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    1993 Acura Integra GS-R Long-Term Test

    From the November 1994 issue of Car and Driver.
    Awright, we knew you’d write in. It was no shock here in the ice-cube quarry that is the magazine’s Michigan domain. You were sure to gripe that Acura’s uncanny Integra GS-R could never better other sports coupes because it was just a “glorified economy car.”

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    That was after an Integra GS-R took first place in our June ’94 “Good Sports” comparison test of seven sports coupes, winning with its all-around worth rather than speed alone. (The group also included the Eagle Talon TSi AWD, Ford Probe GT, Honda Prelude VTEC, Mitsubishi Eclipse GS-T, Nissan 240SX SE, and Toyota Celica GT.)
    The Integra had speed, but others in the test had more of it. What the GS-R offered was the purest talents at the lowest price (all cars comparably equipped). The Acura never gave us that cut-rate feeling of a bargain item. But some of you chose to read more into test-track results than did we.
    Oh, our usual go/stop/turn tests put the Integra mid-pack, but in a group capable of running rings around most cars on the road. Especially on up-and-downy, in-and-outty, hook-and-loopy roads. The GS-R won by doing what a great road car does: it made us want to slip in, buckle it on, turn the key to its mesmerizing powertrain, and press its chassis to the task just for the joy of it.

    PHIL BERG, TOM COSGROVE

    That feeling does not turn up in test data. If you’re into that, hey, more horsepower to you. As for us, our long-term test of the Integra GS-R brought 35,000 miles of unadulterated fun, the fun being always at hand and right underfoot. Our GS-R was the sum of some impressive parts: A howling 170-horsepower, DOHC, 16-valve 1.8-liter engine with port injection and Honda’s VTEC variable-valve-timing system for good performance and good fuel economy. All-independent suspension with front unequal-length control arms (instead of ubiquitous struts) and a rear multilink layout. Four-wheel disc brakes with ABS. Michelin 195/55 XGT-V4 all-season performance tires on 15-inch alloy wheels. Dual airbags. Side-impact protection. Air conditioning. Power moon-roof. Cruise control. An AM/FM/cassette stereo with six speakers. And all for just $19,894 (the same package would run you $20,215 today).
    This Acura arrived in late 1993 as a pilot-production model with 1500 miles on it. Usually we avoid pilot cars. They rarely deliver the performance and reliability that come after the assembly line begins real production. But this GS-R was from Honda’s fancypants branch, so we chose to proceed based on experiences with earlier Acuras. By the end of the test, it seemed that about the only thing risked was the finish that peeled off the alloy wheels—apparently not a fault on customer cars. For an Acura that was used hard and wrung out by our Mr. Berg on the One Lap of America, that’s dandy.
    We hustled so quickly that we finished the GS-R’s miles in just under ten months.
    At 7578 miles, the GS-R toured Ann Arbor Acura for its first service, specified for 7500 miles. It required only an oil-and-filter swap: 30 cents for a washer, $5.75 for a filter, $8 for oil, $1 for “hazardous waste disposal,” $5.40 for “miscellaneous charges,” and a costly $54 for labor, which consisted of a front brake-pad inspection. The total came to $74.45, plus tax—a lot for a first service.

    PHIL BERG, TOM COSGROVE

    The 15,000-miler came at 15,270 miles, needing the same plus a valve-clearance adjustment and a muffler and tailpipe inspection, done by Acura City in Rochester, New York. The price jumped to $169.
    We paid $151 at the 22,500-mile massage, but $76 of that went for repair of a “leaky valve-cover gasket installed improperly on the 15,000-mile service.” As with the first stop, the remaining $75 went to an oil-and-filter swap and a brake-pad inspection.
    The 30,000-mile service called for an oil-and-filter change; a new air cleaner; a valve-clearance check; inspections of the alternator drive belt and the fuel, cooling, and exhaust systems; and a change of transmission oil. That service ran $334. And all those brake inspections finally paid off. The technician replaced the rear pads for $108, bringing the total bill to $442.
    The service grand total of $653 is more than we expected, given the Integra’s economy-car genes. The need for rear-pad replacements was a surprise, too. Perhaps it had something to do with our tendency to test-drive the GS-R deep into corners.
    The GS-R kept logbook notes coming. Wrote Schroeder: “I couldn’t get comfortable due to the seat’s lack of lumbar support [fortunately not a problem for all drivers]. And the droning engine at 80 to 85 mph gets tiresome—the short gearing and final-drive ratio would never fly on an autobahn. From the passenger seat, my housemate marvels at the wonderful engine, then asks, ‘How much is this thing, $14,000?’ Oops. Honda maybe needs to jazz up the conventional interior. But the Michelin XGT V4 tires (normally not so hot in winter) got me through horrendous snow in Buffalo on Christmas Eve. Barely made it through unplowed two-foot drifts, but I expected more trouble.”
    “Buzzy at 85 mph,” noted Yates. “But not bad. And that motorcycle rev limit and taut steering are marvelous. I love this thing—it’s the Sugar Ray Robinson of automobiles, the original Sugar Ray having been considered, pound-for-pound, the greatest fighter in history.”
    Another staff writer echoed Schroeder’s assessment of the interior, saying it reminded him of a dentist’s office—comfortable and functional but not likable, and definitely in need of a splash of color. Other drivers felt this serious atmosphere encouraged good driving. “The Integra GS-R is a pure pleasure. I drove it all day without a pain, ache, or complaint. At 70 to 85 mph with the A/C on, it got over 325 miles per tankful.”
    As for oil additions, the lone log entry showed a half-quart at 27,256 miles (the day after the GS-R returned from the rigors of One Lap—ahem). A windshield chip was fixed at 28,406 miles for $30. The saddest incident came in a parking lot when the T-Bird of a driver new to America clipped the GS-R’s left-front corner. This left a besmirchment painful to see and brought an insurance estimate for $501.28 in repairs.
    The Acura’s wild four-cylinder wore its 35,000 miles well. At the concluding test, the 0-to-60-mph time rose by 0.1 second to seven seconds flat, and top speed increased 1 mph, to 136. Despite all our revvings and our hustling far across the vast reaches of the West, the GS-R also averaged an excellent 30 mpg.
    Wait now—that almost is good enough to make the Integra GS-R an economy car.
    But to actually declare this splendid Acura a glorified economy car?
    Nah . . .

