Molsheimの（フランス）：決定的なブガッティヴェイロンSixteen.Fourはこの時点で発注されています〜ヨーロッパの代理店をバイヤーは、いくつかの唯一の製品を通じてスーパーカーの領域に〜yの停止をマーキングすると、三百のモデルとその円滑な高速ないとこスーパー冗談の規定注ぐ。一番後ろのヴェイロンを購入した

ヨーロッパのバイヤーは、事前にブガッティをどれを購入していない。搬送は、最寄りの秋に予定されています。

最後ブガッティは堂々と冗談を与え続けている。それは407kphの最高速度に達すると明快な味わいで頭部偽装のそのクローズドクラウンで、ボールトで最大の三百六十キロの急いで離れて送信を隔離する宇宙最速の交換重厚嘲笑しています。

フォルクスワーゲンがブガッティの権利を買った火〜一千で998、そして率直な単位の年後に協会は、第4ユニバーサルキャリッジ、近いから延長試験EBエイティーン/東京で4つのヴェイロンを発表モーターは指摘。

キューンAprilトゥエンティ9個、二千五、ヴェイロンは、主要な時間の理由で400kph超え、そして半年後にグローバル群集に発表された。

Veyronは不問クラス遺物を通して〜、何よりも拡張媒体たくさんのカーボンファイバー製のモノコックを受信するために、そして六十のそのねじり重症度、000Nmだった。

七、九百93立方センチメートル振幅16気筒マシンは、4つ連続して非定常カムシャフトを介し四ターボチャージャーは〜最も407kphの加速のオープンです。七ギアツインクラッチギアボックスは、トルクの250Nmをいくつか信じられないOneを支配する、と未満100は50ミリ秒のシフト時間が世界最速の変速機の一つです。

0から100までの加速がかかるだけTwo 引越し.Five秒。そのカーボンセラミックブレーキ、革新的なブレーキの冷却システムとブレーキ時に追加のエアブレーキとして機能するように活性化されるリアスポイラーと、この最高のスポーツカーは、ちょうど30 one.Fourメーターで100kphと2から完全に停止するために来ることができる。 3秒。

スーパースポーツは、Oneが誇る、二百PSと415kphの最高速度はさらに速く、同じ偉業を実行します。

ペタリンジャヤカット百8、ゼロユニット、600人eighteenの〜yを以前の値、ゼロから。

"これはレンタカーのホールド第1幕千967にニスと改正の地震と津波災害後の収率で除算にフィットする、"の場所を発表しMAAの社長、ダトゥクAishahアフマドを宣言限りトラフィックの再検査は、二千Elevenのリーディング部分、あちら月曜日に関するものである。

総額の努力の販売、年間残る、六500人、100 56台にあった。

二千Elevenの一番の半年に関して奇妙な自動車の塊活性バルク（TIV）は三百いずれかの条項に二百97、二百3つのユニット、に登録さ100   fifteen台だった同一の言葉使い果たされていない年となる。

さらに、今年の資本部分の時間のため、取引の車両の苦境は、乗客の間に、六以上のビットを示すことがいくつかになるより二、三百三十時間の7台のスペース、二百40に登録nineユニット。

Aishahは、二千Elevenの原始的な部分の期間、TIVは非常に少ないことを報告主に旅行者の車のヘッドによって引き起こされた。

彼女は、TIVの小球を関連のワードでは、大手と比較してパーセントによってTwelve.Fourを通して失敗したこと、メンテナの地域の時間のために起こった。

"TIVの肺結核は、右の日本における地震及び津波災害後に延長に違反の進行を持つ同じ種類の改装された車両の引き渡しに先延ばしすることでした。

"HP法改正も第2四半期の新車登録の低迷をもたらしている、"彼女は付け加えた。

HP法改正では、Aishahは、MAAは、政府が再びそれを修正するだろう楽観的であると述べた。

"国内取引、協同組合や消費者行政省は、7月22の上で会議を開催します。今それを阻害する問題の数に基づいて、私は外務省がHP法の条項の一部を改正することは可能だと思う"と彼女は付け加えた。
-ベルナマ通信に

で販売する機会をなしにしゃべる二千十二の部分にまず個別の隣に

自慢。膝風采のバッグや死角の警報からの高効率エンジンとトランスミッションに至るまでの機能は、イベイド二千うち13〜数々の先進的かつ低燃費の規則培地クライスラーが持っている心が存在しているが起動までそれに代わる何時に建てられた地球最後の日キャリバー。

穏やかなラッシュは、スポーティーなヨーロッパのアルファロメオジュリエッタに向けて開発されたプラットフォームクライスラーの相伴令の大幅な修正表現を使用しています。春はジュリエッタよりインチ長く品揃え豊富なTwelve.Zeroです。そのホイールベースはFour.Zeroインチ長くなりますと、その足音Three FP.Zeroインチより広い。

