I counted about 14 seconds it took for that thing to get air after they hit the throttle. Seems dang impressive to me.
@thomashubert2977 Жыл бұрын
@@williambarry8015 I think it's the four engines. The Propeller produce very fast airstream around the wing. More than half of the wing is affected. That's why they produce so much uplift by low speed of the plane.
Congratulation Well Done Nice Video Demo this the way a camera of this magnitude and such a powerful lens of should be operated most of what I have seen in other demo showing the P1000 have totally misused the camera
@kerozaemon6 жыл бұрын
The comment is very wonderful and encouraging. Thank you very much.
G'Day Keroza, Great work mate. Japan should convert some of these's planes to a Fire bomber type and hire them out to other country's, think they would do a good job at it.
@kerozaemon6 жыл бұрын
I didn't have the idea. Thank you very much for your comment.
@kenhala34804 жыл бұрын
飛行艇の着水は気持ち良いですヨ❣
@kerozaemon4 жыл бұрын
Thank you for watching and commenting.
@Potemkin20xx4 жыл бұрын
ロマンの塊のような航空機
@kerozaemon4 жыл бұрын
男子ならわかり合える領域ですね♪
@クレイモア-r4j4 ай бұрын
紅の豚。
@tomasboutsingkhone46323 жыл бұрын
Plane like this can help human brothers and sisters while have being accident on seas. thanks god. Sadhu or Amen.
The expression is too noble and I can't understand it all. But you must be complimenting this flying boat. Thank you very much!
@MrIdasam2 жыл бұрын
@@kerozaemon I am, you're welcome.
@rukashingu24 жыл бұрын
3:09辺りでプロペラのピッチを変えて逆噴射してますね
@jimfowler59304 жыл бұрын
Japan was a very worthy adversary, BUT now a GREAT Ally and Friend! Love Japan, from FLYNAVY USA!
@kerozaemon4 жыл бұрын
Thank you for visiting my video. When President Bush visited the island, he was saying the same thing as you. Please watch this video if you like. kzbin.info/www/bejne/inzbgZqkorVmfLc
Me gusta el avión sin embargo pienso que cuatro motores es mucho y encarece el Mantenimiento. El lugar es muy bonito.
@kerozaemon4 жыл бұрын
Me siento honrado de escucharte. Gracias por tu comentario.
@oribarsan98734 жыл бұрын
Really nice footage, its such a beautiful aircraft! May I ask where this base is?
@kerozaemon4 жыл бұрын
Thank you for watching and your questions. The shooting location is Chichijima, Ogasawara Islands, Japan. However, as usual, this flying boat is at the Maritime Self-Defense Force Iwakuni Base in Yamaguchi Prefecture. This day I was in Chichijima for training.
@oribarsan98734 жыл бұрын
@@kerozaemon Thank you for your reply! One day, I hope return to Japan for another visit, and hopefully see this aircraft in action!
@GODIERGENOUD11356 жыл бұрын
三脚じゃなくて、一脚かな?
@kerozaemon6 жыл бұрын
なるほど。 次の機会には一脚も試してみることにします。
@user-nb2rb3hd2r4 жыл бұрын
カタリナの濁りのある低周波と、この鋭い高周波のターボプロップと、両方無いとやはり締まらない!!!
@原田慎也-d6y4 жыл бұрын
US-2が凄いのは3メートルの波でも 離発着水出来るそうです‼️
@kerozaemon4 жыл бұрын
Thank you for watching and commenting.
@千葉良樹4 жыл бұрын
美しいね👍 乗ってみたいね👍 これ日本製?
@kerozaemon4 жыл бұрын
兵庫県に本社がある、新明和工業が開発した立派な日本製です♪
@julietalpha58684 жыл бұрын
Where is this place? It's beautiful
@kerozaemon4 жыл бұрын
It is Chichijima of Ogasawara Islands in Japan. Thank you for watching.
@TooliusTech5 жыл бұрын
Stunning Videos :D
@kerozaemon5 жыл бұрын
Thank you for watching my video. Thank you for your comments.
@bakakafka44286 жыл бұрын
Does the P1000 overheat when filming for a longer time, such as for this footage?
@kerozaemon6 жыл бұрын
Heat slightly. However, because the sun was strong on that day, it may be that I just did not feel it much.
I bet thats a maintenance nightmare......landing in saltwater makes for much work later.
@kerozaemon5 жыл бұрын
I think that is exactly the case. When I landed on Chichijima, a large amount of water was sprinkled with a fire truck. For the time being, the exterior salt water is quite so. kzbin.info/www/bejne/r5PEc2N3nMqfe8U
@ErikssonTord_24 жыл бұрын
Mainly solved by a fresh-water wash after the day's use, but a small amount of salt will naturally be present everywhere, even inside instruments, and electronics. Just as with aircraft used onboard carriers, coastal patrol, and helicopters used by SAR, naval and marine units!
