot48.png

This will be a 1-3-1-0 landing burn.

screenshot49.png

Legs out...a bit high, but I don't have nice actuated ones.

screenshot50.png

Aaaaand we have a good side-engine shutdown, but unfortunately there were some deployment problems.

screenshot52.png

Oh well. It's going in the drink anyway.

screenshot55.png

Controlled splashdown!

screenshot56.png

As expected, it broke up on splashdown.

screenshot58.png

Now back to the upper stage!

screenshot59.png

Planning the single circularization-and-orbital-insertion burn.

screenshot60.png

Aand a good orbit! SECO-2.

screenshot63.png

First satellite away.

screenshot64.png

Array deployment.

screenshot65.png

Remaining satellites:

Spoiler

screenshot66.png
screenshot67.png
screenshot68.png
screenshot69.png
screenshot70.png
screenshot71.png
screenshot72.png
screenshot73.png
screenshot74.png

Now using RCS to reorient the F9 US for its deorbit burn.

screenshot78.png

MVac third start.

screenshot79.png

Looks like a good disposal.

screenshot80.png

Firing up the first satellite for precise placement.

screenshot82.png

Adjusting...

screenshot86.png

A little further...

screenshot91.png

And, much much later, we recover the pieces of the first stage.

screenshot92.png

And our ring of relays is in place!

screenshot93.png

I need to get better at spacing constellations.

 

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On 3/30/2018 at 2:15 PM, sevenperforce said:

Iridium-NEXT Flight 5

I had built the Iridium satellites the day before the launch, but I saved the build and flight for the actual day-of.

  Reveal hidden contents

Getting this thing to look approximately right but still be in the generally correct mass window was tricky. Tweakscale is your friend. Unfortunately it doesn't work with DLC parts.

screenshot0.png

Pretty bare-bones, really.

screenshot1.png

Stuffed ten of them on the payload dispenser.

screenshot3.png

Adding the prefab F9 upper stage.

screenshot4.png

I can finally do a clamshell deploy this time!

And the reusable lower stage....

screenshot5.png

On the pad. Haven't yet designed a subassembly for the transporter-erector, though I plan to do so at some point.

screenshot6.png

Liftoff!

screenshot9.png

Climbing rapidly. Lots of TWR.

screenshot10.png

Already pitching south. Going to add a touch of westerly to cancel rotation.

screenshot12.png

Already supersonic.

screenshot15.png

Approaching burnout. The polar launches can't quite get the first stage trajectory out of the atmosphere, but it shouldn't be an issue in this case.

screenshot21.png

MECO is set to occur automatically because one of the fuel tanks is blocked.

screenshot22.png

Staging and RCS-assisted separation.

screenshot24.png

"MVac" ignition!

screenshot25.png

This is my fully-stock Falcon 9; otherwise I would have put a Tweakscaled Rhino on the upper stage.

screenshot27.png

Nice perfect polar ascent.

screenshot28.png

That's a high enough apoapse for our coast. SECO-1.

screenshot30.png

Fairing separation. Beautiful, beautiful clamshell.

screenshot31.png

Now back to the first stage! 

Since I'm still in the upper atmosphere, I'll pop out the grid fins now.

screenshot32.png

Reorienting for entry.

screenshot34.png

One-engine boostback burn, just because they did it in the webcast. Not entirely sure why, really.

screenshot35.png

Entry burn ignition!

screenshot39.png

Side engines ignite.

screenshot40.png

Side engine shutdown, and...

screenshot41.png

Here we go.

screenshot44.png

Landing burn ignition! Much higher than IRL, of course. 

screenshot46.png

Vectoring for final approach by switching from retrograde to radial out.

screenshot48.png

This will be a 1-3-1-0 landing burn.

screenshot49.png

Legs out...a bit high, but I don't have nice actuated ones.

screenshot50.png

Aaaaand we have a good side-engine shutdown, but unfortunately there were some deployment problems.

screenshot52.png

Oh well. It's going in the drink anyway.

screenshot55.png

Controlled splashdown!

screenshot56.png

As expected, it broke up on splashdown.

screenshot58.png

Now back to the upper stage!

screenshot59.png

Planning the single circularization-and-orbital-insertion burn.

screenshot60.png

Aand a good orbit! SECO-2.

screenshot63.png

First satellite away.

screenshot64.png

Array deployment.

screenshot65.png

Remaining satellites:

  Reveal hidden contents

screenshot66.png
screenshot67.png
screenshot68.png
screenshot69.png
screenshot70.png
screenshot71.png
screenshot72.png
screenshot73.png
screenshot74.png

Now using RCS to reorient the F9 US for its deorbit burn.

screenshot78.png

MVac third start.

screenshot79.png

Looks like a good disposal.

screenshot80.png

Firing up the first satellite for precise placement.

screenshot82.png

Adjusting...

screenshot86.png

A little further...

screenshot91.png

And, much much later, we recover the pieces of the first stage.

screenshot92.png

And our ring of relays is in place!

screenshot93.png

I need to get better at spacing constellations.