    PHIL BERG, TOM COSGROVE

    Rants and Raves
    The Integra has an odd odor inside. I looked under the seats for an old burger or pizza. Nothing. That aside, the GS-R is the most fun since our Sentra SE-R. The shifter is perfect, with something motorcycle-ish about power and shifting. If you shift at over 7000 rpm, the engine remains in its power band, the revs hardly drop, and the sound is wonderful. Part-throttle 2-3-4 shifts are terrific, too. —Dworin
    The front of this car looks like a flounder: two beady eyes above each crooked turn-signal mouth. Inspired by a flounder—now that’s hip. But for those who aspire to a BMW 325i, this is the perfect starter car. Its moves are beyond reproach, its engine is superb. —Schroeder
    If Porsche built this it would cost $65,000, smell like leather, have a sexier exterior, and R&T would treat it like the second corning of Dr. Ferdinand himself. This thing is a marvel. —Yates
    Four people fit easily if you put the short ones in back. And small as the headlights are, they work well, with a sharp cutoff on low-beam and good brightness on high-beam with no hot spots. Also, the ABS-cycling sound of the brakes on wet leaves is refined—tick, tick, tick, not CLUNK, CLUNK. —Berg

    Auxiliary lights and antennas traveled Forrest Gump’s Monument Valley road in Utah with our GS-R on the One Lap of America.
    PHIL BERG, TOM COSGROVE

    My Own Private One-Lapper
    Six thousand of the 35,000 miles that accumulated on our Integra’s odometer were added during a single grueling drive: We followed the six-day automotive regatta known as the Bridgestone Car and Driver One Lap of America. This annual June enduro is organized by Brock “Cannonball” Yates to the delight of Visine, No-Doz, and Dramamine vendors in sixteen states. For 1994, a string of five all-night drives to nine of the better-known racetracks in the Midwest and Southwest was broken by just one night in a motel. So the One Lap is more than just a casual acquaintance with a car—it’s an intense, intimate fling.
    Spending this much time in a car isn’t unbearable if you make preparations to keep yourself entertained. The Integra’s sedan-like center console is ideal for adding extra radios. We installed a Uniden BearTracker automatic police scanner and a trucker-quality K40 CB radio. Backing up these two highway essentials were an AOR 1500 wide-band scanner and a Sony shortwave receiver for entertainment.
    This stuff alerted us to the news that New Mexican authorities were busy looking for a machete murderer (and so ignored One Lap competitors), that truckers in Texas knew where all the speed traps were, that the state police in eastern Colorado were distracted by a woman who launched a Volvo 50 feet into a ditch, and that Kansas was exposed to tornado warnings. And if all of this news made us weary, we could always switch to “Voice of the Andes” from Quito, Ecuador.
    By the fifth night, our eyes were shot but our backs were healthy, thanks to the terrific seats. The engine revs busily on the highway, 4000 rpm in fifth gear, but makes such pleasant noises you never find yourself reaching for a sixth gear. The steering is so communicative that you have to be nearly unconscious to place a wheel wrong.
    With 25,552 miles on the odometer between Arizona and New Mexico, we sustained 110 mph for 50 miles and still got 30 mpg. A lot of things about this little bomber make it ideal as your own private One-Lapper. —Phil Berg

    Specifications

    SPECIFICATIONS
    1993 Acura Integra GS-R Long-Term Test
    VEHICLE TYPEFront-engine, front-wheel-drive, 2 + 2 passenger, 3-door coupe
    PRICE AS TESTED $19,894 (base price: $19,894)
    ENGINE TYPE DOHC 16-valve inline-4, aluminum block and head, port fuel injectionDisplacement: 110 in3, 1797 cm3Power: 170 hp @ 7600 rpmTorque: 128 lb-ft @ 6200 rpm
    TRANSMISSION 5-speed manual
    DIMENSIONSWheelbase: 101.2 inLength: 172.4 inCurb weight: 2661 lb
    PERFORMANCE: NEWZero to 60 mph: 6.9 secZero to 100 mph: 19.2 secZero to 120 mph: 34.2 secStanding ¼-mile: 15.4 sec @ 92 mphTop speed: 135 mphBraking, 70-0 mph: 186 ftRoadholding, 300-ft-dia skidpad: 0.81 g
    PERFORMANCE: 35,000 MILESZero to 60 mph: 7.0 secZero to 100 mph: 18.7 secZero to 120 mph: 32.1 secStanding ¼-mile: 15.5 sec @ 93 mphTop speed: 136 mphBraking, 70-0 mph: 182 ftRoadholding, 300-ft-dia skidpad: 0.79 g
    FUEL ECONOMYEPA city driving: 25 mpgC/D observed: 30 mpgUnscheduled oil additions: 1 qt

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    Tested: 2000 TRD Toyota Celica GT-S

    From the November 2000 issue of Car and Driver.
    With its 7800-rpm redline, 180 horsepower that peaks just 200 rpm before that, and an aggressive VVTL-i electronically variable valve-timing-and-lift scheme, the 1.8-liter DOHC 16-valve engine in Toyota’s Celica GT-S is plenty edgy. Plus, it’s backed by a six-speed manual transmission, and the body wrapped around that engine looks as though it were designed with a knife. But the suspension, while generating impressive performance numbers, feels more civilized than aggressive.

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    TRD’s aim for its Sportivo suspension kit is to sharpen the chassis of Toyota’s edgiest car. So the $1545 kit includes new, stiffer springs (38 percent firmer than stock up front, 30 percent stiffer in the rear), bigger anti-roll bars (24 millimeters in diameter up front, up from 22mm stock; and 21mm in diameter at the rear instead of the 17mm stock), rubber bushings 17 percent stiffer than stock, revalved shocks and struts, and upper-strut-mount reinforcements. In addition, a $136 rear strut brace has been added. On TRD’s demonstrator car, the T2 wheels fitted with P215/40ZR-17 Toyo Proxes T1-S tires replace the optional 16-inch wheels and P205/50VR-16 tires offered on the stock GT-S car.
    Although that constitutes a pretty thorough reconstruction of the suspension, the rest of this TRD Celica is only modestly twisted. TRD added its own $634 sport-exhaust cat-back system, a high-flow air filter within the stock filter box, and $4267 worth of spoilers, wings, valance panels, and tinted head lamps. TRD claims the improved breathing of the exhaust and intake is worth an additional 14 hp over stock, but it makes no assertions for the body bits beyond claiming that high-schoolers dig them. Add up everything except the tires on the car, and that’s $6752 beyond the 2001 GT-S’s $21,800 purchase price.
    On the tight Streets of Willow road course, the TRD-modified Celica’s turn-in is dramatically better than stock, and when the inevitable understeer arrives, it’s modest. Driven at less than 10/10ths, the car feels neutral and only reminds that it’s a front-driver when accelerating out of corners. Steering effort seems greater than stock, more so than might be expected for a car whose tire contact patch has expanded only 10mm at each corner.

    That improvement in at-limit behavior doesn’t, however, mean that the limits themselves have expanded. Despite bigger tires and thicker bars, the TRD Celica only matched our last GT-S’s 0.86-g skidpad orbit. Getting the most of the chassis changes on the track probably means adopting beefier rubber than this car’s modest upgrade.
    On the road, there’s notably more noise transmitted from the tires into the cabin than stock. That’s not surprising, given the harsher springs and harder bushings, and it’s just irritating enough that the sound could be maddening during daily commutes. The exhaust system adds to the cacophony, and the change in air filters is, we assume, responsible for the more pronounced octave shift as the VVTL-i variable valve timing kicks in at about 6000 rpm.
    But although the exhaust and the intake change the sound of the Celica, there’s nothing to indicate that they make it quicker. The TRD car’s 7.5-second 0-to-60-mph clocking is 0.3 second slower than the last stock machine we tested, and the TRD’s quarter-mile time of 15.7 seconds at 92 mph is 2 mph slower. There’s no reason TRD’s changes should have made the car much faster, but they shouldn’t have slowed it down. We can only guess at the reasons for this small disparity.

