I have muscle memory for those wire harness ties, same as used for avionics in USAF. Using waxed lacing cord, actually a little ribbon...Make a loop in the tie, pass the loop behind the bundle, loop to the left, tails to the right. Poke your left index finger through the left loop, grabbing a loop of one of the tails on the right, hook the other tail and pull completely through the new second loop, cinch the tails and finish with a square knot. With practice, it takes less than a second not including the square knot.
@@chutipascal in the meantime, MIL-T-43435A Size 2 Waxed Lacing Tape is the stuff. Video th-cam.com/video/t48x7Qrd50c/w-d-xo.html shows the technique with a half hitch finish, and how to do it off the spool which I omitted due to descriptive complexity. Instead of index and thumb in the loops it can be done with just an index finger.
A couple of years later: Marc and his Friends have restored a complete Apollo Rocket and are flying to the moon :-) Can't wait for the videos on the new module.
We are inflating the Saturn V in my garden as we speak! The seller on eBay said he took it from a functional setup, but did not have the equipment to test it.
I want to see an onboard computer size comparison between the Apollo Mission and the latest ones. Can an IPhone really give you all the 0's and 's that you need to get to the moon?
@@yatessmyrna Since in the AGC restoration series they pretty much emulated a whole comand module on a macbook for testing that should be possible. But it is not only about the computational power, the architecture is also very different to a "normal" PC. Very Purpose-built for the individual functions, not for general computing like most modern devices. So it is not really fair to compair them.
@@Ranger_Kevin The general architecture of the AGC actually isn't all that far away from modern microcontrollers from a programmer's perspective. It was also generic enough that it was reused for the fly-by-wire system of the F-8 and for controlling the Mystic-class deep-submergence rescue vehicle (submarine rescue vehicle).
Nice flex on the Twist Lite. Even citing the catalog number scheme 😁 Crazy that all this is in the hands of a private collector. "If you strike me down, I shall become far heavier than you can possibly imagine." That's all I could think when you described the weight of the computers vs the landing struts
Curious Marc, the gift that keeps on giving! Thanks guys for keeping the spirit of Apollo alive and giving us an appreciation of the hardware. I especially like it when in the comments section someone writes I, or my father/mother or grandparents worked for that company or on that piece of hardware. Bringing these to life is truly a gift. Thanks again!
I do my looms like that with waxed string. They can be found at the tank museum Bovington and at Duxford. No one will ever see them but it made me happy to make then in the original style.
I've seen pretty much all of this channel . . . this is simply brilliant . . . I worked with equipment that had those panels . . . the pull-twist switches blew my mind . . . completely forgot about them, but was constantly replacing bulbs . . . wow. Thnx Marc!
Just think, all that technology, made by hand, made by men and women who thought about it during café breaks, who wrote it down on napkins and then went to their departments and said "I came up with this during lunch", people who thought outside the box, "we don't have anything like that!" / "then we'll be the first!", also, definitely want to see more of the Globus Navigation units, Vostok version was almost entirely clockwork, OKB-1 built a version that was mounted to the wall and then compressed it down to a suitcase, incredible both NASA and USSR worked similar methods when developing new technology!
I've never been that interested in space or rockets and the like, but I enjoy your explanations, the enthusiasm and the teams knowledge. ........ and the desire to fix things.
I just love all of this content! It is so interesting seeing all of this cool old hardware, and even more fun when you bring it back to life all these years later. Thanks, keep up the great work!
I was a Titan Missile electronics tech from 1979-1983....I replaced a few MGCs and IMUs while I was there.....we tested them and replaced them but never looked inside one....
The content from this channel is amazing!! I love seeing how these old computers and equipment worked!! Really is mind blowing how they came up with this technology in the 60s and 70s and how it was able to communicate from space to earth. Mind blowing the talent from that era.
This really makes it clearer what marvelous things neede to be built for space missions. It's way more than a flamey chamber, fuel tank and a coke can on top.
How cute is that the COMM seat headrest levers have knobs turned out of wood ':D Thanks for this completely crazy mini tour in the mega museum I really hope we'll get to see a fuel cell collab video with Ben!
@@CuriousMarc I remember Dave from EEVblog making a video about a mechanic calculator from an aeroplane. It was full of gears and specially shaped metal rails for the - probably analog - encoders. It was maybe a similar item but larger and without display. And just found it :D th-cam.com/video/hzGaO4Kdz2Y/w-d-xo.html
I don't know if it is tecnically possible without doing to much intrusion to the construction, but it had been awsome to see some pictures of the mecanism.
