I create photorealistic renders of Starship and Super Heavy from unique angles to inspire people all around the world what amazing engineering can achieve.
With IFT-2 scheduled for Friday, we may see the first-ever attempt at
#Starship
hot-staging take place. Here is a quick animation I put together over the past few days showing what tracking cameras may be able to capture from a distance.
#Starship
IFT-2 will utilize a new method called "Hot Staging" to separate
#S25
from
#B9
in flight. This process includes igniting several engines on S25 while the 3 remaining engines on B9 are deep throttled. This allows S25 to pull away from B9 without acceleration losses.
Do…
#SpaceX
has started making some progress on the transpirational steel plate system that will be installed under the
#Starbase
#Starship
OLM. In this thread, I will be detailing the latest findings as well as touching on my process for reverse engineering a system like this. (1/n)
@AustinDeSisto
@elonmusk
I undid the 25% slow-mo applied to this clip for real-time viewing pleasure! It's pretty neat how fast the stack reacts to throttle up!
The
#SpaceX
#Starship
#OFT
animation is now 𝗟𝗜𝗩𝗘 on YouTube! You really don't want to miss this. It's unlike any Starship animation that came before it!
𝗖𝗹𝗶𝗰𝗸 𝘁𝗵𝗲 𝗹𝗶𝗻𝗸 𝗯𝗲𝗹𝗼𝘄!
SpaceX has made a lot of progress preparing the area around the OLM for the new transpirationally cooled steel plates that will replace the surface below the OLM. I have been observing the changes over the past few weeks and this thread will detail my speculations. 1/n
What if
#SpaceX
took another photo from the top of the tower after the
#Starship
#S20
and
#SuperHeavy
#B4
stack with
#Mechazilla
? Here is a rendering of what it could look like framed almost exactly like the one taken previously. Are there any photos
@elonmusk
can share?
#SpaceX
just crossed another item off the list in the orbital attempt campaign.
#Starship
#S20
just completed a successful full duration six engine static fire igniting all 3 sea-level Raptors and for the first time all 3 Vacuum Raptor engines.
Over the past few weeks
#SpaceX
has worked to complete
#Starship
#S20
's heat shield including repairing a number of tiles after
#Raptor
engine tests shook them loose. S20 now has around 17,000
#Starbricks
installed.
It's finally time to unveil my
#SuperHeavy
#B9
propellant simulation results! In this thread, I will
include some animations with data and provide some brief details about the process. I may make another thread explaining this process in more detail at a later date if desired. /1
There have been many questions and concerns about the water-cooled steel plate that is planned to be installed under the OLM. I’ll go over some details about it in this thread and maybe ease some of the concerns. There will be some speculation in this towards the end. (1/n)
Concept - Bird's eye view of
#Starship
#S20
overlooking the sub-orbital pads area after being stacked atop
#SuperHeavy
#B4
for additional systems testing.
Last night,
#SpaceX
achieved another milestone in the
#Starship
program.
#S20
performed its first static fire marking the first time a Raptor vacuum engine has been fired on a Starship prototype. Later on, a second static fire utilized both a Raptor vacuum and sea-level engine.
Here's a short teaser showing the
#SpaceX
#Starship
Orbital Launch Mount
#SuperHeavy
support arms in motion. I have set the retraction speed to be as close to the mathematically calculated requirement as I can. If any of these arms fail to retract the booster will have a bad day.
#OFT
is an animation depicting a flight test of the long-anticipated launch of
#SpaceX
's
#Starship
rocket. After many long months, it is almost ready to share and I couldn't be more excited! Get ready for nearly 20min of work from some amazingly talented artists!
Thursday, March 14th, 2024
#S28
and
#B10
took to the skies for
#Starship
Flight 3. Building on the success of Flight 2, B10 completed its boostback burn making it the first
#SuperHeavy
booster to make a touchdown in the Gulf of Mexico. S28 completed its insertion burn making it…
Since my last thread,
#SpaceX
has made a lot of progress with the upgrades beneath the
#Starship
OLM. In this thread, I will give an updated look at the transpirationally cooled steel plates and explain how they will all come together as well as some additional speculation. 1/n
As I model all the details on the
#Mechazilla
launch tower it becomes clear how much
@elonmusk
meant it when he said stage 0 is arguably more complex than the launch vehicle. All simple mechanisms at their core but when put together and at this scale, it's immensely complex.