    TRD’s modifications nudge the Celica GT-S toward the raw-nerve reflexes of a car like the Acura Integra Type R. But the potential is there for Toyota and its TRD division to comprehensively optimize the car as a true, factory-built near racer along the lines of the Type R. There’s more power to be had from this engine, more grip to come from this chassis, and we want it all.

    Specifications

    SPECIFICATIONS
    2000 TRD Toyota Celica GT-S
    VEHICLE TYPE Front-engine, front-wheel-drive, 4-passenger, 2-door coupe
    PRICE AS TESTED $28,552 (base price: $24,285*)
    ENGINE TYPE DOHC 16-valve 4-in-line, aluminum block and head, Toyota engine-control system with port fuel injectionDisplacement: 110 cu in, 1796ccPower (SAE net): 194 bhp @ 7600 rpmTorque (SAE net): 133 lb-ft @ 6800 rpm
    TRANSMISSION 6-speed manual
    DIMENSIONSWheelbase: 102.3 inLength: 170.4 inCurb weight: 2600 lb
    C/D TEST RESULTSZero to 60 mph: 7.5 secZero to 100 mph: 19.9 secStreet start, 5-60 mph: 8.0 secStanding ¼-mile: 15.7 sec @ 92 mphTop speed (redline limited): 129 mphBraking, 70-0 mph: 171 ftRoadholding, 300-ft-dia skidpad: 0.86 g
    FUEL ECONOMYEPA city driving: 27 mpg

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    Tested: 1986 Porsche 911 Turbo

    From the January 1986 issue of Car and Driver.
    Set your time control for 1979. Forget everything automotive you’ve experienced in the last six years. Let yourself drift back, back, all the way back to a time when one high-performance automobile in America stood head and shoulders above the rest.

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    Six years ago, things looked grim for car enthusiasts. The feds’ emissions standards and a pair of fuel crises had just about squeezed the life out of hot cars—with one notable exception. Towering Colossus-like above the sea of gas-sipping econoboxes and throbbing diesels was the Porsche 930 Turbo. Its sheetmetal bulged like Arnold Schwarzenegger’s chest. Its engine had turbocharged lungs. It acceler­ated as if there were a Saturn booster strapped to its tail. It became the altar at which car nuts worshiped, and no one with even a few drops of 30-weight in his veins would ever forget it.
    The 930 Turbo was the promise of a better tomorrow through turbocharging. But at the end of the 1979 model year, it was withdrawn from the U.S. market. The expense and the complexity of maintain­ing its power level while bringing its air-cooled engine into line with tightening emissions regulations were cited as the pri­mary cause of its demise. Its penchant for gasoline (it delivered only 12 mpg on the EPA city test), its high price, and its low sales volume were the nails in the coffin. America would have to get by with normal­ly aspirated 911s, or none at all.

    RICHARD GEORGE

    This was not easy news to take. Sure, the Turbo was beyond the reach of all but a few wealthy buyers. Its passing shouldn’t have meant a thing to the rest of us, but it did. That’s because the Porsche 930 Tur­bo transcended the realm of everyday cars and parts and suggested retail prices. It defined and dominated an era in automotive history.
    It was inevitable that a car as coveted as the 930 would continue to find its way here through the gray market. It never went out of production, so a ready supply has been available for those with fat wallets; we test­ed a number of such cars ourselves. To thwart the gray-market traffic, Porsche went so far as to offer the 930’s voluptuous bodywork and revised chassis pieces as a big-buck option on the 911 Carrera.
    As of this moment, all of these substi­tutes for the real thing are hereby declared obsolete. Porsche Cars North America is once again importing the most potent member of its rear-engined family, this time under the 911 Turbo name.

    RICHARD GEORGE

    The manufacturer’s reasons for its change of heart are simple and straightfor­ward. Porsche has finally recognized the full importance of the North American market, where more than half of its cars are sold. As a result, we will no longer be de­nied the best stuff, which has been heretofore reserved for Europe. The game plan is for Porsche to offer all of its model lines here, while making every attempt to equal­ize power levels worldwide. Last year, we were granted the four-valve-per-cylinder 928 before the German market got it. The 944 Turbo makes the same power wherev­er it’s sold. The 911 Turbo is the third step in that direction.
    Importing the 911 Turbo is also the best way for Porsche to blunt the gray market and to channel the profits from U.S. sales into its own coffers. Why buy a privately federalized European-spec 911 Turbo, which might be hard to get parts for, when you can have a factory-fresh, EPA-ap­proved model with the full dealer warranty?
    Corporate maneuvering aside, the best part of the deal is that a solid-gold, heart-thumping supercar has returned to our midst. It’s as if Ferrari had brought back the Daytona, or Ford had resurrected the Cobra. But is all the lore surrounding the mythical 930 Turbo grounded in reality, or have our warm memories been clouded by time and distance? Is the new 911 Tur­bo still the King Kong super ride of our de­mented dreams, or has automotive science passed it by? Only a test drive will tell.

    To look a the new 911 Turbo is to stare right back into 1979. Only the keenest eye will notice that the rear tires now fill out the massive flared fenders a little more fully. The engineers have attacked the 930’s nasty tendency to wag its tail during hard cornering by specifying wider-than-ever, 245/45VR-16 Dunlop SP Sport D40 rear tires in place of the old car’s 225/50VR-16 rubber. The bigger tires are mounted on 9.0-inch wheels, which are an inch wider than before.
    Precious few cars could live through six years without so much as a face lift, but the 911 Turbo has done just mat. This car has a sexier body than Madonna, and the years have dulled its charm not a whit. We sampled the 911 Turbo in the L.A. area, which has the highest per-capita number of winged and flared 911 s in the Western Hemisphere, but our red beast wowed me masses nonetheless. They still find this a spellbinding automobile, and far more folks man you’d expect went out of their way to let us know that.
    Inside, me Turbo could be any 911 of recent vintage, but for a few minor details. A small boost gauge is incorporated into me tachometer at me six-o’clock position. Check me standard plastic shift knob and you’ll see mat the gear pattern stops at fourth. (Turbos have never been equipped with five-speeds by the factory.)
    Aside from that, the Turbo is just a well-dressed 911. Soft, sweet-smelling leather is lavished on the cockpit, including the dash top. A full load of extras, from air to sunroof, are standard-just as you’d expect in a car mat comes in at a nice, round $48,000. But that’s it. No surprises or great advances have sprung up since we last saw mis model.
    You won’t find any major changes under the whale tail, either. The 911 Turbo’s air-cooled flat six is basically the same one that tantalized us so much back in 1979. The turbocharged and intercooled powerplant still displaces 3.3 liters, and such details as its bore, stroke, and compression ratio remain unchanged.
    The bottom line—the horsepower coming off me end of the crankshaft—is fatter than ever, though. Porsche’s data banks are six years richer with emissions-control knowledge, and it’s been put to good use in me 911 Turbo. The tweaking includes a three-way catalytic converter, an oxygen sensor, and electronic assistance for the Bosch mechanical fuel-injection system. In 1979, Porsche was carping about the difficulties of making its air-cooled powerplant comply with federal exhaust-emissions standards. Today, the engineers have made it comply, adding an impressive 29 hp in the bargain. They also managed to improve fuel economy by 33 percent, though the 911 Turbo’s 16 mpg still isn’t good enough to get it past the gas-guzzler law. This scrape with me tax man adds a $500 penalty to the car’s base price.
    Nevertheless, if 1979 was a great year for turbocharged 911s, 1986 ought to be even better, right? Twenty-nine more horses, fatter tires, and six years of chassis development could only make things positively dreamy.
    There’s certainly no shortage of promise when you get the proceedings under way. On a cool morning, the beat of the 911 Turbo’s idle will warm you faster than the heater. This engine sounds serious: lumpy and hoarse, with an occasional spit! Thrown in for good measure.

