【水世界】的前製設定與現場劇照
WATERWORLD (1995)
In celebration of today’s anniversary of this wet mess/epic. Let’s celebrate the hard work this crew put into bringing this world to life. Water movies are never easy but when it comes to this movie anytime you bring it up and a crew member from it is in earshot, the stories pour out. Not always bad, I know a AC that said he had a blast, he loved the boat rides out and all the camaraderie the crew had to have to get thru it. To all the crew that helped bring WATERWORLD to life, We salute you and thanks for the memories. I personally enjoy this hot mess of a movie, it’s one of the last ones of its kind...done practically...in a way.
let’s take a deepest of dives into WATERWORLD
The director, Kevin Reynolds, knew there would be problems before production had even started, “During pre-production. Because having never shot on water to that extent before, I didn’t really realise what I was in for. I talked to Spielberg about it because he’d gone to do Jaws, and I remember, he said to me, “Oh, I would never shoot another picture on water”.
“When we were doing the budget for the picture, and the head of the studio, Sid Sheinberg, we were talking about it and I said, “Steven told me that on Jaws the schedule for the picture was 55 days, and they ended up shooting a 155 days”. Because of the water. And he sat there for a moment and he said, “You know, I’m not sure about the days, but I do know they went a hundred percent over budget”. And so, Universal knew the potential problems of shooting on water. It’s monstrous.”
The film began with a projected budget of $100 million which had reportedly increased to $175 million by the end of production. The principle photography had overrun for at least thirty days more than originally planned due to one major decision.
Whereas today they would film in water tanks with partially built sets, employing green screens to fake the locations, back in 1995 they decided to build everything full size and shoot out on the ocean.
This causes extra logistical problems on top of those that already come with making a major action blockbuster. Cast and crew have to be transported to sets. The camera boats and sets float out of position and will have to be reset between takes taking up valuable production time.
The first draft of Waterworld was written by Peter Radar, a Harvard graduate who wanted to break into the film business. His contact in the film industry was Brad Kevoy, an assistant to the legendary director Roger Corman.
Roger Corman is best known for making films very quickly on a small budget. He also liked to give young talent a chance to direct and write their own films. Brad informed Peter that if he could write a Mad Max rip off, he would arrange to finance and let him direct the picture.
Radar came back and pitched the idea for what would become Waterworld. Kevoy took one look at him and said,
“Are you out of your mind? This would cost us three million dollars to make this movie!”
So Radar kept hold of the idea and decided to re-write the script but, this time, going wild. He wrote what he wanted to see on-screen, limited only by his imagination, not a real world production budget.
He managed to get the newly written script shown to a pair of producers with whom he had made contact with. They loved it and ironically they passed it onto Larry Gordon. He shared the enthusiasm saying it had the kind of cinematic possibilities he was looking for. A deal was signed on Christmas Eve of 1989.
As further script rewrites progressed, it became clear that Waterworld was too big for the Larry Gordon’s production company to undertake by themselves. In February 1992, a deal was signed with Universal Pictures to co-produce and co-finance the film. This was now six years after the first draft had been written.
Universal had signed director Kevin Reynolds to Waterworld. Whilst he was finishing his latest film, Rapa Nui, pre-production for Waterworld was already underway.
The decision was taken that the largest set for the film, known as the atoll, would be built full size. The atoll was the primary location for film and in the story served as the location for a small population of survivors.
The logic behind this decision was due to the high percentage of live action filming required in this location, as well as a huge action set piece. No sound stage would be big enough to incorporate this number of scenes and it was crucial that we see the mariner sail his boat into the atoll, turn around and set out again. A full-size construction was the only way to go as the use of miniature and special effects would be impractical.
The next problem was deciding where to build this huge set. After much research, Kawaihae Harbour in Hawaii was chosen as the location. The atoll could be constructed in the harbour and rotated when needed thus allowing for open sea in the background. Later towards the end of principle photography, the atoll could be towed out into the open sea for the filming of the big action sequences which would be impractical to shoot in an enclosed harbour.
