What SpaceX Just Revealed About Starship Is Incredible!

This video, hosted by Marcus House, covers a packed week of space news with a primary focus on SpaceX's Starship program and other aerospace developments.

Flight 14 Recap: The video highlights Flight 14, noting the successful deployment of Starlink satellites and the excellent performance of the new curved heat shield tiles (1:49 - 3:42).

Flight 15 Double Catch: SpaceX is preparing for a daring double-catch attempt—retrieving both the Super Heavy booster and the Starship upper stage during the next flight, targeted for November (3:44 - 4:49).

NASA Artemis Milestones: Updated plans for the Artemis human lunar missions are explored, detailing the path through 2027, including orbital propellant transfer demonstrations (5:01 - 8:21).

Starbase Infrastructure: Massive ongoing construction at Starbase is shown, particularly the upgrades to Pad 1 and the testing of catch tower systems for Pad 2 (8:22 - 10:50).

Falcon 9 Operations: A successful Bandwagon-5 rideshare mission and a Starlink launch were completed this week (14:54 - 17:43).

Rocket Lab: The company announced delays for its Neutron rocket due to technical challenges with manufacturing large carbon fiber structures (18:19 - 20:26).

Japan's MMX Mission: The Martian Moon Exploration mission successfully launched on an H3 rocket, aiming to collect the first-ever surface samples from Phobos (20:27 - 23:38).

Blue Origin: Updates on New Glenn include rapid tower assembly and progress on lunar mission hardware, such as the VIPER moon rover (23:39 - 24:52).

Message from Jim Robinson:

Dear FRiends,

We need your continuing support to keep FR funded. Your donations are our sole source of funding. No sugar daddies, no advertisers, no paid memberships, no commercial sales, no gimmicks, no tax subsidies. No spam, no pop-ups, no ad trackers.

If you enjoy using FR and agree it's a worthwhile endeavor, please consider making a contribution today:

Click here: to donate by Credit Card

Or here: to donate by PayPal

Or by mail to: Free Republic, LLC - PO Box 9771 - Fresno, CA 93794

Thank you very much and God bless you,

Jim

processed from YT transcript at https://app.textformatter.ai/

Transcript pt 1

SpaceX has released some brand new magic this week and doubled down on these plans to catch both Starship and the Super Heavy on the very next flight, hopefully still in just a few weeks’ time. Indeed, it has been a busy week at Starbase. Mixed in with that, totally unseen views from the previous flight were dropped, and if that’s not enough, NASA has revealed the updated milestones to get those human missions to the moon. We have the incredible MMX mission off and away to take our very first sample of a moon that is not our own, and just so much more packed right into this one. It’s never a dull week in space!

Hey, hey, Marcus House with you here, and it has been a gigantic week of Starship excitement. On Tuesday, SpaceX presented their Quarterly Financial and operational results, which came with a direct earnings call. First of all, we got a great Flight 14 recap, which included a couple of extra drone shots of that absolutely spectacular looking early morning launch! The colours are just something else! A sneaky little external shot of the Super Heavy there as it splashed down, and the Flight Termination System had, of course, been intentionally triggered to demonstrate that it works as expected.

As you may recall with Flight 14, Ship 41 was the very first Starship to deploy its payload into an operational orbit, and we got some new added shots of the Starlinks exiting the door and drifting away! After deploying the payload and later deorbiting to target a splashdown in the Pacific Ocean, we didn’t have any good external views of the splashdown like we’ve had with other flights that splashed down off the West Coast of Australia.

Well, as you can see, we now do finally have this perspective from the first orbital Flight 14 mission! Given that this drone had been used to capture this footage, it tells us that the ship was very much on target, but just check out the heat shield running right down the full length of the body. This appears to be just one solid colour, and this we believe is all due to those brand new curved tiles to help limit erosion of the material between tiles. This looks fantastic compared to other flights!

We can still see quite a bit of the white streaking on the nose itself, obviously, but again, this just seems to be a little of that insulation material between the tiles being ablated out and lightly coating the top. Remember that a lot of the discoloration in some of the earlier flights was due to test tiles that SpaceX had been playing with, so we’ve been waiting to see how it would look without those tests.

Now just to give you an idea of what we mean by the tiles being curved, we’ve been working with ChromeleonCircuit to help show this difference. It’s actually very subtle. This is the original regular tile, and with straight guide lines, you can see it is built with two completely flat edges. This, in comparison, is the new curved tile. If you look closely at that top edge, you can see that it adopts a very subtle curve to conform better to Starship’s curved body.

With all these tile edges now blending so smoothly together, this means that the plasma can flow more evenly over the gap to the neighboring tiles instead of just hitting a harder edge and having some plasma whipping through the gaps between them. I think it’s wonderful seeing how such a tiny tweak has had such an impressive result. I mean, if you just check how light bounces off the old tiles vs. the new, you can see how smoothly this new design makes that flow.

It is a continually evolving process, of course, and SpaceX has mentioned that for ship recoveries early on, they do expect to need to do some minor refurbishment after being caught before the next flight of a Starship. As the design continues to be polished even further, that work should drop and even become far more automated. I’m sure the return of Ship 40 from Flight 13 has already taught them a great deal about what this process will involve.

Transcript pt 2

Actually, this brings us to the next topic of discussion. Although it was only loosely mentioned that SpaceX would like to go for a double catch of the Super Heavy and the upper stage Starship in Flight 15, in this event, they again confirmed that they wanted to do this, along with expressing a lot of confidence in being able to get that FAA license approval for this huge first. In fact, they are still planning the launch in November, hopefully in just a little over two weeks. In fact, we even had a brand new detailed animation of the Starship catch presented, all with the surrounding launch site infrastructure updated here. This will be SpaceX’s very first attempt to catch a Version 3 booster, but more crucially, the very first time ever attempting to catch the upper stage Starship after returning from orbit.