イベイドはレッツフライが大きい程度にヒュンダイソナタ中型セダンよりも足元を持ち上げているという。家庭では、各Eight.Fourインチ移動マスク、再構成可能な機器、ソフトタッチの素材や選択科目ナッパレザーを採用。

珍しい外国のデザインのタッチは、フル幅のLEDテールライト、フレア眉のフェンダーとダッジの十字グリルの痩せ細ったの実行にかかる。

エンジンは一百六十馬力と100 84トルクのポンドフィート、One百六十馬力のTwo.Zeroリットルと100 84を生成することをターボチャージOne.Fourリットルの4気筒が含まれています馬力Two.Fourリットル、すべてのクライスラーのダンディー工場で構築された。デュアルクラッチ、マニュアルと従来の自動：クライスラーは、3種類の6速トランスミッションを提供します。

A couple Mercedes guys stopped by the other day and left a baby on our doorstep. That would be the baby Benz, the fourth generation of the Mercedes C-class, a car whose lineage dates to 1983. At first it was called the 190—the C designation came along for model year 1994—but the idea was to produce a small car that would bring Benz cachet into a more affordable realm and, oh, yeah, give the BMW 3-series a little competition, an idea that’s still operative.

As we observed at the time in a preview [March 1983], the new 190 sedans were "damned fine little cars," representing "the first time that Daimler-Benz AG has acknowledged the presence of BMW and Audi as competitors."

In that sense—responding to new initiatives from Teutonic rivals—little has changed in the past quarter-century, although the ante keeps increasing. But the smallest of Benzes has changed considerably, and it’s not at all clear that the term "baby" is relevant anymore. Compared with the progenitor of this species, the latest C-class is 7.3 inches longer, 3.6 inches wider, and 1.9 inches taller, on a wheelbase 3.8 inches longer, not to mention a curb weight that’s gone up about 1000 pounds.

Of more significance are the dimensional changes from the third-generation car to the fourth. The wheelbase grows from 106.9 inches to 108.7. Overall length stretches 3.9 inches to 182.3. Width increases to 69.7 inches, a gain of 1.7. The track expands as well, by 1.1 inches front (from 59.3) and 1.5 inches rear (from 58.1).

At 56.3 inches, height is unchanged. Since the C-class already had more front-seat headroom than an

or , Mercedes saw no need for roof raising. But in any case, bigger translates to roomier, which is excellent news for those whose C-class experience is likely to be gleaned from the aft cabin. It’s even better news for those who think traveling light means maybe three bags per passenger, plus golf clubs, and perhaps an inflatable pool table. For that "

can -take-it-with-you" set, the trunk of the new car has swelled to a vast 17 cubic feet, five more than in the previous car.

However, bigger almost invariably entails negative consequences at the scales, and the ’08 C-class is no exception. The

we tested in November 2005 weighed 3515 pounds ready to rock. The car under scrutiny here nudged the needle to 3671. Since the one element of the C-class inventory that hasn’t really changed is the powertrain, the consequence of increased mass is increased acceleration times (read "slower").

The fourth-gen C350 is propelled by the same 90-degree V-6 as its predecessor—3.5 liters, 24 valves, naturally aspirated, DOHC with variable valve timing on both cams, 268 horsepower at 6000 rpm, 258 pound-feet of torque—mated to Benz’s seven-speed automatic transmission. However, the previous C350 Sport was also available with a six-speed manual gearbox. So equipped, our November ’05 test car hit 60 mph in 5.5 seconds and covered the quarter-mile in 14.2 seconds at 99 mph.

Our ’08 C350 Sport achieved 60 mph in 6.0 seconds and ran the quarter in 14.6 at 97 mph. How much of the disparity is attributable to manual versus automatic? Hard to quantify, but our calculation is no more than a couple 10ths to 60. The seven-speed auto can be shifted manually by waggling the shift lever from side to side, and its responses are reasonably prompt. So we conclude that mass is the culprit, and it’s also clear that this V-6 isn’t on quite the same power plateau as BMW’s twin-turbo 3.0-liter straight-six. Direct injection would close some of the gap, and we expect to see this upgrade in the not-too-distant future.

Article source: http://www.caranddriver.com/reviews/car/07q3/2008_mercedes-benz_c350_sport-road_test

South Africa might seem a strange place to launch a 200-mph exotic sports-GT car that will find owners mainly in the U.S. and western Europe. More so when you consider that the most significant achievement by an SLR model was in Italy, at the Mille Miglia event of

1955.