Director Kevin Reynolds also discussed the possibility of using the same water tank as James Cameron’s The Abyss, which had filmed there around five years ago,
“We had even entertained the notion of shooting at that big nuclear reactor facility where they had shot The Abyss, to use it for our underwater tank. But we found it in such a state of disrepair that economically it just wasn’t feasible. We didn’t have as much underwater work as they did. Most of The Abyss is interiors and underwater and model work, ours is mostly surface exterior.”
The production company had originally envisioned building the atoll by linking approximately one hundred boats together and building upon this foundation, just like the characters in the film. The production crew set out to search Hawaii and get hold of as many boats as possible.
During this search, a unique boat in Honolulu caught their attention. Upon further investigation, they discovered it was built by Navitech, a subsidiary of the famous aircraft production company, Lockheed.
They approached Lockheed with the strange request of figuring out how they could build the foundations of the atoll. Lockheed found the request unusual but didn’t shy away from the challenging. They agreed to design the atoll foundation and Navitech would construct it.
Meanwhile, an 11ft miniature model of the atoll was sent out to a model ship testing facility in San Diego. Scaled wave tanks are used to determine the effects of the open sea on large scale miniature models of new untested ship designs. This would help determine what would happen with the unusual design of the atoll when it was out of the harbour.
The atoll, when finished, was approximately ¼ mile in circumference. It took three months to construct and is rumoured to cost around $22 million. As the atoll would be used out on the open sea, it required a seafaring license. Nothing like this had been done before and after much deliberation, it was eventually classed as an unmanned vessel. This meant that all cast and crew would have to vacate the set whilst it was towed into position. By the end of production, the atoll was towed out to sea a total of five times.
Shooting out on the open sea presented a series of logistical problem as Reynolds describes,
“We had an entire navy, basically – I mean, this atoll was positioned about a mile off-shore in Hawaii, it was anchored to the bottom of the ocean so it could rotate. What you don’t think about are things like, you’re shooting on this atoll to maintain this notion that there’s no dry land, you always have to shoot out to sea. Away from the land. So we chose a location where we had about a 180 degree view of open water. Nevertheless, any time when you’re shooting, there could be a ship appear in the background, or something like that, and you had to make a choice. Do I hold up the shot, wait for the ship to move out, or do we shoot and say we’re going to incur this additional cost in post-production of trying to remove the ship from the background.
And at that time, CGI was not at the point it is now, it was a bigger deal. And so, even though if you’re shooting across the atoll and you’re shooting out onto open water, when you turn around and do the reverses, for the action, you had to rotate the entire atoll, so that you’re still shooting out to open water. Those are the kinds of things that people don’t realise.
Or something as simple as – if you’re shooting a scene between two boats, and you’re trying to shoot The Mariner on his craft, another boat or whatever, you’ve got a camera boat shooting his boat, and then the other boat in the background. Well, when you’re on open water things tend to drift apart. So you have to send lines down from each of those boats to the bottom, to anchor them so that they somewhat stay in frame. When you’ve got a simple shot on land, you set up the camera position, you put people in front of the camera and then you put background in there. But when you’re on water, everything’s constantly moving apart, drifting apart, so you have to try to hold things down somewhat.
And these are simple things that you don’t really realise when you’re looking at it on film. But logistically, it’s crazy. And each day you shoot on the atoll with all those extras, we had to transport those people from dry land out to the location and so you’re getting hundreds of people through wardrobe and everything, and you’re putting them on boats, transporting them out to the atoll, and trying to get everybody in position to do a shot. And then when you break for lunch, you have to put everybody on boats and take them back in to feed them.”
The final size of the atoll was determined by the size of the Mariners boat, the trimaran. The dimensions for the trimaran were finalised very early on in pre-production, allowing all other vehicles and sets to be sized accordingly.
Production required two trimarans boats which are so called because they have three hulls. The first was based on the standard trimaran blueprint and built for speed but also had to accommodate a secret crew below decks.
During wide and aerial shots it would have to look like Costner himself was piloting the boat. In reality, a trained crew could monitor and perform the real sailing of the boat utilising specially built controls and television monitors below deck.