    There’s no need to hound me 911 around town. Enough torque is on hand for easing along in thick L.A. traffic without fishing for boost. But look out the first time you decide to scoot away from a light. First gear is as steep as the north face of the Eiger—it’s good for 50 mph—and there’s no heavy thrust down low. A cheerleader in a clapped-out Mustang II will have no trouble beating you across an intersection while checking her makeup. As a matter of fact, one did exactly that to us.
    Then the boost comes in as the revs go past 4500 rpm, the exhaust hisses like a very angry 3000-pound cat, and whoosh! you rattle the Mustang’s windows as you blow by.
    On the freeway, locked in a clot of 65-mph traffic, the Turbo feels dead on its feet. Rolling along in fourth gear with the engine just ticking over, it’s a good five-count before the boost needle moves off of the peg. Drop down to third and it’s still a three-count before the rockets fire and you can blast through a hole into the next lane.
    This is no fun. Your average Volvo 740 Turbo would be ten car-lengths down the passing lane by now. In truth, second gear, which goes all the way to 86 mph, is the way to deal with the freeway-but it’s kind of embarrassing, not to mention noisy, howling along at 4500 rpm just to have the horsepower on retainer.
    We remember the 930 as having bags full of boost lag, but was it really this bad? Has turbo technology left this car—a Porsche—so hopelessly behind?
    Our track testing indicated that something was probably wrong with our test car. Its clutch was definitely slipping, and we suspect that a waste-gate problem kept the engine from building boost quickly. This car also suffered a thrown A/C drive belt and a recalcitrant driver’s door during our testing, so it was not the best example of Porsche quality we’ve seen.
    Further study was called for, so we traded our flaming-red 911 Turbo for a deep blue-metallic number (yes, you do see two different cars in the photos) and set off for the test track again. There was certainly nothing wrong this time around. Big horsepower, big rear tires, and a big rear-weight bias enabled our second test car to blowout of the hole like a cannon shot.
    With a searing 0-to-60-mph run of 4.6 seconds and a clocking of 13.1 seconds at 105 mph through the quarter-mile, the 911 Turbo is most assuredly this season’s acceleration ace—providing you’re willing to resort to rough, wheel-spinning, drag-race starts.
    Out on the road, though, these numbers pale next to the Turbo’s boost-lag arthritis. Even the healthier of our two test cars took forever to spin its turbo up to liftoff speed. Once it was up and running, it was plenty strong, but it just didn’t awe us the way the old 930 used to.
    Then again, there’s more to our memories of the 930 than pure speed. It was also known as one of the trickiest handlers around. Driving one hard was a job for experts. Putting the power on aggressively in a corner would pitch the nose way up, and the 930 would try to run straight over its front tires. Lift off the gas just a few millimeters in these conditions and the 930 would swing sideways so fast, it would jump-start your heart.
    Not so the new 911 Turbo. On the tortured curves of California’s Ortega Highway, it shows real poise. In the last six years it’s obviously been taught some manners. Antics that would have spun you out before hardly faze it. The brakes are superb. It’s still hard work to drive very, very fast, but it’s much more forgiving now.
    Comparing this experience with our last 930 outing, in 1979, it’s clear that things have changed. The 930 was deadly in the curves and awesome on the straights, and the 911 Turbo is mellower in both areas.
    This pass through the time barrier, the 911 Turbo’s performance just hasn’t blown our minds—and we think we know why. Back in 1979, there really wasn’t any other car in America that offered anywhere near the 930’s kind of speed. Today, however, we’re in the middle of a horsepower boom. We’ve got 157-mph 944 Turbos, 154-mph 928s, 151-mph Corvettes, 140-mph Camaros—hell, even Saab is in the 140-plus club these days.
    Faced with these facts, we can draw no other conclusion than that the handwriting is on the wall for the 911 Turbo. Precious few cars can sprint with it, but the march of technology has produced a whole flock of turbo cars with much better manners. This is, no doubt, why Porsche is hard at work on a four-valve-per-cylinder version of this car, and why the awesome 959 prototype is fitted with a sophisticated twin-turbocharger setup.
    But this is today-the here and now. Taking a cold, hard look at the 911 Turbo’s vexing return, we get the feeling that fond memory may have been better left undisturbed.

    Specifications

    Specifications
    1986 Porsche 911 Turbo
    VEHICLE TYPE rear-engine, rear-wheel-drive, 2+2-passenger, 2-door coupe
    PRICE AS TESTED $49,720
    ENGINE TYPE turbocharged and intercooled flat-6, aluminum block and headsDisplacement 201 in3, 3299 cm3Power 282 hp @ 5500 rpmTorque 278 lb-ft @ 4000 rpm
    TRANSMISSION 4-speed manual
    DIMENSIONS Wheelbase: 89.4 inLength: 168.9 inWidth: 69.9 inHeight: 51.6 inCurb weight: 3040 lb
    C/D TEST RESULTS 60 mph: 4.6 sec100 mph: 11.9 secTop gear, 30–50 mph: 11.1 secTop gear, 50–70 mph: 11.4 sec¼-mile: 13.1 sec @ 105 mphTop speed: 155 mphBraking, 70–0 mph: 173 ftRoadholding, 300-ft-dia skidpad: 0.82 g
    C/D FUEL ECONOMY Observed: 13 mpg
    EPA FUEL ECONOMY City/highway: 16/22 mpg

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    Tested: 2008 Porsche Cayenne S

    From the September 2007 issue of Car and Driver.
    Porsche’s Cayenne, the Porsche so few enthusiasts get but many consumers buy, receives more than just a face lift for 2008. Evidence confirms HGH use—that’s “hefty gains in horsepower”—but Porsche has done nothing unethical. There’s a slight enlargement, to 4.8 liters (from 4.5), direct injection, and the addition of Porsche’s VarioCam Plus variable valve timing and lift. After all these changes, the V-8 in a Porsche Cayenne S now puts out 385 horsepower and 369 pound-feet of torque, gains of 45 horsepower and 59 pound-feet. Although those figures won’t grab any headlines, they are gains of 13 and 16 percent, respectively, which is way more than some people here would ever tip.