 

SUGGESTION: DEORBIT THE TIAGONG!

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CRS-14

This will be my first Dragon mission, so I had to go ahead and build the Dragon 1 from scratch. There's not actually any interior space, since there's no way of getting anything out. But it doesn't look half bad...

Spoiler

The Dragon...

screenshot0.png

All the thrusters are in the right place.

screenshot1.png

The external payload:

screenshot2.png

Second stage.

screenshot3.png

Booster:

screenshot6.png

Instant launch window...warped in.

screenshot8.png

Ready to go!

screenshot9.png

Liftoff!

screenshot19.png

Immediately pitching downrange.

screenshot20.png

I'll need to watch this node on ascent.

screenshot21.png
screenshot22.png
Meco!

screenshot24.png

Separation, aided by RCS.

screenshot26.png
MVac ignition.

screenshot27.png
I just need to get my apoapsis up and out of the atmosphere.

screenshot28.png
Just blew the fairing.

screenshot29.png
That should be a good place to circularize later! Now back down for that experimental landing.

screenshot33.png
No boostback burn or entry burn. Going 0-3-0 on all burns. Grid fins out.

screenshot34.png
Of course I rarely actually need an entry burn.

screenshot37.png
Here's my three-engine burn start.

screenshot39.png

Legs deployed!

screenshot44.png

Looks like there were some deployment problems.

screenshot49.png

Soft laydown.

screenshot52.png

The real thing didn't do a restart, but I'm no superman.

screenshot53.png

Good orbit; time to deploy the Dragon!

screenshot57.png

Array deployment.

screenshot58.png

Shot of the payload.

screenshot59.png

Deorbit burn!

screenshot60.png

That's all, folks!

screenshot63.png

 

 

Edited by sevenperforce
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3 minutes ago, Delay said:

How did you do the landing legs on the Falcon?

I built stock landing legs using a pair of stock hinges and made them lock with Clamp-o-Tron Jrs. Once released, they drop down and a pair of docking ports catches and locks them. The actual ground contact is a closed landing gear piece, and there are wing pieces around them to give them shape.

The deployment must be right before touchdown or drag keeps them from dropping (as it should be). Unfortunately I've had hinge problems in 1.4 so I should probably rebuild them from scratch.

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CRS-14 Dragon 1 Rendezvous and Docking

When we last left off, Dragon had managed to make it into orbit and was setting up for a rendezvous with the ISS.

Spoiler

Unfortunately, it was at this point that I realized I had built the Dragon 1 with the 1.25m docking ports planned as the IDA analogue, rather than the 2.5m docking ports for the perting station we were headed to today.

Oops.

In what can only be described as "cheating", I rebuilt Dragon, put a new chute system in, and swapped it out via F-12 with the existing Dragon on orbit:

screenshot0.png
screenshot1.png
screenshot2.png

I then deorbited the old Dragon 1:

screenshot4.png

Then it was time to head to the ISS.

screenshot6.png
screenshot7.png

After a few days of maneuvers...

screenshot9.png

...we had a nice intercept!

screenshot10.png

Matching orbits.

screenshot14.png

Now for a berthing approach!

screenshot16.png

Of course, I have no Canadarm, so capture and berthing can't really be done. I'd just have to dock manually.

screenshot17.png

Closeup:

screenshot19.png

Closing gently. I had to go in and adjust some of the actuation toggles on the RCS.

screenshot20.png

Closer...

screenshot22.png

And berthed!

screenshot25.png

Obligatory money shot:

screenshot26.png

 

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DSN 1 / Superbird-8 and HYLAS-4

Second Arianespace launch, but first with the Ariane 5 family. This launch uses the ECA configuration.

Spoiler

First I built the secondary sat and saved it as a subassembly.

screenshot0.png

Then the second satellite.

screenshot1.png

Encapsulation wasn't quite right; I only just realized how the fairing-in-fairing design works. But this got the job done.

screenshot2.png

Lower sat.

screenshot4.png

Here's the single-ignition cryogenic upper stage.

screenshot5.png

Lower stage.

screenshot6.png

And here are the boosters! Their verniers are crossfed from the core tanks.

screenshot7.png

On the pad.

screenshot8.png

Vulcain II ignition:

screenshot9.png

Liftoff!

screenshot10.png

I probably should have tweakscaled up some Spider engines instead of using the Twitches so their plumes wouldn't be so visible.

screenshot11.png

Beginning gravity turn, but it's not so important. Arianespace can do direct-to-GTO launches without ever achieving orbit.

screenshot14.png

Nearing booster burnout.

screenshot16.png

SRB jettison! Note low TWR.

screenshot17.png

Sustainer does its job, though.