The second trimaran was the trawler boat which could transform into the racer through the use of special practical effects rigs. Both of these boats were constructed in France by Jeanneau. Normally this type of vessel requires a year to construct but production needed two boats in five months!
Normally once the boat had been constructed, Jeammeau would deliver it on the deck of a freighter, requiring a delivery time of around a month. This delay was unacceptable and so the trimarans were dismantled into sections and taken by a 747 air freighter to the dock Hawaii. Upon arrival, a further month was required to reassemble the boat and get them prepared for filming.
sets recreating the inside of the tanker were built using forced perspective in a huge 1000ft long warehouse which had an adjoining 2000ft field. In this field, they built the set of the oil tankers deck, again constructed using forced perspective. Using the forced perspective trick, the 500ft long set could be constructed to give the impression that it was really twice as long.
There’s more to a film than just it’s sets and filming locations. Over two thousand costumes had to be created with many of the lead actors costumes being replicated many times over due to wear and tear.
This is not an uncommon practice for film production, but due to the unique look of the people and the world they inhabit, it did create some headaches. One costume was created with so many fish scales the wardrobe department had to search the entire island of Hawaii looking for anyone who could supply in the huge quantity required.
Makeup had to use waterproof cosmetics, especially on the stunt players. As everyone had a sun burnt look, a three-sided tanning booth was setup. The extras numbering in their hundreds, with ages ranging from six to sixty-five, passed through the booth like a production line to receive their spray tan. The extras then moved onto costume before finally having their hair fixed and becoming ready for the day.
In some scenes, extras were actually painted plywood cutouts to help enhance the number of extras on the set. This can easily be seen in one particular shot on board the Deez super tanker.
Filming on the water is not only a difficult and time-consuming process but also very dangerous. It’s been reported that Jeanne Tripplehorn and Tina Majorino nearly drowned on their first day of filming.
Waterworld’s star Kevin Costner reported having a near-death experience when filming a scene in which the mariner ties himself to his catamaran to survive a storm. The pounding water caused him to black out and nearly drown.
Unbeknownst to most of the crew, Kevin Costner’s stunt double was riding his jet ski across 40 miles of open ocean between his home on Maui and the film’s set on the Big Island. When he didn’t show up for work one day, the production team phoned his wife, who informed them he had already left for work. The stunt double’s jet ski had run out of gas halfway through his “commute” and a storm had swept him farther out to sea. It took a helicopter most of the day to find him. The stunt doubles name was Laird Hamilton.
As well as the logistical problems of creating a film of this scale and on water, they also had to deal with the press who seemed intent on wanting the film to fail. Director Kevin Reynolds discusses the situation,
“It was huge, we were constantly fighting – people wanted to have bad press. That was more exciting to them than the good news. I guess the most egregious example of that that I recall was that the publicist told me that one day…we’d been out the day before and we were doing a shot where we sent two cameras up on a mast of the trimaran and we wanted to do a shot where they tilled down from the horizon down to the deck below. We’re out there, we’re anchored, we’re setting the shot up and a swell comes in, and I look over and the mast is sort of bending.
And I turned to the boatmaster and I said, “Bruno, is this safe?”. And he looks up the mast and he goes, “No”. So I said, “Okay, well, we have to get out as I can’t have two guys fall off from 40 feet up”. So, we had to break out of the set-up, and go back in a shoot something else and we lost another half-day.
Anyway, the next day the publicist is sitting in his office and he gets this call from some journalist in the States and he goes, “Okay. Don’t lie to me – I’ve had this confirmed from two different people. I want the facts, and I want to hear about the accident yesterday, we had two cameramen fall off the mast and were killed”.
And, he goes, “What are you talking about?”. And he goes, “Don’t lie to me, don’t cover this up, we know this has happened”. It didn’t happen! People were so hungry for bad news because it was much more exciting than…they just said it, and you know, it hurt us.”
Upon release, the press seemed to be disappointed that the film wasn’t the massive failure they were hoping it to be. Universal Studios told Kevin Reynolds that one critic came out of an early screening in New York and in a disappointed tone said,
“Well, it didn’t suck.”