On May 5th, 2021
#SpaceX
#Starship
#SN15
performed the belly flop maneuver on its way back to
#Starbase
TX. For the first time ever, the vehicle pointed its nose to the north before attempting the flip-n-burn maneuver.
(1/2) Here are some revised renderings showing what the "showerhead" steel plate that
@elonmusk
talked about during the recent
#Starship
Spaces could look like once completed. As of now, none of the steel plates appear to have any holes yet, so size and count are speculations.
Quick concept showing what I interpret from the
#SpaceX
video showing a scale prototype of the "water-cooled showerhead" being tested against a Raptor engine. Blue lines indicate water trajectory, not a simulation of water. For those concerned about the Raptors, look closely.
The overwhelmingly positive response to the
#SpaceX
#Starship
#OFT
animation has the team overjoyed. It took us 9 months of planning, creating, rendering, and editing but I think we managed to produce something unique and special that people from all walks of life can appreciate.
Today,
#SpaceX
passed another major milestone in the
#Starship
program. The first ever Starship WDR was completed using
#S24
and
#B7
at
#Starbase
TX. This test broke many records for both SpaceX and aerospace as a whole. SpaceX is now one step closer to an orbital test flight.
In the coming weeks, once both vehicles have completed their separate test campaigns,
#Starship
#S24
will be stacked on top of
#SuperHeavy
#B7
ahead of orbital flight testing. This will be the first pair of vehicles fully stacked by the
#Mechazilla
launch tower.
Shortly before I posted my first detailed thread about my
#SuperHeavy
#B9
propellant simulation results,
#SpaceX
rolled B10 to the launch site, and some new weld marks were observed in the lower LOX tank. Like others, I also speculated this may indicate new slosh baffles. /1
As soon as Monday,
#SpaceX
may begin the long-awaited orbital launch testing campaign kicking off with a wet dress rehearsal (WDR). This will include filling
#SuperHeavy
#B7
and
#Starahip
#S24
completely full of propellant for the first time and simulating the launch countdown.
Here is an animation of all 20 support arms on the
#Starship
Orbital Launch Mount actuating. Before launch, these arms hold the
#SuperHeavy
booster and transfer the weight into the surrounding steel structure. I have removed the steel structure for a unique perspective.
Currently, the
#SpaceX
#Starship
#SuperHeavy
booster utilizes 33 of the most advanced rocket engines humans have ever developed and flown. Raptor 2 continues to evolve every day with considerations balancing manufacturability and performance. Raptor 2.5 will continue this trend.
It has been questioned whether or not SpaceX will need to stack S24 on top of B7 to perform 33 engine static fires. After finding some additional hardware in images I do not believe that stacking will be required. Here are my revised 3D models showing the hardware in action.
After
@elonmusk
's tweet about the water-cooled plate, I started looking at the parts visible on-site and was able to figure this much out using accurate dimensions. Some parts are still missing but it's looking like this will be a combined system for deluge and pad cooling.
At the time of making the OFT animation I was doubting that S25 would fly next. I almost didn't put the "S25" decal on the ship model but decided I had to since I had "S24" on the hero model. I don't know if
#SpaceX
did this framing on purpose but it's pretty neat if they did!
#SpaceX
has been changing out the upper constraint linkages for each of the 20 support arms on the
#Starship
Orbital Launch Mount. These linkages feature several changes from the original linkages including swappable wear parts, improved bearing protection (retrofitted on the…
After seeing the damage to the propellant lines under the booster quick disconnect (BQD) hood from
#Starship
flight 3, I wondered what could have caused the LCH4 hose to become completely severed. I went back and looked at some pictures and noticed the LCH4 hose was slightly…
Here is a 360° turntable animation showing my
#Starship
OLM model in more detail.
#SpaceX
has managed to modify and add a lot of different GSE infrastructure onto this mount as the needs for Starship have evolved over the past few years. It will be interesting to see how the next…
Big
#Starship
news revealed from
@elonmusk
as he confirms a full Starship stack with
#S20
and
#B4
should be present for the Starship update this Thursday in
#Starbase
. This will be the first time that a full-stack is present on the OLM with Mechazilla's hardware fully equipped.