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    With the extra power underhood being channeled to all four wheels through Porsche’s standard all-wheel-drive system, we recorded 0-to-60 mph in six ticks flat and the quarter-mile in 14.5 seconds at 98 mph, figures that beat the old Cayenne S by 0.6 second to 60 and 0.5 second and 5 mph in the quarter.
    Those numbers comfortably pad the $35,800 premium the true lunatic pays for a 500-hp Cayenne Turbo—which will perform the 0-to-60 and quarter-mile feats in 4.8 and 13.3 seconds at 107 mph—but they also represent a noticeable gain from behind the wheel over the performance of the outgoing car. This was a necessary improvement considering Mercedes-Benz’s new 382-hp ML550 will sprint to 60 mph in 5.4 seconds and costs some $5500 less. If an ML and a Cayenne ever find themselves side by side at a red light, we can only assume egos will be clashing conservatively, meaning the 5-to-60-mph rolling start will probably be the more important number. Advantage: Mercedes. So you might want to think twice about that Turbo.
    Also new for 2008 is the optional $3510 Porsche Dynamic Chassis Control, which consists of a pair of active anti-roll bars meant to counteract body roll. A recent Cayenne Turbo we tested had this system (and summer-only 21-inch tires) and recorded 0.90 g on our skidpad, which seems to pretty well define the limit of what a vehicle this size is capable of.

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    This S model did without the bars had lesser all-season rubber and managed 0.82 g, a figure that is still superb for a 5351-pound sport-ute. If you’re a big-league on-ramp bomber really looking to absolutely terrify the wife and kids, though, PDCC might be worth the cash.
    Inside the Cayenne, not much has changed. Actually, nothing at all has changed beyond the availability of new leather. Our tester did not have that option, and we were unable to evaluate it. So sad. It did, however, have a nav system ($3070), an adjustable air suspension ($2990), and a sunroof ($1190), among other options that pushed our as-tested price past $70,000.

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    Keep the options in check, though, and a base 2008 Cayenne S is only $780 more than the previous gen. That’s just $17.33 per additional horse, which is some of the cheapest horsepower anywhere on the market, even if it is heavy horsepower.

    Specifications

    SPECIFICATIONS
    2008 Porsche Cayenne S
    VEHICLE TYPE Front-engine, 4-wheel-drive, 5-passenger, 5-door wagon
    PRICE AS TESTED $70,025 (base price: $58,795)
    ENGINE TYPE DOHC 32-valve V-8, aluminum block and heads, direct fuel injectionDisplacement: 293 cu in, 4806ccPower (SAE net): 385 bhp @ 6200 rpmTorque (SAE net): 369 lb-ft @ 3500 rpm
    TRANSMISSION 6-speed automatic with manumatic shifting
    DIMENSIONSWheelbase: 112.4 inLength: 188.9 inWidth: 75.9Height: 66.9Curb weight: 5351 lb
    C/D TEST RESULTS Zero to 60 mph: 6.0 secZero to 100 mph: 15.2 secZero to 130 mph: 29.7 secStreet start, 5-60 mph: 6.8 secStanding ¼-mile: 14.5 sec @ 98 mphTop speed (drag limited, mfr’s claim): 155 mphBraking, 70-0 mph: 175 ftRoadholding, 300-ft-dia skidpad: 0.82 g
    FUEL ECONOMYEPA city/highway driving: 13/19 mpgC/D observed: 15 mpg

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    2021 Ferrari Roma Can Run as Well as It Can Pose

    Ferrari isn’t a brand known for subtlety. So, what are we to make of the Ferrari Roma, a car that Ferrari says is built for a buyer that “doesn’t want to show off.”
    Although the Roma is based on the front-engine Portofino convertible, this new coupe doesn’t appear to share much with it at first glance. The Roma’s flowing lines recall Ferrari’s GT cars of the 1960s more than the edgier stuff of late. Of course, there are modern elements such as the perforated grille, the slim headlights, and the futuristic taillights. The mix of modern and retro continues inside. While mid-engine Ferraris reduce the center console to a minimum, the Roma has a distinct area for both the driver and the front passenger separated by a massive center section. There are two rear seats, too, which can work for adults on short distances, provided the front seats are not pushed back too far.

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    Ferrari

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    Ferrari’s latest ergonomic decisions are present here. The steering wheel contains the turn signals and the small manettino dial to select the stability-control mode. Beyond the steering wheel is a large digital display that can be configured in a number of ways, including a traditional round tachometer.
    Firing up the engine requires touching a capacitive switch on the steering wheel. A light touch ignites a raging fire within the 612-hp twin-turbocharged 3.9-liter V-8. Based on the Portofino’s engine, the changes for the Roma include a fatter torque curve and 21 more horsepower. The dual-clutch automatic is an eight speed to the Portofino’s seven.
    Driven moderately, the Roma is a superb cruiser that doesn’t really tempt the driver to hunt down and pass every other car on the road. Rather, it invites the driver to relax and enjoy the opulent surroundings and the sweet song of the V-8. The eight-speed dual-clutch automatic shifts quickly and unobtrusively, although it is too eager to select the highest possible gear.

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    Ferrari

    When you decide to drive fast, the Roma turns into a serious, extremely powerful sports car. The turbos spool up quickly, and the engine races up to its 7500-rpm redline. Gear changes let off a delightful popping report, and speed builds so quickly that you will constantly underestimate the pace at which you are charging down the highway and through the corners. We predict a 2.9-second time to 60 mph, and Ferrari claims a vague “over 199 mph” top speed.
    For this test drive, Ferrari selected a route with unusually low-friction pavement. This turned into an advantage as it allowed us to sample the Roma’s agile yet ultimately manageable handling at the limits of adhesion at relatively civil speeds. Steering effort is lighter than you might expect, but the steering manages to convey the feedback that has gone missing in many modern cars. Turn-in is satisfyingly precise and direct.
    If a Ferrari appeals to you but you have found the current lineup to be a bit immature and overtly aggressive, the Roma may be just right. Priced at $222,620, it is only slightly more expensive than the Portofino. As a grand tourer, it will compete with the similarly priced and equally mature Aston Martin DB11, Bentley Continental GT, and possibly even the Porsche 911 Turbo. We enjoyed it on its Italian home turf, and we think it’ll be just as much at home in Orange County or Miami Beach.

    Specifications

    Specifications
    2021 Ferrari Roma
    VEHICLE TYPE front-engine, rear-wheel-drive, 2+2-passenger, 2-door coupe
    BASE PRICE $222,620
    ENGINE TYPE twin-turbocharged and intercooled DOHC 32-valve V-8, aluminum block and heads, direct fuel injectionDisplacement 235 in3, 3855 cm3Power 612 hp @ 7500 rpmTorque 561 lb-ft @ 3000 rpm
    TRANSMISSION 8-speed dual-clutch automatic
    DIMENSIONS Wheelbase: 105.1 inLength: 183.3 inWidth: 77.7 inHeight: 51.2 inTrunk volume: 10 ft3Curb weight (C/D est): 3700 lb
    PERFORMANCE (C/D EST) 60 mph: 2.9 sec100 mph: 6.6 sec1/4 mile: 10.7 secTop speed: 199 mph
    EPA FUEL ECONOMY Combined/city/highway: 19/17/22 mpg

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    A Legend Revived: GTO Engineering's Ferrari 250 GT SWB Competizione Replica

    Objective reporting can only carry you so far when it comes to a car like the Ferrari 250 GT SWB Berlinetta Competizione. But as it’s one of the most venerated and valuable cars of the late 1950s and early ’60s, it’s hard to do anything else. Calm, rational analysis is near impossible, not least because of the considerable difficulty in persuading somebody to lend you one.