It is true that during principle photography the slave colony set sank and had to be retrieved. However due to bad press, the rumour became much bigger and to this day when you mention the sinking set, most people assume it was the huge atoll.
During production, press nicknamed the film “Kevin’s Gate” and “Fishtar”, referring to 1980’s box office failures Heaven’s Gate and Ishtar. Heaven’s Gate failed so badly it led to the sale of United Artists Studio and has become synonymous with failure in Hollywood.
As well as the exaggerated set problems and other various production rumours, there were also difficulties with the script. In a risky move, the film was green lit and moved into production without a finalised script.
The final total is a reportedly thirty-six rewrites. One of the writers involved was Joss Whedon. Joss had worked on many scripts before becoming a director having being at the helm of both The Avengers and the sequel Avengers: Age Of Ultron. He described his experience on Waterworld as,
“Seven weeks of hell”
Everything came to a head just three weeks before the end of principle photography. Kevin Reynolds who was an old friend of Kevin Costner allegedly walked off set or was fired. There was no official statement on what happened.
When Reynolds left the production this event caused many changes to be made. Composer Mark Isham had already composed approximately two-thirds of the film’s score by the time Reynolds left and that event ultimately caused him to leave production. As Mark describes in this interview excerpt,
“Kevin Reynolds quit the film, which left me working for Kevin Costner, who listened to what I had written and wanted a completely different point of view. He basically made a completely different film — he re-cut the entire film, and in his meeting with me he expressed that he wanted a completely different approach to the score. And I said, “oh let me demonstrate that I can give that to you”, so I presented him with a demo of my approach to his approach, and he rejected that and fired me. What I find a lot in these big films, because the production schedules are so insane, that the directors have very little time to actually concentrate on the music.”
Rumours report that Costner took control of production. He directed the last few weeks of principle photography and edited the final cut of the film that was released in cinemas.
Reynolds discusses his surprise at discovering that one of the most famous scenes from what is known as the extended version, was left on the cutting room floor,
“…it would have differed from what you saw on the screen to some extent, and one of the things I’ve always been perplexed by in the version that was released, theatrically, although subsequently the longer version included it, and the reason that I did the film, was that at the very end of the picture, at the very end of the script, there’s a scene when they finally reach dry land and The Mariner’s sailing off and he leaves the two women behind, and in the script they’re standing up on this high point and they’re watching him sail away, and the little girl stumbles on something.
And they look down and clear the grass away and that’s this plaque. And it says, “Here, near this spot, 1953, Tenzing Norgay and Edmund Hillary first set foot on the summit of Everest”. And that was in script and I was like, “Oh, of course! Wow, the highest point on the planet! That would have been dry land!”. And we got it! We shot that. And they left it out of the picture. And I’m like, “Whaaat?!”. It’s like the Statue of Liberty moment in Planet of the Apes. And I was like, “Why would you leave that out?”
Written by John Abbitt | Follow John on twitter @UKFilmNerd
If any the crew cares to share any of their experiences on it please comment.
Thanks for reading
If you want more deep dives visit
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同時也有8部Youtube影片,追蹤數超過12萬的網紅一二三渡辺,也在其Youtube影片中提到,It was formally announced to assume the car name to be "Nissan and GT-R", and was begun the early reservation order on September 26. It came to walk o...
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“There is always room for a story that can transport people to another place.” ❤️❤️
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Today I wish to transport you to this place through my visual story! This is the campus of one of the beautiful university of Bangladesh. You can see so much greenery and lakes here, and of course the water lilies ! Other than its beauty, this campus is famous for one more thing.
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During winter, thousands of different kind of migratory birds return to Bangladesh every year. Jahangirnagar University campus is one of the place to observe these beautiful birds! For few months they become our guest. These migratory birds flies 3500 km to return back to Bangladesh.
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When the name of this campus comes, the name of Bot-tola also comes naturally. The best place to try local foods. Check out my stories to see for yourself!
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So if you ever plan to visit Dhaka, and if you have time in hand, then do visit this place for few hours to lost in greenery surrounding the concrete jungle.