#SpaceX
has been making quick work out of installing large prefabricated components for the
#Starship
OLM transpirationally cooled steel plates. Its hard to tell for sure but it appears that everything pictured has at least been lifted into place and surely welding has begun.
#SpaceX
has been working tirelessly to build out the infrastructure needed for the first orbital launch attempt of the
#Starship
system from
#Starbase
Texas. If all goes smoothly, this site should see a launch by the end of the year with
#S20
atop
#B4
.
The
#Starship
Orbital Launch Mount features many moving parts. While this adds complexity to the mount, it is a tradeoff
#SpaceX
engineers chose to simplify the
#SuperHeavy
booster and reduce mass. This updated animation showcases some of the actions the OLM can perform.
The next
#Starship
launch should look slightly different from IFT-1. The water-cooled flame deflector system should produce white plumes expanding outward closer to the ground as the water flashes to steam instead of the tall dark dust/sand-filled plumes observed during IFT-1.
Activities around the
#Starbase
#Mechazilla
launch tower indicate a booster lift with the catch arms could be imminent. I have an animation coming showing what we could expect a
#B4
lift to the
#OLM
might look like. Here is a sneak peek of the work in progress!
High Altitude Flight Collection - Liftoff
On May 5th, 2021 SpaceX launched
#Starship
#SN15
to 10km through heavy clouds from suborbital Pad A in Boca Chica TX.
Not sure if anyone else has brought this up, but Super Heavy B10 crossed 100km. So would that technically make it the largest object to reach space, beating out Starship?
Here is what we can expect as the center assembly for the transpirationally cooled steel plates makes its way under the
#Starship
OLM for installation. This was made before the assembly left the inventory tent so its design is slightly outdated, but the same concept applies.
I was right when I predicted angled holes back in May. Not the same water outlet layout, but the main concept is the same. Water will be directed away from the engines, which is what we saw in the partial test today.
Quick concept showing what I interpret from the
#SpaceX
video showing a scale prototype of the "water-cooled showerhead" being tested against a Raptor engine. Blue lines indicate water trajectory, not a simulation of water. For those concerned about the Raptors, look closely.
Here is a quick animation showing the
#Starbase
OLM transforming from its current state to what it may look like once all the walkway shielding has been added. Notice the unique parts around the BQD and access stairs below.
Here's an extended look at how the
#Starbase
#Starship
orbital launch mount support arms, Raptor Boost quick disconnects, and hold-down clamps work when interfacing with a
#SuperHeavy
booster. This design is the perfect balance of design considerations and risk mitigation.
While updating my
#Starship
#Mechazilla
launch tower models, I tried to reverse-engineer many of the hydraulic systems so they could be modeled as accurately as possible. It's surprising how relatively simple the hydraulics are when you understand how they are controlled.
Let's see if we can get the
#Starship
O.F.T (Orbital Flight Test) animation to 500,000 views before IFT-2!
🔗
If you aren't hyped enough for Starship flight 2 you need to check this out!
We could see
#SuperHeavy
#B7
roll to the launch site early next week ahead of its static fire campaign with 33 Raptor V2 engines installed. Do you think
#SpaceX
will use the Mecazilla tower arms to place the booster on the OLM this time? Maybe
@elonmusk
can give us some insight?
#SpaceX
will use a large jig to transport the center section for the transpirationally cooled steel sandwich under the
#Starship
OLM nearly vertically while riding an SPMT!
Learn more about this and more in
@CSI_Starbase
's newest episode linked below!
🔗
I thought it would be interesting to see what it might look like from inside the LOX tank if SpaceX had engineering cameras in there. So here are two angles from theoretical engineering camera perspectives. /14
While it is not a primary mission goal, will
#Starship
#S24
make it to Hawaii and reenter in one piece before it's hard water landing? What do you think?
I've spent nearly 2.5 years 3D modeling
#Starship
and related hardware. This is my first time seeing a full stack in person and up close and boy is it a sight. It actually seems wider in person than in photos.
#Starship
#S24
is the first Starship prototype with painted design elements on the exterior including a painted vehicle label for the first time. S24 is expected to return to the launch site in the coming days to conduct static fire tests for its orbital launch attempt.
Over the past few weeks
#SpaceX
has added some hardware to the exterior of
#Starship
#S20
. Noticeable items include covers over the top and bottom raceway pass-throughs and what appears to be orange "black boxes". Additionally, a patch of TPS tiles was added to the bottom left.