Now we also need to keep in mind that the new Pad 2 tower uses the shorter arm design and the new electromechanical actuators! There are a lot of firsts here just trying to catch the Super Heavy, and there is so much that has to go right for both catch attempts. As always, without an absolute doubt, there is excitement guaranteed! Once recovery and reuse really begins to kick off, it’s really going to open the floodgates for higher flight frequency and then the ability to begin thinking about goals beyond Starlink launches!

SpaceX still appears to be aiming for early 2027 to perform the very first orbital propellant transfer demonstration between two ships. In fact, NASA published an updated plan for the needed Artemis 3 milestones and beyond. This includes both SpaceX and Blue Origin, but on the SpaceX side of things, they gave us a pretty clear chart of all their expected steps to complete between now and the end of 2027. Indeed, we appear to have quite a few busy months ahead of us here in this last quarter of 2026.

As we know, Starship performed well with the very first orbital flight even if they chose to bring it back home earlier than they would have ideally wanted. The next major milestone, though, is obviously the recovery of both stages as we want from Flight 15, and then they want to see the reuse of both of those Starship stages.

Interestingly, we see here that the Starship that will be used on the Artemis 3 mission already seems to be on the production line and is aiming to have its very first set of fit checks with a docking adapter very soon. Remember, this is mainly just a docking demonstration mission for SpaceX, and it requires that adapter being placed on the nose of the vehicle. Of course, there needs to be some cover to protect that system in the ascent, so here we see that both the docking system installation and the aerocover integration is expected around the end of the year!

In Quarter 2 of 2027, SpaceX wants to have the Artemis 3 Starship fully built, cryo tested, static fired, and delivered by barge to Florida. Interestingly, just yesterday, NASA streamed their Artemis Acceleration event live, and we got a number of really sweet updates here. They’ve confirmed they are still targeting that mission timeline in Quarter 3 of 2027 with the goal of having the Orion capsule dock with the Starship and have it run a series of tests over a period of about 2 hours.

Again, there will not be any crew accessible area inside this Starship, so it is more just a test of the docking and maneuvering systems. On that topic, though, SpaceX also seems to be actively constructing the very first crew cabin to be used for operations testing, and also it seems, the first uncrewed demo later in 2027. Check out those windows and interior design! The aim of this demo ship is to prove the whole system works as expected. This is before landing crew on the lunar surface on the Artemis 4 mission planned for 2028!

Transcript pt 3

With all this work in 2027, you would think it’s busy enough, but they are also currently in the process of assembling the ship to be used in the first ship-to-ship propellant transfer demonstration! Indeed, SpaceX needs all those orbital refilling systems in place. Towards the end of next year, we should see the first refueling tanker missions and long-duration coast analysis. This will all help determine how effectively their strategy will handle long-term cryogenic propellant storage.

Right now, we’ve seen hints that the number of refilling missions needed could be as low as 6, but then other estimates suggest as many as 22 would be needed for a Human Landing System Starship launch to the moon. That’s obviously a very large gap of uncertainty, so hopefully, we can get some more accurate numbers on this soon. Remember, the HLS Starship needs to travel all the way to the moon from Low Earth Orbit, land on the surface, and then relaunch back into a lunar orbit to meet up with Orion, so it’s certainly going to require a lot of propellant.

Transcript pt 4

So with all these neat updates out of the way, how is SpaceX progressing toward this epic double catch mission? At the launch site at Pad 2, we are still eagerly awaiting the rollout of Booster 22 to perform its static fire test. Well, throughout the week, we watched them clear out the pad, removing the service platform from the center of the launch mount, they purged the booster quick disconnect hoods, and even performed a couple of activations of all those deluge systems, including the top deck! This has all been alongside some more impressive catch simulations with both arms at the top of the tower making sure everything checks out before the next Starship chapter! Practice makes perfect!

Now the drawworks bunker area down here at the bottom of the tower has also received some additional cladding just like some other parts of the tower to protect all these internals. What they’re really doing is reinforcing everything necessary just in case anything at all goes wrong with either catch attempt incoming! There is more risk in this than any previous mission to date. Now just as a quick side note, I’ve seen a number of people in the comments asking whether or not they could use both pads for this double catch.

I mean, down the line when Pad 1 is also active, that may likely be the case, but considering the amount of work that is still yet to take place over at Pad 1, we are still quite a long way off that being possible. Instead, SpaceX will need to catch the Super Heavy with Pad 2, have it safed, and then it lifted down and transported away within hours of it being caught. I would then expect the SpaceX team to get in there and swarm over the tower to make sure all systems are still healthy and ready for another catch of the Starship roughly 20 hours after the launch.

Now while we’re here, of course, it is worth mentioning the huge ongoing work getting Pad 1 upgraded to match the new Flame Trench design. As you can see, thanks to the latest flight by RGV Aerial Photography, the bucket and apex supports in the center of the flame trench are all in place and awaiting the completion of the flame buckets and apex themselves in the Sanchez area near the build site.

They’ve also begun installing the launch mount legs on top of the steel trench walls, and one of the trench exit ramps was poured not so long ago. This’ll be cured and ready for the rest of the sections to be lifted in shortly. We can also see work on Tower 1’s own drawworks bunker has also resumed this week with both side wings lifted and being welded into place. Ok, so heading up the road to the build site there are more vehicles receiving attention.

Disclaimer: Opinions posted on Free Republic are those of the individual posters and do not necessarily represent the opinion of Free Republic or its management. All materials posted herein are protected by copyright law and the exemption for fair use of copyrighted works.