I guess the Pilot practice Glassy Water landing technique
@kerozaemon4 жыл бұрын
Thank you for watching and comments.
@bestamerica5 жыл бұрын
' cooool nice airplane... but 4 propellers spins same time is a not good... must be 2 left spins and 2 right spins are the best same as V-22
@ErikssonTord_24 жыл бұрын
These aircraft have five identical engines, one of the driving the blowers that blow air over the control surfaces to improve handling in low speed, All engines are the same, so if it was supposed to have handed props the maintenance gets much more complicated, as there need to be two versions of the engines, one rotating clockwise and one contraclockwise. So using motors and propellers rotating the same way roughly halves the number of spare parts needed for the engines. Very few of these aircraft have had any accidents but the seaplane version (which can't land on land) have sunk in bad weather landings while the present version simply flies to an airport and land there if the weather is bad. The Ospreys have had far more accidents than these aircraft, by the way. The big four-engined bombers in WWII all had engines rotating the same way but the normal rotating direction was different from country to country, for instance, the British and other European rotating in counterclockwise and the US clockwise, as seen from the cockpit. Smaller twin-engined bombers and fighters sometimes had handed engines, to counteract the torque at take-off, but the best is having contra-rotating propellers, of course.
@ErikssonTord_24 жыл бұрын
Sorry for the spelling mistakes (English is definitely not my mother tongue!) Should have written: These aircraft have five identical engines, one of them driving the compressor that blows compressed air over the control surfaces to improve handling at low speed. All the engines rotate in the same direction, and that simplifies the maintenance a lot, and all propellers are the same thus you do not need to have two versions of everything. And you don't need to have different engines and gearboxes for port and starboard wing. A huge save in cost, fewer spare parts, and simpler maintenance.
@Ohiostmrchbandawesom4 жыл бұрын
contra-rotating propellers allow you to use a bigger engine. If you use one big propeller, it will spin so fast, that some of it will break the sound barrier while some of it won't. That will cause wave drag and it will make the propeller inefficient. It will also be very loud. Contra-rotating propellers also help to cancel out the left turning tendencies of propeller airplanes.
@ErikssonTord_24 жыл бұрын
@@Ohiostmrchbandawesom That is sadly a lot of crap, as you can simply add more blades, use a bigger but slower-rotating propeller or change to more engines. Airbus 400M uses contrarotating propellers, and they have had a lot of problems with the gearboxes, leading to extreme wear issues, and a lot of unscheduled engine swaps. Some customers simply canceled their orders and bought the latest Hercules instead, as the issue took years to fix. On the other hand, if you have two engines driving each contrarotating pair there is a lot to be gained, especially if you mount them side-by-side. The UK Royal Navy's last propeller-driven submarine hunter-killer aircraft had a single contrarotating propeller in its nose driven by two independent turbo-prop engines mounted side by side, so start and takeoff was done with both engines but cruise with just one, to save the rear on the engines and increase the range. They came in two versions, one with a huge bomb bay for sink bombs and one with a massive radar radome. The engines were turboprops, while the US Navy's aircraft used conventional radial engines, and also flew in pairs, one being the hunter and the other the killer, so one carried the huge radome, and the other the armaments. When the Falklands War started the UK had just scrapped these aircraft, and hurridly they converted their version of the Seaking , by adding a radome to the side of the aircraft, that was turned 90 degrees for start and landing. The entire radar installation with its operator console was simply bolted to the helicopter's floor, only the door on the side where the bent shaft holding the radome had to be modified. Just a stop-gap measure but extremely successful, so the very latest UK submarine killers use a very similar installation. Back to propellers: You should avoid propeller tip speeds over Mach 0.6, or you waste a lot of energy in producing noise, but contra-rotating props produce their own nasty noise, as the turbulent flow behind the forward propeller crosses the path of the rear propeller, not least the propeller tip vortices interfere with each other. So efficient installations of contra-rotating propellers are tricky, just as pusher propellers are, where the wake, behind the wing, interferers with the flow over the prop blades. This was one major issue with the Beech Starship and the Avanti, where the interference naturally increases the wear of the propellers and engines. In addition, this interference increases the aircraft's take-off distance.
@Ohiostmrchbandawesom4 жыл бұрын
@@ErikssonTord_2 The 400M doesn't use contra-rotating propellers, but the TU-95 has used contra-rotating propellers for almost seven decades. Many aircraft have used contra-rotating propellers. They work. The an-70 uses contra-rotating scimitar blades with wide chords...8 blades in front and six in back..even with many big blades, you can still benefit from using contra-rotating propellers.
WOW @ 07:57 to see the boundary layer effect, to see a fine example of great engineering, Bravo Kawaski's " BloodWell Done " And thank you Keroza emon, for your great filming... Cheers from San Franciso...This was my first attempt @ Filming my fellow Crew Members @ Hueyvets kzbin.info/www/bejne/gJPcZZ6Hd6iin6M