Want to know what
#SpaceX
#Starship
#S20
will look like with the flaps deployed? Here S20 sits atop Pad B and shows off its new flap design fully deployed and covered with TPS tiles.
Today could be the day that
#SpaceX
launches and recovers a full-size
#Starship
prototype for the first time. Starship
#SN15
would be the first prototype to land and be fully recovered if successful marking a major step towards achieving a fully reusable orbital rocket. (1/2)
Now that
#Starship
#S24
and
#B7
have launched, while also damaging the launch pad fairly severely, do you think S26/S27 will ever fly or will delays due to pad repairs lead to the next flight test utilizing S28+?
The
#Starbase
OLM is most likely getting a facelift in the next few weeks before OFT-1. These covers will be added to the exterior of the existing steel structure to protect the GSE control panels from the exhaust plume created by 33
#Raptor
engines on
#SuperHeavy
#B7
at liftoff.
To the best of my knowledge, this is what is currently installed for the supply pipes that feed the transirationally cooled steel plates. Assuming this is correct, the last major section needed will be the 3ft diameter pipe that connects the Y pipe to the small manifold (dotted…
Just over a berm in rural Texas, the first orbit capable
#SpaceX
#Starship
vehicle,
#S20
, towers high above the surrounding environment. In the short span of two years, SpaceX has turned test tanks into the most power-capable and revolutionary rockets ever made.
#SpaceX
's first
#Starship
prototype
#Starhopper
, which hopped to 150m in 2019, looks across the
#Starbase
launch site to see what nearly 3 years of research and development have produced. The Starship
#SuperHeavy
stack is the largest rocket ever assembled by humans.
Two weeks ago,
#Starship
#S25
and
#SuperHeavy
#B9
underwent a Wet Dress Rehearsal (WDR) or, in
#SpaceX
's words, a flight-like rehearsal ahead of launch. This is the last test expected before the second launch which could occur later this month.
Early in my Booster 9 Propellant Simulation project, I knew I couldn't rely solely on the on-screen telemetry data. It does not give enough detail to calculate motion in 3D space, especially during the booster flip.
Therefore, a good bit of data would have to come from…
Before
#SpaceX
built and tested
#Starship
Mk1,
#Starhopper
was used as a testbed for proving Raptor engine flight capabilities. Starhopper paved the way as a proof of concept for the Starship program with several short hops and remains at the launch site today serving as GSE.
For the first time ever the skyline in Boca Chica now features two full-sized
#Starship
prototypes since
#SpaceX
decided to move
#SN10
to the launch site to join
#SN9
before its upcoming flight.
I decided to make a simple concept for what a water-cooled flame diverter could look like for the Massey's Test Site
#Starship
Static Fire stand. We haven't gotten any new photos yet to suggest this design so this is entirely speculation. This is heavily inspired by the flame…
#Starship
IFT-2 will test many design improvements made to
#SuperHeavy
#B9
after IFT-1. Better engine leak and RUD mitigation are some of the biggest on the booster side. Switching to hot staging might be the biggest and riskiest change affecting the second half of the flight.
Here's a short animation I did in collaboration with
@CSI_Starbase
to demonstrate how
#SpaceX
will use the new rigging visible at the
#Starbase
launch site to load test the OLM clamps before
#SuperHeavy
#B7
returns for final launch testing.
Starship
#S20
and
#SN15
have gathered with Super Heavy
#B4
to wish everyone a Merry SpaceX Christmas and Happy Holidays! Is that
@joebarnard
having some Christmas fun at Suborbital Pad B? See if you can find something special for
@torybruno
amongst all the gifts 😉.
@elonmusk
confirmed what I have been speculating for the past few days during
#Starship
Spaces tonight. The water-cooled plate will not only provide a strong surface but also a "showerhead" deluge system. Holes across the surface will release water aiding in sound suppression.
#SpaceX
is currently in the process of placing the medium manifold (pictured middle) into position under the OLM. They lifted it just like it's shown in this concept animation!
Once the center is in place, each manifold assembly will be lowered into place next to it. This will require moving the center of mass with beams and possibly weights so a crane can connect to a point on the assembly that does not have part of the OLM directly above it. 19/n
#KidsDrawRockets22
- Day 23 (1/2)
The first Starship Falcon Super Heavy takes flight on its first mission to send a Starship directly to Lunar orbit without orbital refueling. I had a blast creating and rendering this concept!