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    The faster and prettier versions of the Ferrari 250 sit right at the top of the automotive pantheon. But within its family are degrees of specialness, and the short-wheelbase Competizione—faster, sleeker, and lighter, thanks to aluminum bodywork from Carrozzeria Scaglietti—will always be among the most desirable. It’s not quite at the level of the 1962 to ’64 250 GTOs that billionaires fight over—one of which sold for $70 million in 2018. But to land a good original example of one of the 74 aluminum-bodied GT SWBs, you’ll still need a budget that runs into eight figures.

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    GTO Engineering

    Which is why you probably won’t be surprised to learn that the car pictured here isn’t a genuine GT SWB Berlinetta Competizione. This is a near-perfect recreation, built by GTO Engineering in the United Kingdom with almost every detail correct except the provenance that wins big concours prizes. It has been given some non-standard updates and modifications, but only ones that most of the supreme originals have acquired over their long, interesting lives.
    GTO Engineering’s managing director, Mark Lyon, knows plenty about such alterations and also the fine line that divides the heirloom-grade period cars from the replicas. His company frequently works on early 250s alongside its recreations such as this one. Most originals now have replacement engines, especially those that race, with original V-12s carefully preserved elsewhere. “You’d be a little mad not to,” Lyon said, “as one catastrophic failure is going to take 25 percent off the value of a numbers-matching car.”
    GTO’s Revival cars are designed to be driven and used. They take the legal identity of what are normally basket-case Ferraris from the same period, most often 330s or 365s, and are then rebuilt with a new chassis, bodywork, and a fresh V-12 engine. In the case of the GT SWB, that means hand-formed aluminum bodywork, with the big change being an effectively invisible one: GTO Engineering rolls the panels rather than hammer-beating them as Scagletti’s craftsmen did.

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    GTO Engineering

    Buyers can opt for a variety of non-period modifications. Air conditioning is a popular upgrade for those planning long road trips, as are bespoke audio systems for those who don’t regard the sounds made by a high-revving V-12 as sufficiently entertaining. Yet it is also possible to specify a car to be effectively identical to an original and for a sizeable discount. This will be the only time a car with a roughly $1-million starting price gets described as a bargain.
    While most automotive legends grow with the telling, this new-old 250 GT SWB feels every bit as special as its hype would have you believe. The GT Competizione employed a 3.0-liter version of Ferrari’s Colombo V-12, one that made around 240 horsepower. Adjusted for technological inflation, that’s about 1000 horses in 2020 terms. GTO Engineering builds a new-old V-12 for each Revival, which they say takes 300 man-hours apiece, with displacement options of 3.0, 3.5, or 4.0 liters. The buyer of the car we borrowed specified a 3.5-liter engine—a popular and permitted upgrade in some historic racing categories—which bumps the output to 315 horses. That output only has to cope with a lighter-than-Miata mass of 2150 pounds. A claimed six-second zero-to-60-mph time and a gearing-limited 150-mph top speed are impressively brisk for a design more than 60 years old. While it might not be any quicker than a modern hot hatchback, we are entirely certain that nothing sounds as good as a hard-working 250 GT.

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    GTO Engineering

    Ferrari’s old V-12 is special in a way that modern engines just aren’t. The idle is loud and lumpy, with even the gentlest throttle input sending the revs soaring. Our test car’s competition clutch and chunky four-speed manual transmission meant that getting rolling required more revs than finesse, but the engine is surprisingly tractable at sedate speeds, the induction rush and gurgle from the triple carburetors overlaying a mechanical symphony.
    But gentle use is not the point of a car like this. Greater accelerator pressure delivers both instant responses and a dramatic change in sound as the exhaust starts to snarl and bellow. It doesn’t wail like modern Ferraris; the sound is rorty and angrier and utterly compelling. The fury of its top end was savage enough to have us doubting the numbers on the tachometer. Shifting up at 6000 rpm felt daring, and it took most of the half day we spent driving the car to build up to the indicated 7400-rpm redline.

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    GTO Engineering

    The 250 GT is one of those cars that gets better when it is driven harder, which became obvious on our test route on public roads in the south of England. The long-throw shifter of the four-speed manual becomes more accurate when moved firmly and decisively. The four-wheel disc brakes—a first for Ferrari at the time—feel mushy under gentle use but turn solid and forceful when you stand on the pedal. And the Avon tires—impossibly tall and narrow compared to the low-profile rubber of modern supercars—seem happiest at the edge of their adhesion.
    This is not hard to do as grip levels are not high, especially not when we catch a shower of English summer rain. The car we drove had been given a quicker 17:1 unassisted steering rack—another popular modification on original cars—which delivers both impressively quick responses and unambiguous feedback when the front axle runs short on grip. Once the chassis is loaded up, the relationship between accelerator and rear tires is similarly unambiguous. The GT can be powered to the breakaway point of traction, or even slightly beyond it, with ridiculous ease for something so expensive and exotic. We now know why the racing examples were so often photographed in opposite lock with grinning drivers.

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    GTO Engineering

    As you might expect, driving in the real world does bring some issues. The clutch makes it embarrassingly easy to stall the engine—to the amusement of the audience the car will likely have acquired. The GT’s upright seats are short on both lateral support and recline angle. Interior distractions are limited to those provided by the row of gauges atop the dashboard, all of which are labeled in Italian for extra effect. Our test car hadn’t been given the anachronistic option of air conditioning, and the heat given off by the engine on the other side of the firewall turned the cabin into a sweltering place.
    Replica cars are never going to be taken as seriously as those they copy, and that is especially true when it comes to Ferraris. Some will surely view the 250 SWB Revival as heresy, an insult to the brand as egregious as a Fiero-based Testarossa. Yet, barring its price and its lack of qualifications to enter some of the snootier historic racing series, this really does feel like the real thing. If only all tribute acts were this good.

    Specifications

    Specifications
    2021 GTO Engineering 250 SWB Revival
    VEHICLE TYPE front-engine, rear-wheel-drive, 2-passenger, 2-door coupe
    BASE PRICE (EST) $1,000,000
    ENGINE SOHC 24-valve 3.5-liter V-12, 315 hp, 255 lb-ft
    TRANSMISSION 4-speed manual
    DIMENSIONS Wheelbase: 94.5 inLength: 170.0 inWidth: 63.0 inHeight: 50.0 inCurb weight (C/D est): 2150 lb
    PERFORMANCE (MFR’S EST) 60 mph: 6.0 secTop speed: 150 mph

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    Tested: 2020 Mercedes-AMG CLA45 Grows Up, Gets Better

    View Photos
    Michael SimariCar and Driver

    With its raucous turbo four-cylinder and fiery performance, the compact CLA45 started off as the entry-level punk of Mercedes-AMG’s sedan range when it debuted for 2014. But much has changed as it enters its sophomore generation on Benz’s latest CLA-class platform, including the introduction of less-extreme A35 and CLA35 models at the bottom of AMG’s lineup. For the redesigned 2020 CLA45—and its 2021 GLA45 crossover sibling—evolution has allowed it to finally mature out of its adolescent hot-rod phase without losing its sports-car-like abilities.