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Location: Jahangirnagar University
name a type of transport 在 Lee388 Hi Fi 發燒專頁 Facebook 的最佳貼文
GRANDIOSO K1X
"Two revolutions integrated. Two revolutions connecting people to music... The VRDS-ATLAS and Master Sound Discrete DAC - now come to fruition in an integrated player that carries the name… Grandioso ( Grandioso (music): Grand or noble)."
An unprecedented transport mechanism that invites you to the furthest reaches of sound.
VRDS (Vibration-Free Rigid Disc-Clamping System) is Esoteric's unique CD/Super Audio CD transport technology, which has been specially designed to clamp the disc to a same-diameter turntable in order to eliminate the disc's rotational vibration, as well as any extraneous vibration emanating from the mechanism itself. It also corrects any warpage of the disc, dramatically improving the accuracy of both the optical pickup and the disc pit layer's corresponding optical axis, while also minimizing servo current. This all adds up to dramatically reduced disc read error for exceptional audio quality.
The new VRDS-ATLAS platform boasts unprecedented mechanical perfection and superlative audio quality, with heavyweight construction that is fully 127% heavier than previous iterations (6.6kg for the mechanism alone, and 13.5kg including its base). This highest rigidity and weight in the history of VRDS mechanisms has the effect of greatly reducing any and all vibration that could adversely affect audio quality. The transport's larger new side panels and bridge are all formed of SS400 steel, and its turntable is made from duralumin, which is renowned for its excellent sound quality. Also, its spindle features a newly designed thrust bearing system, for a friction-free one-point spindle support system that ensures smooth, noiseless turntable rotation.
Esoteric's impressive VRDS-ATLAS is the quietest and most elegant transport in the history of VRDS. The key to achieving this was a resolute focus on mechanical grounding technology that more effectively reduces vibration.
Adopting a wide & low-profile design for the entire mechanism helped achieve a lower center-of-gravity, and relocating the turntable motor to below the turntable from its previous position above the bridge dramatically shortened the route for grounding vibration and reducing mechanical noise. Tray hollowing has also been minimized for increased rigidity, and special stoppers made from vibration-absorbing elastomer cancel out resonance when the tray is stored.
The Grandioso K1's mighty power supply was the key to its powerful and profound three-dimensional sound. With the introduction of its new X version, this power supply has been dramatically enhanced to add further depth to its exceptional audio tone. Its built-in D/A converter features independent power transformers for left and right channels, and the K1X includes a total of four independent toroidal power supply transformers. Furthermore, technologies cultivated in the development of the Grandioso P1X/D1X have also been adopted, including a new low-feedback DC power supply regulator featuring a discrete circuit configuration which contributes to its powerful open sound. The K1X also contains a total of 76 EDLC* supercapacitors (with a total capacity of 2,050,000µF or 2.05F). This greatly increased power supply capacity provides a tremendously improved sound quality for exceptional resolution in the lower frequency ranges.
*EDLC (Electric Double-Layer Capacitor):A special type of capacitor boasting an astoundingly high capacity compared to the electrolytic capacitors used in conventional audio equipment.
The VRDS-ATLAS transport mechanism is centrally located within the chassis, where it is fixed to a 5mm-thick steel bottom plate and supported by four proprietary pinpoint feet (patent no. 4075477 and 3778108). This effectively isolates the rotational mechanism from vibration. The internal structure of the chassis features a double deck design, with the audio boards on the upper level and power supply circuits and transformers on the lower level to minimize magnetic flux leakage and vibration, while also shortening the power supply wiring.
Semi-Floating Top Panel
The enclosure's top panel utilizes a screwless semi-floating structure that further contributes to an open and expansive sound.
Master Sound Discrete DAC
Bringing out all the dynamics and energy of the original master recordings.
Master Sound Discrete DAC Bringing out all the dynamics and energy of music.
Unattainable by integrated chips, our goal was to assemble carefully selected and tested discrete components into a complete circuit that could perfectly reproduce all the dynamics and energy of music. Our top engineering teams put their pride on the line to design and produce a quality of sound that can only be found in the Master Sound Discrete DAC discrete D/A converter.