Thanks to
@Gibson99dotcom
for the submission.
@C_Bass3d
#KidsDrawRockets22
- my son says this is starship + super heavy with a pair of falcon 9 side boosters for extra power (looks like they're 1st stages with interstage instead of FH side booster caps). Yeah he MIGHT have seen a few posts from
@TheKSPManiac
😁
Here is a look at the first full-scale prototype for my 1:50
#SpaceX
#Starship
OLM that I assembled earlier this month. All 20 clamp arms are capable of moving and the RQDs also retract. This design is as close to the real thing as you can get. I have been working on many…
#Starship
Flight 4 could be on track to happen in less than a month! When do you think
#SuperHeavy
Booster 11 and Ship 29 will return to the launch site for integrated testing?
This level of image modification to remove source and artist credit is unnecessary and disrespectful. I think most people would say it defies common sense and logic.
@C_S_Skeptic
Hey there! Appreciate the uncredited, crudely edited version of my render you used for your video! I enjoy being a public resource, but I don't enjoy having my credit removed from images.
The
#SpaceX
#Mechazilla
launch and support tower is arguably one of the most complicated pieces of launch infrastructure ever engineered. Designed and built in only 13 months, it enables both stacking and catching of building-sized vehicles. Deep dive animation coming soon.
#SpaceX
workers have installed 2 covers on the
#Starbase
OLM. One of these covers features a door that will likely be used for equipment access. The covers have a gap between them so I suspect some steel plates will be added to seal up the gap. Here's what that may look like.
It's been a crazy last few months but I wanted to take a moment and thank all my followers for your continued support. I just crossed 10k in the last day or so and I'm so humbled that so many of you like my content.
Now that I have some real flight references I put together…
(2/2) Pressurized water will enter the six sections and be released through holes in the top surface. The water will provide a layer on top of the steel that will absorb energy from the 33 Raptor engines. Precise water placement is critical to making this pad rapidly reusable.
Before Monday's launch attempt, many of our favorite
#Starship
photographers were able to put remote cameras on the ramp leading up to Pad A at the
#Starbase
launch site. Here's an idea of what they might be able to capture seconds after ignition during Thursday's launch attempt!
Interesting parts are taking shape at
#SpaceX
's Masseys test site. As more work is completed on the new flame diverter, seemingly random parts start developing into recognizable assemblies. In this short thread, I'll present some ideas surrounding these new parts. As always, this…
#SpaceX
is planning to use a "water-cooled" steel plate assembly to create an "upsidedown showerhead" under the
#SuperHeavy
booster at liftoff to mitigate damage to the launch pad. It's a unique approach that fits SpaceX's design philosophy.
#SpaceX
is gearing up for the first static fire of
#Starship
#S25
's 6 raptor engines after undergoing testing and tank farm proofing at the new Massey's test site. Do you think S25 will be the next ship to attempt to reach orbit later this year?
#SpaceX
changed from Raptor V1.5 to Raptor V2 between
#SuperHeavy
Booster 4 and Booster 7. When the Orbital Launch Mount (OLM) was commissioned by Booster 4, R1.5 compatible Raptor Quick Disconnects (RQDs) were used. Changing to R2 before
#Starship
Flight 1 required the RQDs for…
Over the past few weeks,
#SpaceX
has been converting a 5 ring barrel section into a new
#Starship
payload bay door design prototype. After seeing some pictures, I decided to try and design all the bits we can't see. I have an upcoming animation showing one way it *could* work.
I have finished creating the last custom tile on
#Starship
#S20
after a month of work. Every tile seen here is its own object. This is not a texture with a bump map or any other trick. This is all real geometry. I have not counted yet but this should be close to 16,000 tiles.
I have been using pixel math to determine the size of the "water-cooled" steel plates that
#SpaceX
is building. Thanks to
@RGVaerialphotos
, we have this shot showing a recognizable object with known dimensions to reference.
This Redbull is sitting on top of one of the plates in…
#Starship
#S20
looks on with flaps in launch position as
#SpaceX
looks to begin ground testing for
#SuperHeavy
#B4
on the OLM today. A cryogenic proof test of the 70-meter tall booster is expected.