A bit too coarse of a resolution to be fun as a gps... Make it show ISS trajectory instead? That's basically what it would've shown at some point if it is actual flying hardware.
@Nik Reichel yes I saw that episode, incredible hardware. The astrotracker was an immensely more complicated beast though, and he is missing other main parts, like the optical star tracker itself and the inertial platform. It was an inertial platform navigation system augmented by a automated star/sun/moon sightings for eliminating position and orientation drifts. He has the amazing analog computer with motors and gears for that system.
Wow… this is the third time that I’ve watched the video trying to remember all the amazing collection. Impatience to watch the future series. Love you guys
@12:12 - "I was ignorant about that." What a wonderfully appropriate word choice. One is only ignorant until they learn. It's what drives me day to day.
Just amazing. Would be great to see a virtual tour assembled where you can view all these artifacts from various angles, zoom in, etc. Looking forward to the rest of the series.
I sense the future holds more FPGA magic from Mike, and Marc strapping some unique-one-of-a-kind historic space hardware to his CNC machine for some emergency diode surgery :-)
Marc, we were just kidding when we said you could recreate an entire Apollo stack. But now you're making us eat our words!!!! :XD This is truly amazing stuff
Skylab was in the funny position that once they had settled on the dry workshop and Saturn V solution, weight wasn't at a premium at all. They had a quite massive early video tape solution, an oven and other luxury. The price for that was a launch on the Ssturn V not a IB. Suddenly they had a huge margin, since a basically empty third stage only had to go to earth orbit. Impossible for a SIB, piece of cake for an SV. And that it worked, as the wet workshop idea was in hindsight completely insane. Possibly the only space mission that ever had that luxury of (relatively) unlimited weight budget. . The Skylab 1 rescue is also a criminally undertold story*, a challenge equal if not bigger than Apollo 13. A massive challenge in an extemely limited amount of time. Only no lives were in danger. *cool book Homesteading Sapce, The Skylab story. By some of the actual Skylab Crew.
as far as I know, the consoles in Apollo 13 were custom made props for the movie, and subsequently reused for the tv show "From the earth to the moon". That console might have been used as a reference maybe, but I am positive you don't see real consoles in the film, at least not in the control room (they are not 100% accurate in the movie, even have a added desk light to them which is not original) I have done lots of research for my apollo console era miniature repro, I would be curious to know more if that console was indeed in the movie.
7:40 Regarding the question about the THC, if you rotate it clockwise the control system switches from the primary guidance system to the backup, the Stabilization and Control System (SCS). So if the AGC isn't behaving during a burn or so you can quickly switch to the backup without having to flip switches. This was tested before each major burn.
@@benjaminhanke79 Body Mounted Attitude Gyro. These are rate gyros I believe. Part of the backup system for attitude control, if the AGC or main inertial platform were to fail. Or, as in Apollo 13, if you powered them down... Used in the abort system on the LM too.
Amazing, Amazing that one of the first thing you think about with rockets is weight reduction, yet almost everything shown is as heavy as..... Also amazing was the amount of cables heading out the bottom of the Johnson space centre console. The floor below all the consoles must have just been a sea of cables.
Try www.ibiblio.org/apollo/Documents/49176721-Apollo-Operations-Handbook-Block-II-Spacecraft-Volume-1.pdf , page 277. Also the Integrated System Schematic has some pretty awesome schematics: www.ibiblio.org/apollo/Documents/CSM%20Functional%20Integrated%20System%20Schematics%20Block%20II%20Revision%20K.pdf . Finally, the CSM System Handbook HSI-481260 has some of the some of the most beautiful schematic drawings, you can find what each button on the control panel is really connected to: www.ibiblio.org/apollo/Documents/HSI-481260.pdf . Mike Stewart pointed me to all these docs by the way, he is our grand master of Apollo documentation.
Hi Marc: In re-watching this great video, I was wondering about the decision or efforts to revive and power-up the fuel cell(?). I think it would be just amazing to be able to get it operational again and maybe use it as a power-supply for the inverter. Anyway, still just beside myself with your dedication and efforts toward the Apollo program hardware! Thanks and 73...
