Secretly, Jordan set one of GM’s advanced design studios to work on a sedan that had character and excitement. The car was designed and a full-scale model was created. Jordan parked a full-scale model of the car in the hallway at GM’s headquarters, placing it so executives couldn’t avoid it as they walked past the car several times every day.
Halo car without the Oldsmobile
Designed as a halo car for the Oldsmobile brand, the Aurora’s mission also required it to distance itself from the Oldsmobile marque. Instead of the traditional rocket logo used on other Oldsmobile models of the period, the Aurora received a distinctive swirled-A logo that foretold the “launching rocket” Oldsmobile logo that would debut in 1997. The Aurora’s only labeled ties to the Oldsmobile brand were found on its engine cover and in the fine print on the audio system.
The logic behind such a bold marketing move was: First, Oldsmobile hoped to target a new demographic of buyer, one that previously would not have considered Oldsmobile. And second, it also looked to rivals for branding inspiration; Acura, for example, was built by Honda but sold as a premium brand through a separate dealer network, with few identifying links to its parent company.
Aurora's Mission
While the Aurora was sold through Oldsmobile dealers, the brand still wanted to distinguish it as a premium model that broke the perceived Oldsmobile mold. The Aurora’s aerodynamic styling produced a drag coefficient of just 0.32, and set the design benchmark for Oldsmobile’s later models, such as the Alero and the Intrigue.
While the Aurora’s primary mission was to attract luxury import buyers, its secondary mission was to draw younger buyers of all incomes into Oldsmobile dealerships. Those who could not afford an Aurora (or didn’t want a full-size sedan) could still drive away in a similarly styled Intrigue or Alero.
Engine derived from Cadillac
General Motors held little back during the Aurora’s development. It’s 4.0-liter V-8 engine, for example, was derived from Cadillac’s premium 4.6-liter Northstar V-8, which had been exclusively reserved for Cadillac models prior to the Aurora’s development. Output of the Aurora’s dual-overhead camshaft, 32-valve V-8 was rated at 250 horsepower, or better than one hp per cubic inch, and the engine was mated to a four-speed automatic transmission that featured both a “normal” and a “performance” shift mode. In performance mode, the Aurora was capable of an eight-second sprint from 0-60 MPH, yet still delivered fuel economy of 26 MPG highway and 17 MPG city.
American Reliability
In its initial Aurora brochure, Oldsmobile noted that the same 4.0-liter V-8 engine used in the Aurora had broken a 25,000-kilometer (15,500-mile) speed and endurance record previously held by Mercedes. At a time when many buyers still questioned the quality of American cars, Oldsmobile also pointed out that the Aurora’s first tuneup wasn’t needed until 100,000 miles, and that the car could be driven without any coolant (at reduced speeds) as far as 50 miles, thanks to sensors that would alternately shut down four of the car’s eight cylinders to reduce engine temperatures. As further evidence of the Aurora V-8's durability, Oldsmobile touted the fact that the engine contained 556 fewer parts than Lexus’s 4.0-liter V-8, yet it delivered the same 250hp and 260-lbs.ft. of torque.
Good Vibrations and Seamless fit
A rigid and strong chassis structure was a design goal from both a ride quality and a safety perspective, and the Aurora’s engineers exceeded the car’s targets to the point that GM’s existing test equipment proved insufficient to crush the Aurora’s body. A 1997 Aurora brochure stated that, “The roof structure withstood more than 8,000 pounds of force in a crush-resistance test – far exceeding the Federal Motor Vehicle Safety Standard for passenger cars – before the test equipment simply gave out.”
Aurora designers wanted a smooth, flowing line where the Aurora's roof attached to the rear quarter panel. But engineers didn't want to use conventional welding to join the two pieces--that would require putting a big hole in the frame for the welder to reach through, weakening the rigid structure. Instead, the engineers suggested a new manufacturing process they had already been tinkering with. They devised a way for robots to spray molten silicon bronze smoothly into the roof seam. To make sure the tricky technique was worked out by Aurora's launch, the Orion plant pioneered it in 1992 on other Olds and Buick cars.
Luxurious Tech
Technology and amenities were also selling points for the Aurora. The standard features list was a lengthy one, including dual-zone automatic climate control, a trip computer, anti-lock brakes, traction control, a “dimensional” audio system, solar control glass, a remote-linked driver’s seat position memory, genuine burl walnut trim, magnetic variable-ratio power steering and dual front airbags.
In its debut year of 1995, Oldsmobile managed to sell nearly 46,000 Aurora sedans, but the car’s ambitious base price of $34,360 hampered second-year sales. While considerably less than the $43,500 commanded by a Mercedes-Benz E320 (a reported development benchmark for the Aurora), it was still a stretch from the Acura TL’s $29,950 base price. In the final year of the Aurora’s first generation, 1999, Oldsmobile would sell less than 19,000 units.
The second generation of the Aurora, which debuted in February 2000 for the 2001 model year, was originally supposed to take Oldsmobile even further to the luxury side of the scale (creating more room for additional models within the brand), but economic realities caused GM to downsize its total product offerings. While the second-generation Aurora still retained the 4.0-liter V-8 atop the range, it also debuted a 3.5-liter V-6 variant of the engine (for 2001 and 2002 only), good for an output of 215 horsepower.
Manufacturing Hurdles
The car was complicated to build, so Orion plant manager Tim Sprecher started to work the bugs out of several new processes years before manufacturing began. Because Aurora's engine is too big and complex to lower into the body, Sprecher and his team created "stop stations," where chassis came up to meet the sheet-metal bodies. Teams of five operators worked at their own pace to bolt the assemblies together.