screenshot18.png

Picked up more speed, and high in the atmosphere, so jettisoning the first fairing.

screenshot22.png

Upward and onward!

screenshot23.png

Getting there.

screenshot24.png

Wanted to have a disposal orbit for my upper stage, so I did MECO a little early.

screenshot27.png

Separation (aided by hidden solid sep motors).

screenshot28.png

Cryogenic engine ignition!

screenshot29.png

Closeup shot. Note the cold gas bottles and thrusters.

screenshot30.png

Going to do a bi-elliptic transfer. 

screenshot31.png

First satellite away:

screenshot33.png

Opening its arrays.

screenshot34.png

Second satellite away.

screenshot36.png

Its arrays look decent.

screenshot37.png

Planning the first burn of my bi-elliptic transfer. Those are good when you only have a little bit of inclination to kill.

screenshot39.png

Here's that burn.

screenshot40.png

Partner burn on the other satellite. This one is hybrid.

screenshot41.png

First burn of the bi-elliptic transfer complete!

screenshot47.png

And now to circularize.

screenshot52.png

Circularizing...

screenshot53.png

All done!

screenshot54.png

Now, we just have to follow the upper stage back into the drink.

screenshot56.png

It made it through without burning up! Wow.

screenshot57.png

Kersplash!

screenshot60.png
 

 

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IRNSS-1I

This was a really, really fun launch. For one thing, the PSLV is a really neat launch vehicle. Four stages, one dual-engine liquid stage inside the payload fairing, an upper stage solid using a sequential stage's RCS for pointing, asymmetric roll control on the single-engine upper stage, a solid core with bolted-on liquids, and a series of bolted-on solids, some of which fire on the pad and some of which fire in-air? Simply fantastic to build, let alone fly.

The destination was cool, too. Going to an inclined eccentric kerbosynchronous orbit required quite a bit of number-crunching.

Payload was meh. Hard to make comsats interesting.

EDIT: The rest of the mission is now up!

Spoiler

The payload. It...well, it is what it is.

I'm using DLC parts more and more, I've found. This is why I don't mod (other than Tweakscale); I'd come to rely on it.

screenshot0.png

The PSLV hypergolic S4 inside the fairing. The thrust plates definitely come in handy sometimes.

screenshot1.png

The solid third stage. Pointing with the fourth stage's cold gas thrusters.

screenshot2.png

Vikas-based second stage, with asymmetric roll control thruster pair on one side. Used the same engine scale as the GSLV second stage.

screenshot3.png

The core, with liquid bolt-ons for control. The real one uses passive injection into the nozzle for pitch/yaw and the side bolt-ons only control roll, but I couldn't very well do that.

screenshot4.png

The first two strap-ons that will be air-fired. These have embedded Puff engines to simulate fluid-injection vector control.

screenshot5.png

The other four boosters, which are ground-fired.

screenshot6.png

On the pad, ready to launch!

screenshot7.png

I'll post the rest of the mission after the actual mission!

And launch!

screenshot8.png

Climbing quickly enough. You can see the plumes from the vectors, and I've just ignited the second set of SRBs.

screenshot9.png

Nearing first booster set burnout.

screenshot10.png

First booster set burnout. I used separatrons on the main stage to shove the noses of the boosters away.

screenshot11.png

Supersonic and approaching burnout of air-fired boosters.

screenshot15.png

Booster sep 2.

screenshot18.png

That big SRB will run out of fuel pretty soon.

screenshot19.png

Staging!

screenshot22.png

Fairing jettison as the Vikas engine pushes upward and onward.

screenshot23.png

My destination orbit was wonky so I set a maneuver node:

screenshot27.png

See, there's that engine plate.

screenshot30.png

Solid upper stage ignition:

screenshot32.png

If I wasn't flying such an intentionally-inefficient ascent, I would already be past my destination by now.

screenshot33.png

Solid is jettisoned and the two remaining engines are ready to fire.

screenshot34.png

Not a bad-looking shot.

screenshot35.png

You can see that I'm more or less lined up for where I want to be.

Heading to an eccentric geosynchronous orbit means you use slightly less of your payload's propellant to circularize.

screenshot37.png

Another shot:

screenshot39.png

Made it! Amusingly, my upper stage ended up in a good disposal orbit.

screenshot41.png

Payload deployment.

screenshot42.png

Panels and antennae deployed.

screenshot43.png

Kerbosynchronous orbits can be found by taking the altitude of a kerbostationary orbit and doubling it. Then you subtract your apoapse from that to figure out where your periapse needs to be.

screenshot46.png

Inclination adjustment and circularization.

screenshot48.png

That'll do it!

screenshot49.png

Apoapse:

screenshot51.png

...and periapse:

screenshot52.png

Plenty of libration, but it stays above the same region.

screenshot55.png
 

 

 

Edited by sevenperforce
Launch and mission.
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