    HIGHS: Big power with little lag, charismatic engine note, improved fuel economy, greater refinement.

    Keen eyes will notice that an S, which denotes the new 416-hp S model, is not included on our test car’s trunklid badge. While the S is available in other markets, buyers in the United States only get the standard tune for the hand-assembled M133 2.0-liter inline-four, which still benefits from a new twin-scroll turbocharger delivering more boost (30.1 psi versus the previous 26.1), revised internals, and a new port and direct fuel-injection system. Peak horsepower is now 382 at 6500 rpm, up from the previous CLA45’s 375 at 6000 rpm. Torque creeps up from 350 pound-feet at 2250 rpm to 354 at 4750 revs. The standard dual-clutch automatic transmission now has eight speeds instead of seven, and the updated 4Matic+ all-wheel-drive system gains a torque-vectoring rear differential to help the car rotate around corners more easily.

    View Photos

    Michael SimariCar and Driver

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    A new front-axle disconnect allows for tail-out antics on the racetrack, provided you opt for our test car’s $4300 AMG Dynamic Plus package. Along with redundant steering-wheel-mounted controls for the drivetrain, chassis, stability control, and the overarching AMG Dynamics vehicle management system, this comprehensive bundle adds Race and Drift modes to the standard Comfort, Sport, Sport+, and Individual setups. Dynamic Plus also brings a sportier suspension setup with adaptive dampers, larger brake rotors with red-painted calipers, a leather- and suede-wrapped AMG steering wheel, a 167-mph top-speed governor (up from 155 mph), an active performance exhaust and AMG’s Track Pace data-logging system.

    LOWS: No quicker than before, still pricey with options, fussy MBUX infotainment, no S model in the U.S.

    Our scales say that the second-gen CLA45 put on 180 pounds, thanks mostly to its added features and larger dimensions; it’s two inches wider than before and an inch longer both overall and in wheelbase. Yet, our 3743-pound test car posted roughly the same performance results of the last CLA45 we tested: a launch-control-enabled 3.7-second 60-mph time, 0.99-g grip on the skidpad, and a 154-foot stop from 70 mph. What’s more, despite the weight gain, our observed fuel economy jumped from 20 mpg to 24, and the return on our 75-mph highway test improved from 31 mpg to 34—a solid 5 mpg greater than the CLA45’s EPA estimate. Apparently that extra gear makes a big difference.

    View Photos

    Michael SimariCar and Driver

    Although the M133 four has a relatively high-rpm torque peak, AMG’s revisions make it impressively tractable and short on lag. Aided by the new transmission, its 5-to-60-mph time (5.1 seconds) is 0.2 second quicker than before. There’s a fair amount of clutch slippage from the transmission when setting off, as well as some clunky downshifts at low speeds around town. But the new dual-clutch box is otherwise ultrasharp and smartly programmed to downshift and hold gears when it should. Launch the CLA45 down the quarter-mile in Race mode and rapid upshifts come with firm kicks to your backside. Just don’t expect to beat an Audi RS3 in the other lane, as the CLA45’s 12.2-second pass at 114 mph can’t match the Audi’s high-11-second run.
    Our test car’s active exhaust produced plenty of snorts and pops when driven aggressively, pinging our sound meter with 90 decibels at full throttle in Race mode, up from the previous model’s 88 decibels. Leave the new car’s system in the standard mode, and it calls noticeably less attention to itself. But it’s way more fun to hit the loud button and take in the sweet growl from the new AMG 2.0-liter. Compared to the flat, buzzy engine note of most four-bangers, including the previous CLA45’s, there’s a pleasing richness to the updated engine’s tone that had us constantly searching out its 7000-rpm redline.

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    Michael SimariCar and Driver

    The CLA45’s maturation is most significant in its chassis, which enjoys increased suspension travel and better isolation from the angry four-cylinder under the hood. Riding on short-sidewall 255/35R-19 Michelin Pilot Sport 4S summer tires (18-inchers are a no-cost option), AMG’s compact sedan still rides poorly on rough roads when its dampers are in their stiffer settings. But there’s now enough flexibility and ride compliance to traverse smoother pavement without smacking the bump stops. The new CLA45 will relax a little if you want it to, something its predecessor simply never did. Body control through corners remains excellent, and the direct and firmly weighted steering does convey some feel as lateral forces build. Loads of grip from the sticky Michelins results in little of the stubborn understeer in tight corners that we generally expect from transverse-engine sports sedans.
    Take a seat in the CLA45’s firm, heavily bolstered AMG Performance thrones ($2690) and the new CLA’s extra width is as apparent as it is welcome. Along with a more accommodating back seat (although one that is still tight on headroom for taller riders), the overall environment feels much more inviting. No longer does every interior surface vibrate to the thrum of the engine, making it easier to enjoy a cabin fit for an entry-luxury car. You can still get your fill of red accents and contrast stitching, and red seatbelts remain standard. (Black belts are no charge.) But our example’s subdued grey-and-black upholstery and black wood trim looked restrained and sophisticated, complimenting the plentiful brightwork and vibrant 10.3-inch instrument and center displays. Benz’s latest MBUX infotainment system, with its center touchpad and tiny steering-wheel controllers, still requires more involvement to operate efficiently than we’d like. But ergonomics ultimately are not this AMG’s weak point.

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    Michael SimariCar and Driver

    The CLA45’s greatest issue remains its pricing. The second-generation’s improvements and features have increased its entry point by $1700 over last year, to $55,795. However, all of our test car’s performance options—along with the $1700 Driver Assistance package, $1150 embedded navigation system, and more—inflated its window sticker to $73,850. At which point speed junkies will be more satisfied with AMG’s $69,095 C63 sedan and its 469-hp twin-turbo V-8. Stretch and you can land the 503-hp C63 S four-door for $76,695. But go easy on the CLA45’s upgrades and you’ll find that AMG’s punk is now a compelling small sports sedan, one that demands far fewer tradeoffs for its youthful exuberance.