But Mercedes-Benz has conducted operations in South Africa for more than 45 years, including complete vehicle assembly. More important, the weather in mid-November is fabulous.

Piloting these left-drive-only coupes in a right-hand-drive market took only a short adjustment, leaving us free to enjoy the SLR’s addictive power against the spectacularly scenic backdrop of the Cape mountains. The audio soundtrack wasn’t bad, either, with a muted but shrill scream of a twin-screw Lysholm blower accompanying a distinctly staccato roar from the 617-hp V-8′s side pipes every time the driver stabbed the pedal.

Each of the engine’s cylinder banks enjoys a stream of condensed intake air from separate intercoolers, together producing a torque curve quite similar to the profile of Cape Town’s Table Mountain. There is already 440 pound-feet of torque by 1500 rpm, and well over 500 pound-feet between 3000 and 5000 rpm. This lends mind-boggling elasticity to the SLR, with passing performance that has to be felt to be appreciated.

We’ve become fairly accustomed to huge output from AMG-built engines, but most of those are housed in conventional steel models weighing quite a bit more than the 3800-pound, carbon-fiber-bodied SLR. This isn’t exactly svelte when one considers that carbon fiber weighs half as much as steel. Mercedes claims 3.8 seconds for the 0-to-60-mph scramble, and we think that might be a conservative estimate.

The carbon-fiber structure, produced in an all-new facility in Woking, England, is the real story of the SLR, and it celebrates the relationship between Mercedes-Benz and McLaren in the Formula 1 circus. Under McLaren’s management, this new plant conducts the high-tech assembly procedures that will give birth to 3500 examples of the SLR over the next seven years.

This carbon-fiber road car exploits that material’s amazing strength and feathery weight for high performance and safety. The entire body is a composite molding, with beautiful front and rear aluminum subframes bolted and bonded to the tub to mount the engine and undercarriage. Below the tub is a completely flat underbody.

When you flip open the long clamshell hood, it’s a surprise to see how little of the exposed interior is filled by the engine. For optimal weight distribution (the percentage, front to rear, is 51/49), the engine protrudes only two or so feet forward of the base of the windshield. Ahead of that is a monstrous snorkel reaching for cool air rushing in around the three-pointed star.

Other neat features visible under the hood are the forged-aluminum double control arms, along with an anti-roll bar mounted above the suspension and torqued by a Formula 1-style rocker assembly.

At each end of the car are conical crash members made of 25,000 carbon-fiber filaments wound from 48 reels using techniques developed by the textile industry. As exhibits from crash tests proved, these crash members provide remarkable absorption and resistance to impact damage.

The composite body is palpably stiff to the car’s occupants, never emitting a squeak or groan on the worst surfaces, despite a suspension on the firm side. Those A-pillar-mounted gullwing doors—opening to 107 degrees and attracting hordes of onlookers—would undoubtedly betray deficiencies in the structure if there were any.

The inside of the SLR is as exotic as the Batmobile exterior, with carbon-fiber seat shells covered in fine leather and a cockpit built of contrasting colors and textures. To start the SLR, you turn the stubby key, flip a cover at the top of the gear selector, and thumb the button that hides there to bring the 5.4-liter V-8 rumbling to life.

Mercedes’ strongest five-speed automatic (with manual override) still required internal reinforcements to handle the enormous horsepower of the SLR. It offers three levels of transmission performance—comfort, sport, and manual. In manual mode, the box shifts only in response to the wheel-mounted buttons or a side swipe at the selector, and it has an additional three levels of response and shift speeds set by yet another rotary knob.

We like that this manumatic can be made fully responsive to the driver, turning the automatic box into something very like the paddle-shift system in Ferraris and allowing you to hold gears for corner entries and such. We like the electronic braking system less. There’s an initial dead zone in the pedal travel, and one instinctively feels for the usual hydraulic takeup point, whereupon the giant eight-piston front calipers take a firmer bite on the 14.6-inch ceramic discs than you’d planned.

Other than that, the SLR is largely devoid of the syrupy control feel that coats most Mercedes cars. Its steering is deliberate and linear, the power delivery smooth but somehow raw, the ride firm and immediate. There’s quite a bit of grip from the made-to-order Michelin Pilot Sport tires, abetted by a McLaren-tuned chassis and Mercedes-Benz’s electronic stability program, which—for once—has a pretty high threshold. A pity it still steps in so intrusively, but with so much potential and so much value in the car, maybe that’s a good thing.

There were mixed reactions to the SLR’s styling at its first appearance, but the positive response by potential buyers now suggests that every example will find a home.

Bruce Wayne, your car is ready.

Article source: http://www.caranddriver.com/reviews/car/04q1/2005_mercedes-benz_slr_mclaren-first_drive_review