There was a rotating group of 50 hourly workers and Aurora's engineers. In a three-year collaboration, they made 80% of the major changes in how Aurora is put together before it left the engineering center, avoiding costly changes in the plant. "In the past, the engineers would drop off the designs at the front door and say, 'O.K., now you build it,'" Sprecher says. "And sometimes, we couldn't."
To help Aurora through its final stages, Olds formed its first "launch team," headed by Bob Romero, then the unit's head of strategic marketing. This group coordinated the efforts of marketing, public relations, engineering, manufacturing, and dealers. Its efforts included a $20 million dealer training program and a $30 million ad campaign.
Falling Sales Numbers
The lower-priced Aurora (V6 3.5L variant) may have helped boost Oldsmobile’s falling sales, but 10 months after the second-generation Aurora’s debut (and seven months after its second appearance as an Indianapolis 500 pace car), General Motors announced plans to shutter its oldest division in the coming years. Perhaps equally damaging, the 2nd generation Aurora never managed to feel as “special” as its predecessor, perhaps due to styling that was no longer quite as innovative, but prevalent throughout the Oldsmobile lineup.
Brief Aurora Timeline to Release
February, 1988
GM and Olds start considering a successor to Toronado Coupe.
Autumn, 1988
Designer Bud Chandler sketches first drawing which becomes starting point for Aurora styling.
July, 1989
Aurora gets corporate green light to begin development of Aurora and sister car Buick Riviera.
January, 1990
1 Year suspension of engineering work on Aurora to save GM money.
Early 1992
Second stop of spending on Aurora for 6 months, delaying tool and die work.
September, 1992
John Rock (Olds Chief) wins approval to continue project from GM North America Strategy board.
October, 1992
Rumors circulate that GM plans to kill Olds Division.
August, 1993
GM Lake Orion Michigan plant starts pilot production of Aurora. Special processes needed for Aurora have already been applied to production of cars such as Olds Ninety Eight.
April-May, 1994
Auroras begin arriving to dealer showrooms.
Aurora Gallery
Year-to-year changes
1995 Oldsmobile Aurora:Oldsmobiles all new flagship model was launched in the spring of '94. It was built on the all new G-Body luxury front-wheel drive platform along with the Buick Riviera. Only one well equipped trim level was offered. Power came from an exclusive 4.0 V8 derived from the highly praised Cadillac Northstar. Aurora marked a new direction for Oldsmobile in terms of styling and marketing. It become the styling inspiration for all Oldsmobile vehicles for the rest of the decade. It also marked the change towards attracting more affluent import-oriented buyers to the division.
1996 Oldsmobile Aurora:
Oldsmobile made some minor revisions to the Aurora including new rear glass which had less distortion than previous models. Further revisions included daytime running lights and OBD II compliant On-Board Diagnostic. Tweaking the climate control and safety alarm, a revised keyless entry system with new features was added. A 12 disc BOSE CD changer was made optional, and the short list of optional equipment was expanded to include Chrome wheels and a gold trim package. The 96-99 models had the passenger temperature toggle button on the middle right portion of the instrument panel replaced with an air recirculator button.
1997 Oldsmobile Aurora:
A new in-dash CD player for the BOSE sound system highlighted the improvements. Another new feature was a tilt-down right-outside mirror that enhances the driver's view of close objects, whenever the shifter is placed in reverse. The underside of the door handles have been slightly recontoured to minimize slipping fingers when the handles are pulled. Seat belt release buttons were moved from the face of the buckle to the end for improved convenience. An electronic compass was added to the inside rear-view mirror. Larger front brakes came along with cast aluminum front control arms and steering knuckles. The rear ashtray assembly was changed from a click-lock face to a pull-up face. Finally, the spare tire cover and jack cradle assembly was changed from the jack and cover being bolted down to one where the jack sat in a plastic "bucket" inside the spare with the cover simply placed on top. On some 1997's a modest Olds badge returns to the right-rear corner of the car along with the Aurora name.
1998 Oldsmobile Aurora:
The 1998 model had a few relatively minor refinement changes to the brakes, suspension, steering and emissions controls. New front control arm design with front hydraulic bushing and rear cross axis ball joint for enhanced ride smoothness and better isolation from road noise and vibration. Internal rebound springs added to front struts for improved body motion control and to minimize crash-through. Increased wheel travel (3 mm) and redesigned jounce bumpers for softer feel at full travel. Dual durometer cradle mounts for improved isolation.
Premium valving/damping in front and rear struts for a higher refinement in calibration. New more accurate wheel sensors for improved ABS actuation. New steering calibration for more on-center feel and reduced parking effort.
GM's optional OnStar system available was standard this year uses a dedicated button on the cellular telephone putting drivers in contact with an information center that can provide them with emergency assistance. The system uses no transmitters to determine the vehicle's location and provide route information to any destination.
1999 Oldsmobile Aurora:
The last year for the original Aurora, changes for 1999 included additional engine mounts for improved engine stability. No model year 2000 models were produced.
2001 Oldsmobile Aurora:
Aurora was all new and went on sale in early 2000. The new car was smaller on the outside with less aggressive styling. Interior space actually increased, though trunk space dipped slightly. The interior featured real wood trim and a new gated shifter. A V6 became the standard engine for the first time. Aurora was now Oldsmobile's only full size car. The new V6 version lowered the barrier to entry with a lower price to cover some of the market lost by the Eighty-Eight and LSS.
2002 Oldsmobile Aurora:
A navigation radio supplements the OnStar system for easy-to-follow driving directions. Three new exterior colors debut along with chrome exhaust tips.
2003 Oldsmobile Aurora:
The V6 has been dropped in the final year of production making the Aurora one of the few V8-only sedans on the market. Two new exterior colors, Bordeaux Red and Steel Blue, had also been added for the Aurora's going-away party.