    Specifications

    Specifications
    2020 Mercedes-AMG CLA45 4Matic+
    VEHICLE TYPE front-engine, all-wheel-drive, 5-passenger, 4-door sedan
    PRICE AS TESTED $73,850 (base price: $55,795)
    ENGINE TYPE turbocharged and intercooled DOHC 16-valve inline-4, aluminum block and head, port and direct fuel injectionDisplacement 122 in3, 1991 cm3Power 382 hp @ 6500 rpmTorque 354 lb-ft @ 4750 rpm
    TRANSMISSION 8-speed dual-clutch automatic
    CHASSIS Suspension (F/R): struts/multilinkBrakes (F/R): 13.8-in vented, cross-drilled disc/13.0-in vented, cross-drilled discTires: Michelin Pilot Sport 4S, 255/35R-19 (96Y) MO1
    DIMENSIONS Wheelbase: 107.4 inLength: 184.8 inWidth: 72.0 inHeight: 56.3 inPassenger volume: 89 ft3Trunk volume: 12 ft3Curb weight: 3743 lb
    C/D TEST RESULTS 60 mph: 3.7 sec100 mph: 9.1 sec130 mph: 16.4 sec150 mph: 24.3 secRolling start, 5–60 mph: 5.1 secTop gear, 30–50 mph: 2.4 secTop gear, 50–70 mph: 3.1 sec1/4 mile: 12.2 sec @ 114 mphTop speed (mfr’s claim): 167 mphBraking, 70–0 mph: 154 ftBraking, 100–0 mph: 311 ftRoadholding, 300-ft-dia skidpad: 0.99 gStanding-start accel times omit 1-ft rollout of 0.2 sec.
    C/D FUEL ECONOMY Observed: 24 mpg75-mph highway driving: 34 mpgHighway range: 450 miles
    EPA FUEL ECONOMY Combined/city/highway: 23/26/29 mpg

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    2021 Callum Vanquish 25 by R-Reforged Updates an Iconic Aston

    The best car designers are undoubtedly great artists, but ones who are closer to sculptors than musicians. They rarely get the chance to revisit past triumphs or to bust out spectacular free-form riffs on earlier themes. Yet that’s what Ian Callum has managed with an updated and heavily revised version of one of his most famous cars, the 2001-2007 Aston Martin Vanquish.
    The process began a few years ago when Callum bought a Vanquish S. Up to that point, he didn’t actually own any examples of his own star-studded back catalog, and Vanquish values in the United Kingdom were rising at a rate that meant they would soon be unaffordable. He started to drive it regularly and was soon thinking, as he puts it, of how to give the car “the facelift it never had.”

    Aston Martin Vanquish

    Aston Martin V-12 Vanquish S

    Such plans were purely personal, but around that same time Callum was contemplating his departure as Jaguar’s design director. He began to discuss setting up a new company with a small group of other JLR veterans, and so the idea of an updated Vanquish gained obvious relevance. Having decided on a name for the new business—Callum—a comprehensive makeover of the Vanquish became its first project, with a plan to build a limited run of 25 cars.
    The original assumption was that well-heeled clients would send their aged steeds to be transformed, but that has only happened in a minority of cases. “For many of the buyers, it’s really not a case of either/or,” Callum’s engineering boss Adam Donfrancesco said. “They are getting one in addition to an existing Vanquish. They love the original car, but they want something a bit more special and more modern as well.” For customers who don’t already own a Vanquish, Callum will source one. The work is done at R-Reforged’s 30,000-square-foot Warwick, England, facility.

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    Callum

    While it is certainly justifiable to question the logic of spending roughly twice the price of a brand-new Aston DBS Superleggera on a restomod version of an older car, the up-close reality of Callum’s demonstrator is pretty stunning. Finished in Roxanne Red—Ian Callum loves ’70s pop-culture references—the car looks both familiar and new. While the core metalwork is unchanged, pretty much every external detail has been altered, from the shape of the grille and the addition of a sizeable rear diffuser (with new bumpers front and rear) to modern projector headlights and LED taillights. The updated car sits 0.4-inch lower than the original, with the wheels pushed out another 2.4 inches. And although the wheels are a very similar design to the original ones, they are larger at 20 inches front and rear.
    Changes in the cabin are more obvious. Callum admits he never liked the original car’s interior, and the alterations are closer to a full remodeling than a redecoration. There is a new carbon-fiber center stack with an integrated touchscreen interface, thus losing the first-generation Jaguar XK HVAC controls of the original car. The seats are new and positioned lower, and the new metal door handles are substantial. A Bremont mechanical watch is mounted to the top of the dashboard—it can be detached to be worn outside the car—and there’s a redesigned steering wheel with a narrower rim. The standards of fit and finish are obviously high, with the “deconstructed tartan” trim referencing Ian Callum’s Scottish roots. But the most exciting change is the presence of a manual gear selector between the seats.

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    Callum

    That’s because the original Vanquish was built with a roboticized automated single-clutch transmission of limited refinement and frequently snappy temperament. Callum is offering Vanquish 25 buyers the option to stick with that, change to a six-speed General Motors torque-converter automatic, or install the same manual conversion that Aston Martin Works has been offering as an approved upgrade for more than a decade.
    The manual gearbox brings both a heavy clutch pedal and a weighty shift action that requires careful aim to select the right gear. But it’s soon clear that accurate selection isn’t especially important given the potency of the naturally aspirated 5.9-liter V-12. The big 12 pulls cleanly from little more than idle and with the linearity lacking in a more modern turbocharged unit, muscle flexing harder as revs increase. Peak output increases by 60 horsepower over the original Vanquish S thanks to freer-flowing intake and exhaust systems and revised engine mapping, with the maximum 580 horsepower arriving at a sonorous 7000 rpm. On an empty, open road there is absolutely no desire to shift anywhere below that point.

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    Callum

    The Callum’s suspension actually feels softer than our distant memories of the hard-riding original Vanquish S, with the idea being to improve refinement while better managing the car’s mass with upgraded Bilstein dampers. Like the original car, this one does without electronically adjustable suspension, but the Bilsteins proved adept at keeping the car’s two-ton mass under tight discipline—even over a test route that included many of the fast but imperfectly surfaced roads frequently used by Aston and JLR’s development engineers. Stability is impressive at speed, which is fortunate because the dull-witted old traction control only intervenes after the rear axle has begun to slide. The Michelin Pilot Sport 4S tires help deliver more grip than the Vanquish ever had, along with more progressive breakaway when you’re playing around at lower speeds. The steering is excellent—direct and bristling with a level of feedback that most modern electric systems seem determined to filter out. The new carbon-ceramic brakes, taken directly from Aston’s current lineup, offer relentless stopping power and good pedal feel. It’s very much an analog sports car.
    You will be unsurprised to hear that, in other areas, a car that was substantially developed during the 20th century is now feeling pretty old. At highway cruising speeds there is a lot of wind noise from the top of the windshield and also more road roar than would reach the cabin of a modern equivalent. Although lowered, the driving position still feels a mite too high, and taller occupants might struggle for headroom. The aftermarket touchscreen interface also lacks in smarts compared to the better OEM systems. We couldn’t stop it from admonishing us every time we transgressed a speed limit, even by a single mile per hour. It was a naggy day.
    The original Vanquish S cost $255,000 when we drove it back in 2004. The reimagined version costs the equivalent of $600,000 without the cost of a donor car, but that steep price hasn’t deterred several United States buyers we’re told have already ordered cars. Of course, you’d also have to pay substantially more to listen to the Rolling Stones live than you would have needed to when “Paint It Black” was freshly written. On that basis, the Callum Vanquish 25 is the equivalent of a personal concert in your own garage.
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