The K1X's Master Sound Discrete DAC is the most revolutionary two-channel stereo DAC circuit in Esoteric's history, and is based on the original circuit developed for the Grandioso D1X monaural D/A converter.
As an extension of the D1X's design philosophy, a luxurious volume of materials have been invested in the construction of K1X's Master Sound Discrete DAC. For example, it features 32 separate elements for each channel. Key components such as a clock driver, logic circuit, and capacitors and resistors, are kept independent for each of these 32 elements to ensure the purest output without no loss of musical energy.
The K1X's independently developed Δ∑ modulator supports 64-bit/512Fs and the latest high-end digital formats, including of 22.5MHz DSD and 768kHz PCM signals. The FPGA's* dedicated digital processing algorithm was developed exclusively for the Master Sound Discrete DAC, and has been fully optimized for outstanding playback of both DSD and PCM digital audio data.
Advanced Quality Control
With a discrete DAC, where component tolerances are directly linked to arithmetic precision, highly advanced quality control is also required for the manufacture of electronic circuit boards. Esoteric's own in-house factory boasts some of the world's leading board mounting technologies, such as soldering performed in an oxygen-free furnace, which is located in a clean room featuring the same level of cleanliness found in a hospital operating room. Technologies cultivated in the production of electronic circuit boards for audio, medical, aerospace, and defense industries support the high production quality of the Master Sound Discrete DAC.
The ESOTERIC-HCLD output buffer amplifier boasts an amazingly high-speed slew rate (response speed) of 2,000V/µs. Current transmission and speed—the most important factors for an analog output circuit—have been pushed to the limits to reproduce the reality of music with a dynamic range that is truly breathtaking.
In addition to its XLR and RCA amplifier line connections, the K1X also features the ES-LINK Analog method of current transmission. Taking full advantage of the HCLD buffer circuit's powerful current supply makes the K1X less susceptible to the detrimental effects of impedance on the signal route. It also enables a more powerful signal transmission, fully driving connected compatible devices.
A high-accuracy clock circuit is the key to achieving superlative sound quality in digital audio playback. A top-quality clock circuit is truly the heart of any high-end digital player. The K1X now features the superb Grandioso Custom VCXO II clock originally developed for the Grandioso P1X/D1X. This clock was developed with carefully considered modifications made to the earlier model's internal circuitry and components to more vividly emphasize the K1X's ultimate audio quality while further boasting remarkably low phase noise and excellent center precision (±0.5ppm).
The K1X can also be connected to the Grandioso G1 Master Clock Generator for playback, with internal circuits synchronized to a 10MHz clock that features the same high precision as an atomic clock, enabling further pursuit of high sound quality.
D/A Converter Functions for External Input, D/D Conversion, MQA Support & USB Input
In addition to its coaxial and optical inputs, the K1X also features a USB type-B port that is compatible with both 22.5MHz DSD and 768kHz/32-bit PCM asynchronous signal transmission, thus enabling it to also be used as a stand-alone D/A converter. Functions are provided for upsampling a PCM digital signal to 2/4/8/16× (max. 768kHz) and converting PCM to DSD. The K1X is also compatible with MQA-CD decode playback and full MQA decoding for playback of various digital inputs including USB.*
*MQA certification is pending as of August, 2019, and support is scheduled to be added via a software update as soon as certification is complete.
(Source: Esoteric Japan)
name a type of transport 在 一二三渡辺 Youtube 的最佳貼文
It was formally announced to assume the car name to be "Nissan and GT-R", and was begun the early reservation order on September 26. It came to walk on the road besides the skyline though a current tradition was succeeded to in consideration of the balance of Infiniti and G when selling it out of Japan. Opening a global site (six national languages including Japanese) to the public was begun on the same day, too.
Two from which installation of Nissan high performance center in 160 places in the whole country that does sales and after-sales service was announced at the same time
GT-R was first open to the public in Fuji Television Network "New report premiere A" on October 21. At this point, the mask was still given to the bumper.