It just involves getting hydrogen and oxygen under high pressure to interact through a super thin membrane that’s 50 years old while heated to 400F. I can’t think of a single thing that could go wrong… But, agreed, that would be a very awesome project.
@@CuriousMarc well after looking into it, it is worse than I would’ve imagined. First off, there are multiple discs that contain the membranes so all of those would have to be refurbished. Then, you have all of the hardware that would have to in someway be recertified to be able to stand the pressures and the temperatures. Then, for that era of fuel cell, they were only able to get about 2600 hours out of it before it had to be completely rebuilt. Finally, since we’re talking about these pressures and temperatures, I consider the thing to actually be dangerous and not worth it. So, I just don’t think the ‘bang for the buck’ is there; even though it would’ve been a really neat project. However, I still think that either bringing up that inverter after being ultrasonically cleaned or finding another one would be a very reasonable and doable project, since most of the expensive items are probably just fine and still intact, requiring only the ancillary smaller components such as the capacitors to be replaced.
CuriousMarc - what an aptly named channel and that makes one insane waiting for the next video. I have never enjoyed hearing a French accent narrate stuff as in these videos. Thanks guys, great channel!
Good ear! Glad you enjoyed the Haendel masterpiece, my first draft had a copyright strike for using a better rendition which had never been flagged before. Indeed ran out of footage and took advantage of the pianissimo to exit early...
The ending of the video made me emotional... It's so pure; Human engineering at its ultimate finest.
Thank you Steve Jurvetson and Marc for this glimpse into a collection I never knew existed
"It belongs in a museum! And it should be functional!" (Thanks so much Steve for sharing your collection.)
I have watched the whole episode with my jaw on the floor 🤪The Apollo era is a gift that keeps giving. Thanks Steve & Marc.
15:08 is a good ole 420 clock. I love this man from his collection to his sandal vibe
Certainly the best and most enjoyable nerd-galore channel in the interwebs. Marc, encore!!
I have muscle memory for those wire harness ties, same as used for avionics in USAF. Using waxed lacing cord, actually a little ribbon...Make a loop in the tie, pass the loop behind the bundle, loop to the left, tails to the right. Poke your left index finger through the left loop, grabbing a loop of one of the tails on the right, hook the other tail and pull completely through the new second loop, cinch the tails and finish with a square knot. With practice, it takes less than a second not including the square knot.
You should make a video so that knowledge will not be lost.
@@chutipascal in the meantime, MIL-T-43435A Size 2 Waxed Lacing Tape is the stuff. Video th-cam.com/video/t48x7Qrd50c/w-d-xo.html shows the technique with a half hitch finish, and how to do it off the spool which I omitted due to descriptive complexity. Instead of index and thumb in the loops it can be done with just an index finger.
Jotted down in my notebook.
Thank you @Wombbatts.
This is nerd's paradise right here. I love the guy's excitement when you showed him that HIS twist-lights came out!
A couple of years later: Marc and his Friends have restored a complete Apollo Rocket and are flying to the moon :-)
Can't wait for the videos on the new module.
We are inflating the Saturn V in my garden as we speak! The seller on eBay said he took it from a functional setup, but did not have the equipment to test it.
I want to see an onboard computer size comparison between the Apollo Mission and the latest ones. Can an IPhone really give you all the 0's and 's that you need to get to the moon?
@@CuriousMarc Most of it is over my head, but I love your channel!
@@yatessmyrna Since in the AGC restoration series they pretty much emulated a whole comand module on a macbook for testing that should be possible. But it is not only about the computational power, the architecture is also very different to a "normal" PC. Very Purpose-built for the individual functions, not for general computing like most modern devices. So it is not really fair to compair them.
@@Ranger_Kevin The general architecture of the AGC actually isn't all that far away from modern microcontrollers from a programmer's perspective.
It was also generic enough that it was reused for the fly-by-wire system of the F-8 and for controlling the Mystic-class deep-submergence rescue vehicle (submarine rescue vehicle).
BEN!! You're a lucky guy, Marc!
Second time he show up here as well, i bet he will come back with a functional rocket if he decide to take those on...
when 2 of the best youtubers are in the same video, its gonna be good!
This TH-cam channel is a gold mine !
Nice flex on the Twist Lite. Even citing the catalog number scheme 😁
Crazy that all this is in the hands of a private collector.
"If you strike me down, I shall become far heavier than you can possibly imagine." That's all I could think when you described the weight of the computers vs the landing struts
Amazing episode. That fuel cell issue was incredible to hear. Thank you for posting.