Founder R35 type(2007-)
Impressive advertisement: THE LEGEND IS REAL
The sales price in Japan began selling from 7.77 million yen on the vicinity and December 6. "Premium edition" with which "Black edition" in which a special interior color and the leather seat in addition to the base model can be chosen in a Japanese specification and the BOSE premium sound system and the antitheft device are equipped normally is prepared.
Design etc.
The total length and the width, etc. have increased greatly by the R34 type as an initial model of the third generation GT-R in this R35GT-R seen Takehone the design though De Zain is suppressed.
It is equipped with the speed meter, the tachometer, and the display of the number of gears at 340 km/h in the car. (It was a bytalk, and the method that was the right in the left the speed meter as said by the tachometer for R34GT-R was adopted. )Moreover, it became more large-scale than MFD from which multi function display (MFD) that was able to be called one of the features of R34 type skyline GT-R even by this R35 type was installed in the R34 type equipped with continuation and more multifunctional. Polyphonic digital to develop Grantsurismoshirez took charge of the design of the MFD screen.
The start and the stop of the engine are done with a red button that exists in the center console. When the door is opened from the outside, the doorknob is a storage type, and it pushes in a knob, the knob that has projected from the other side is pulled, and the opened shape is taken.
Drive train
...past ATTESA E-TS.. following 3. Moreover, the clutch, the transmission, and the transfer are put behind the vehicle, and "Independent type transaxle 4WD" integrated with Riyadef is adopted. It is called, "Premium midship package" together with the engine arranged in the reception desk midship. Moreover, because it has machine type 1.5WayLSD (Rimiteddosrippdef) in Riadef, running in the circuit is easy.
It exists a lot, and alpha Romeo in the FR age etc. also have the one that the clutch and the transfer were distributed to rear, and the rear-wheel-drive car of the transaxle : about transaxle type 4WD though it has been achieved by delivery Ford and RS200 by it in the 1980's. As "Independent type transaxle 4WD" to make the clutch, the transmission, and the transfer become independent by the set because the clutch is installed in the engine side in the drive train of RS200, it becomes the first in the world, and Nissan is acquiring the patent for this. This was achieved by adopting the drive shaft made of carbon FRP light, Inarsha few, the vibrational absorption high. Moreover, it is called "VDC-R" because of GT-R that does a weather resistant super-car in Shilshi, has three modes, and it equips it with the slipping sideways prevention mechanism of a special tuning.
The transmission adopts six velocity automatic transmission. The six plate dual clutch system of Bolgwarnar can be adopted, it provide with the multiplate wet clutch at 1, 3, five velocities, and 2, 4, and each six velocities, and it change the speed automatically in the velocity.
Limiter
It has the speed limiter release function of the domestic production first car synchronized with the navigation system (The Ministry of Land, Infrastructure and Transport has been approved). It can put on the speed at 180 km/h or more by entering a specific area in the circuit (Sendai Highland race way, Fuji speedway, and Suzuka Circuit, etc.) that Nissan registered, and operating the navigation (In this case, if prescribed maintenance is done at the high performance center, the guarantee can be continued though the message of "The thing that becomes off the subject of the guarantee is approved" purport appears). The speed of the vehicle comes to be memorized in the memory installed in the limiter at any time, the system that can check it when the limiter cutting by an illegal means maintains it is taken, and when injustice comes to light, it becomes off the subject of the guarantee.
name a type of transport 在 MakeLearningFun Youtube 的最佳解答
Does your kid love transportation? Let's learn about transportation names and sounds with TOMY Tomica !
In this video, we will show the transportation vehicle and pronounce the name of it,
we also play the sounds of this type vehicle. So after watching the video,
your kid will not only able to identify the outlook of each vehicle,
but also remember the vehicle name and recognize the vehicle sounds.
TOMY is a very famous Japanese toy company because the realistic modeling and powerful detail in each common vehicle model.
Each Tomica car has parts which is movable, this greatly increase the learning interests to children.
The list of street vehicle:
bicycle,train,taxi,ship,tram,truck,boat,bus,double decker bus,helicopter,Motorcycle,car,airplane,school bus,hovercraft,
This video is also suitable for someone who want to learn English as second language,
We hope your kid will enjoy this video and learn the pronunciation,
name of street vehicle and able to identify the vehicle sound same as my kid.