@15:02 - The 4:20 on the clock. Either it's a great sense of humor or perfect timing. Either way - approved.
both. Everyday is halloween. :)
This channel is the holly grail for space nerds!
Curious Marc, the gift that keeps on giving! Thanks guys for keeping the spirit of Apollo alive and giving us an appreciation of the hardware. I especially like it when in the comments section someone writes I, or my father/mother or grandparents worked for that company or on that piece of hardware. Bringing these to life is truly a gift. Thanks again!
Hanging out with legends and legendary equipment so jealous
this collection is insane - incredible
I do my looms like that with waxed string. They can be found at the tank museum Bovington and at Duxford. No one will ever see them but it made me happy to make then in the original style.
10:44 Mike's scanner activates. Microfiche search for the documentation engages in his mind. The best kind of super nerd.
…and a second later, he pulls himself out of it again. :-D
After a 15h workday i turned on my laptop hoping for something new from you Sir and here it is. Thank you.
I've seen pretty much all of this channel . . . this is simply brilliant . . . I worked with equipment that had those panels . . . the pull-twist switches blew my mind . . . completely forgot about them, but was constantly replacing bulbs . . . wow. Thnx Marc!
Amazing! Astounding! Alleluia chorus was perfectly correct!
Just think, all that technology, made by hand, made by men and women who thought about it during café breaks, who wrote it down on napkins and then went to their departments and said "I came up with this during lunch", people who thought outside the box, "we don't have anything like that!" / "then we'll be the first!", also, definitely want to see more of the Globus Navigation units, Vostok version was almost entirely clockwork, OKB-1 built a version that was mounted to the wall and then compressed it down to a suitcase, incredible both NASA and USSR worked similar methods when developing new technology!
rapid and unscheduled disassembly on landing! love it
14:00 "Rapid, unscheduled disassembly on landing!" Great understatement ... I'll use that one and pass it off as my own 😉
Don’t worry, it’s not Marc’s either :) RUD is an ooold aerospace joke!
I've never been that interested in space or rockets and the like, but I enjoy your explanations, the enthusiasm and the teams knowledge. ........ and the desire to fix things.
I just love all of this content! It is so interesting seeing all of this cool old hardware, and even more fun when you bring it back to life all these years later. Thanks, keep up the great work!
I was a Titan Missile electronics tech from 1979-1983....I replaced a few MGCs and IMUs while I was there.....we tested them and replaced them but never looked inside one....
This is full frontal nerdity. Beautiful equipment.
The content from this channel is amazing!! I love seeing how these old computers and equipment worked!! Really is mind blowing how they came up with this technology in the 60s and 70s and how it was able to communicate from space to earth. Mind blowing the talent from that era.
This really makes it clearer what marvelous things neede to be built for space missions. It's way more than a flamey chamber, fuel tank and a coke can on top.
How cute is that the COMM seat headrest levers have knobs turned out of wood ':D
Thanks for this completely crazy mini tour in the mega museum I really hope we'll get to see a fuel cell collab video with Ben!
Even that console can't console me.
Can't wait for the rest.
And, Applied Science! Good to see Ben, I assume he's been busy.
I really like the globe. I wanna see that working as a gps
That is one of my all time favorite items. It is an orbit and landing calculator. Works with gears!
@@CuriousMarc I remember Dave from EEVblog making a video about a mechanic calculator from an aeroplane. It was full of gears and specially shaped metal rails for the - probably analog - encoders. It was maybe a similar item but larger and without display.
And just found it :D
th-cam.com/video/hzGaO4Kdz2Y/w-d-xo.html
I don't know if it is tecnically possible without doing to much intrusion to the construction, but it had been awsome to see some pictures of the mecanism.
A bit too coarse of a resolution to be fun as a gps... Make it show ISS trajectory instead? That's basically what it would've shown at some point if it is actual flying hardware.
@Nik Reichel yes I saw that episode, incredible hardware. The astrotracker was an immensely more complicated beast though, and he is missing other main parts, like the optical star tracker itself and the inertial platform. It was an inertial platform navigation system augmented by a automated star/sun/moon sightings for eliminating position and orientation drifts. He has the amazing analog computer with motors and gears for that system.
Can't wait to see your DIY LH & LOX plants to run the fuel cells.
Absolutely wild. What a catch.