If you want to watch more video from us, please
-do subscribe us!
http://www.youtube.com/channel/UC7pL7eH9oa4Ul05Slu2uUWw?sub_confirmation=1
-like the video and share to you friend who have kid on the facebook, tweeter, google+....etc
Popular Videos:
Learn shapes playlist:
https://www.youtube.com/watch?v=zfMGbZYo1xw&index=5&list=PLDQjcD7DJPwkz11nuQJ6TNGGclAXUt4zu
Learn name of common street vehicles and sounds
http://www.youtube.com/watch?v=EqLcDsh8_rk&list=PLDQjcD7DJPwmpnepbnrgxL5TJY5NqIRJ4&index=11
Learn zoo animal names and sounds
http://www.youtube.com/watch?v=5fR3VM_ehyU&list=PLDQjcD7DJPwmpnepbnrgxL5TJY5NqIRJ4&index=2
http://www.youtube.com/watch?v=5fR3VM_ehyU&list=PLDQjcD7DJPwmpnepbnrgxL5TJY5NqIRJ4&index=7
Popular playlist :
Learn names of animal with sound playlist: https://www.youtube.com/playlist?list=PLDQjcD7DJPwmpnepbnrgxL5TJY5NqIRJ4
Learning street vehicles names and vehicle sounds
https://www.youtube.com/playlist?list=PLDQjcD7DJPwkk7wqGzd0qV9XCc8PTndDM
Learn names of fruits and vegetables
https://www.youtube.com/playlist?list=PLDQjcD7DJPwkcfWoKnQXBvpvTriMF5L7i
Learn number and counting playlist: https://www.youtube.com/playlist?list=PLDQjcD7DJPwk05uDW8MNPGdIrY8tHvNz5
Classical Carnivale by Twin Musicom is licensed under a Creative Commons Attribution licence (https://creativecommons.org/licenses/by/4.0/) Artist: http://www.twinmusicom.org/
Credit to:
Sound Effects Central
SOUND FX TV
EndlessRelaxingClips
Sound Effects
We obtain some sound effect from the above source, and thanks for it. We also record some sound effect by ourselves.
name a type of transport 在 MakeLearningFun Youtube 的最佳貼文
Does your kid love street vehicles? And do they know about the common vehcile's name and recognize the vehicle sounds? Let’s learn all about street vehicle names and sounds with TOMY Tomica 2015 !
In this video, we will show the transportation vehicle and pronounce the name of it, we also play the sounds of this type vehicle. So after watching the video, your kid will not only able to identify the outlook of each vehicle, but also remember the vehicle name and recognize the vehicle sounds.
TOMY is a very famous Japanese toy company because the realistic modeling and powerful detail in each common vehicle model.
Each Tomica car has parts which is movable, this greatly increase the learning interests to children. The list of street vehicle: dutro truck, hamburger car,cash transport truck,animal transporter,front loader, space shuttle,school bus,postal car,taxi, double-decker bus,fire truck,airplane.
This video is also suitable for someone who want to learn English as second language, We hope your kid will enjoy this video and learn the pronunciation, name of street vehicle and able to identify the vehicle sound same as my kid. If you want to watch more video from us, please
-do subscribe us!
http://www.youtube.com/channel/UC7pL7eH9oa4Ul05Slu2uUWw?sub_confirmation=1
-like the video and share to you friend who have kid on the facebook, tweeter, google+....etc
Learn names of animal with sound playlist: https://www.youtube.com/playlist?list=PLDQjcD7DJPwmpnepbnrgxL5TJY5NqIRJ4
Learning street vehicles names and vehicle sounds
https://www.youtube.com/playlist?list=PLDQjcD7DJPwkk7wqGzd0qV9XCc8PTndDM
Learn names of fruits and vegetables
https://www.youtube.com/playlist?list=PLDQjcD7DJPwkcfWoKnQXBvpvTriMF5L7i
Learn number and counting playlist: https://www.youtube.com/playlist?list=PLDQjcD7DJPwk05uDW8MNPGdIrY8tHvNz5