What an incredible collection. I can't wait to see these historically important pieces working again.
Wow… this is the third time that I’ve watched the video trying to remember all the amazing collection. Impatience to watch the future series. Love you guys
@12:12 - "I was ignorant about that." What a wonderfully appropriate word choice. One is only ignorant until they learn. It's what drives me day to day.
Nooo it ended too soon! Im so excited
What an incredible episode to watch! Thank you so much for sharing your great fortune with us.
I am already drooling for the next episode!
"As you can obviously tell from this simplified schematic..." always makes me laugh.
So beautiful! We must transmit something using those microwave amps!
Just amazing. Would be great to see a virtual tour assembled where you can view all these artifacts from various angles, zoom in, etc. Looking forward to the rest of the series.
I sense the future holds more FPGA magic from Mike, and Marc strapping some unique-one-of-a-kind historic space hardware to his CNC machine for some emergency diode surgery :-)
Wow, you're so lucky to get to see that. What a collection :D
Brilliant post, what an incredible technological era. I love the tease at the end, I am in perpetual suspense.
Marc, we were just kidding when we said you could recreate an entire Apollo stack. But now you're making us eat our words!!!! :XD
This is truly amazing stuff
Omg! That's crazy! All of this is crazy! And now I can't wait for the next episode!!! 😱
I would love to see that TWT transmitter work again!!!! It would be amazing to see the USB system using a modern spectrum analyzer or SDR!
you get youselves a big motorhome install all the goodness and navigate to las vegas and back. ground station, telemetry, astronaut food, all the fun!
Awesome chance to see rare space artifacts! Thank you!!!
Skylab was in the funny position that once they had settled on the dry workshop and Saturn V solution, weight wasn't at a premium at all. They had a quite massive early video tape solution, an oven and other luxury. The price for that was a launch on the Ssturn V not a IB. Suddenly they had a huge margin, since a basically empty third stage only had to go to earth orbit. Impossible for a SIB, piece of cake for an SV. And that it worked, as the wet workshop idea was in hindsight completely insane. Possibly the only space mission that ever had that luxury of (relatively) unlimited weight budget. .
The Skylab 1 rescue is also a criminally undertold story*, a challenge equal if not bigger than Apollo 13. A massive challenge in an extemely limited amount of time. Only no lives were in danger.
*cool book Homesteading Sapce, The Skylab story. By some of the actual Skylab Crew.
That's quite some collection... good gracious.
amazing space collection
History.. toys.. tech.. toys.. and...toys! Love to spend a few hours there.
That collection is so out of this world! Thanks for sharing these tidbits. 👍
16:40 steve jurvetson flip floppers status report... nice!
I'm really eager for part 3. Marvelous pieces of engineering.
simply amazing. thx
How many geniuses can you get in a room at one time 😆
I see tons of work done there, amazing how human did this
For once i actualy does not hawe anything at all to say about all this, that old shoe alone simply left me speechless!
This is simply amazing!
15:36 My dude is running KDE Plasma!
Linux FTW
So when do you guys will finally rebuild an LM?
wow....just wow... to see apollo stuff is life changing, to handle it... incredible! Yeey for more resto's!
Breathtaking
"Rapid unscheduled disassembly" have to remember that one😄
Outstanding collection and episode. I really can't wait to see the inside of the transmitter and you guys fire up the fuel cells!
Passionnant, merci de ce partage! Vivement la suite!!
as far as I know, the consoles in Apollo 13 were custom made props for the movie, and subsequently reused for the tv show "From the earth to the moon". That console might have been used as a reference maybe, but I am positive you don't see real consoles in the film, at least not in the control room (they are not 100% accurate in the movie, even have a added desk light to them which is not original) I have done lots of research for my apollo console era miniature repro, I would be curious to know more if that console was indeed in the movie.
Curious Marc + Ben Krasnow ???
"...Huston, problems are gone !..."
^_^
7:40 Regarding the question about the THC, if you rotate it clockwise the control system switches from the primary guidance system to the backup, the Stabilization and Control System (SCS). So if the AGC isn't behaving during a burn or so you can quickly switch to the backup without having to flip switches. This was tested before each major burn.
oh I didn’t know. Did the backup use the BMAGs then?
@@CuriousMarc Yep, those are part of the SCS.
What's a BMAG? I remember it's mentioned in Apollo 13.
@@benjaminhanke79 Body Mounted Attitude Gyro. These are rate gyros I believe. Part of the backup system for attitude control, if the AGC or main inertial platform were to fail. Or, as in Apollo 13, if you powered them down... Used in the abort system on the LM too.
2:37 Wow! I've never seen this *_firing room_* at Cape Canaveral (Cape Kennedy). 🚀
Thanks so much for sharing. 😎👌🏼
Such fun. Thank you for sharing this adventure.
Loved the episode Marc, can’t wait for the future ones 🙌
Amazing, Amazing that one of the first thing you think about with rockets is weight reduction, yet almost everything shown is as heavy as.....
Also amazing was the amount of cables heading out the bottom of the Johnson space centre console. The floor below all the consoles must have just been a sea of cables.
Houston, I think we have a problem. Wow, this is epic, technology history is so great. Thanks !!
Oh man, a collaboration with Ben would be absolutely epic !
Beautiful, thank you! Where I can get some of those drawing? I'm intresting in the fuel cell one.
Try www.ibiblio.org/apollo/Documents/49176721-Apollo-Operations-Handbook-Block-II-Spacecraft-Volume-1.pdf , page 277. Also the Integrated System Schematic has some pretty awesome schematics: www.ibiblio.org/apollo/Documents/CSM%20Functional%20Integrated%20System%20Schematics%20Block%20II%20Revision%20K.pdf .
Finally, the CSM System Handbook HSI-481260 has some of the some of the most beautiful schematic drawings, you can find what each button on the control panel is really connected to: www.ibiblio.org/apollo/Documents/HSI-481260.pdf . Mike Stewart pointed me to all these docs by the way, he is our grand master of Apollo documentation.
@@CuriousMarc Great, thank you very much. Beautiful schematics.
Incredible...thank you for sharing!
I'm excited! Those are great treasures.
One word, WOW!
A fantastic way to learn electronics!
Thanks Marc!
just wow … very inspirational
Excellent video! Yes, get the guy from Applied and make a fuel cell!
And with that microwave transmitter you have gained another subscriber Curious Marc 👍I'm so glad this was in my recommendations
Hi Marc: In re-watching this great video, I was wondering about the decision or efforts to revive and power-up the fuel cell(?).
I think it would be just amazing to be able to get it operational again and maybe use it as a power-supply for the inverter.
Anyway, still just beside myself with your dedication and efforts toward the Apollo program hardware!
Thanks and 73...
It just involves getting hydrogen and oxygen under high pressure to interact through a super thin membrane that’s 50 years old while heated to 400F. I can’t think of a single thing that could go wrong… But, agreed, that would be a very awesome project.
@@CuriousMarc well after looking into it, it is worse than I would’ve imagined. First off, there are multiple discs that contain the membranes so all of those would have to be refurbished. Then, you have all of the hardware that would have to in someway be recertified to be able to stand the pressures and the temperatures. Then, for that era of fuel cell, they were only able to get about 2600 hours out of it before it had to be completely rebuilt. Finally, since we’re talking about these pressures and temperatures, I consider the thing to actually be dangerous and not worth it. So, I just don’t think the ‘bang for the buck’ is there; even though it would’ve been a really neat project.
However, I still think that either bringing up that inverter after being ultrasonically cleaned or finding another one would be a very reasonable and doable project, since most of the expensive items are probably just fine and still intact, requiring only the ancillary smaller components such as the capacitors to be replaced.
What an amazing collection!
14:41 Old school NASA, Soviet tech, SpaceX and the guy has a book on Quantum Computing setting casually in the background :D
He is one of the early investors in D-Wave.
@@CuriousMarc wow smart guy😅
CuriousMarc - what an aptly named channel and that makes one insane waiting for the next video. I have never enjoyed hearing a French accent narrate stuff as in these videos. Thanks guys, great channel!
Zees is not French. It eez my Brooklin akzent.
Can't wait !....cheers.
That looks like an office off of Sand Hill Road. Wow.
Exciting music, too, at the end, but it was cut off too soon, just before the blood-chilling repetition of the previous phrase, but fortissimo.
Good ear! Glad you enjoyed the Haendel masterpiece, my first draft had a copyright strike for using a better rendition which had never been flagged before. Indeed ran out of footage and took advantage of the pianissimo to exit early...
No bye! You can't just go away like that! More, more, more!
I want that exercise bike!
Very nice👍 I’m very excited for this!!
the eps keep getting better somehow