When Car and Driver Tested Saab’s First 900ng Built on a GM Platform

In November 1993, Car and Driver evaluated the all-new 1994 Saab 900SE V6 (aka Saab 900ng). On the surface, it was simply a model launch. In reality, it was the first complete Saab program executed after General Motors acquired 50 percent of Saab Automobile in 1990.

For those who followed Saab’s internal politics at the time, this was the moment of truth. Platform sharing was no longer theoretical. The new 900 would sit on GM’s GM2900 architecture, shared with the Opel Vectra and Opel Calibra. The risk was obvious: Saab’s structural and ergonomic logic could dissolve into corporate uniformity.

The American press approached the car with skepticism. What they documented instead was something more nuanced – a Saab shaped by corporate constraint but still engineered in Trollhättan’s image.

GM Hardpoints, Saab Control

The transition to the GM2900 platform was not cosmetic. Saab moved from the longitudinal layout of the classic 900 to a transverse front-wheel-drive architecture dictated by Opel underpinnings. That shift alone altered weight distribution, packaging logic, and suspension geometry.

Yet Car and Driver noted immediately that the car felt structurally composed and distinctly Saab. This was not an accident. Saab engineers retained authority over suspension calibration, structural reinforcement, steering weight, brake specification, and overall ride balance.

The wheelbase grew by 3.3 inches compared to the outgoing model. Curb weight for the V6 manual tested was 3080 pounds. Those numbers placed it directly into BMW 3 Series territory of the era, which was precisely the competitive target Saab had internally identified.

The publication described the structure as rock solid. That description reflected measurable torsional improvements over the outgoing 900. The body shell exhibited less secondary vibration, improved door shut precision, and tighter panel consistency.

This was not a rebadged Opel. It was a Saab engineered on Opel geometry. The distinction mattered then, and it still matters now.

The British-Built V6 and Saab’s Strategic Compromise

The 2.5-liter DOHC V6 used in the 900SE produced 170 hp at 5900 rpm and 167 lb-ft at 4200 rpm. It was built in the United Kingdom and supplied through GM’s powertrain network. For the first time in its production history, Saab offered a six-cylinder engine.

For traditional Saab buyers, that was philosophically disruptive. Turbocharged four-cylinders defined Saab’s identity. The V6 introduced refinement, smoothness, and linear torque delivery at the expense of turbo surge character.

The test data was concrete:

• 0-60 mph in 7.0 seconds
• Quarter mile in 15.5 seconds at 90 mph
• Top speed limited to 135 mph
• 70-0 braking distance of 207 feet
• 0.77 g on the skidpad

Those figures positioned the 900SE within a tenth of a second of the contemporary BMW 325i in acceleration. That parity was not incidental.

Car and Driver described the engine as tractable rather than thrilling. It lacked the razor-sharp throttle response of Mazda’s KL V6, yet delivered accessible torque above 3000 rpm and pulled cleanly to redline. It was easy to extract performance without constant downshifting.

The strategic logic becomes clearer when viewed within Saab’s lineup planning. The V6 was deliberately slotted between the naturally aspirated 900S and the forthcoming 185 hp turbo model.

Saab preserved the turbo as the performance flagship while using the V6 to expand the customer base toward buyers who equated cylinder count with prestige.

This was market adaptation, not identity abandonment.

Aerodynamics and Practicality in the Same Conversation

One detail from the 1993 test remains telling: the drag coefficient discussion. The car achieved approximately 0.30 Cd, rising to around 0.32 with mudflaps installed.

That remark sounds trivial until it is placed in context. Saab insisted on integrating functional mudflaps for snow-country usability while still discussing aerodynamic efficiency.

This dual priority – winter practicality and aerodynamic credibility – defined Saab’s engineering culture.

Visually, the new 900 carried forward the wraparound windshield, wide C-pillars, and upright rear hatch profile of its predecessor. The silhouette did not attempt radical reinvention. It refined proportions without surrendering recognizability.

Inside, the continuity was unmistakable. The ignition remained between the seats. The Black Panel function survived. The fuse box was mounted high and accessible. The cargo area retained hatchback dominance with 24 cubic feet available behind the rear seats and nearly 50 cubic feet when folded.

These were not nostalgic gestures. They were decisions rooted in functional logic.

The Hatch Architecture and Structural Discipline

The rear hatch deserved the attention it received. With rear seats folded flat, the 900SE offered 49.8 cubic feet of cargo capacity. Steel tie-down rings were integrated into the floor. A pass-through allowed long cargo sections to extend forward. The rear headrests pivoted to avoid removal during seat folding.

In an era when many manufacturers were abandoning hatchbacks in the U.S. market, Saab retained this configuration deliberately.

Maintaining the five-door layout preserved structural rigidity and load flexibility while differentiating the car from conventional sedans.

For long-term Saab owners, that packaging continuity mattered more than engine configuration debates.

Handling Bias and Scandinavian Priorities

On the skidpad, the 900SE generated 0.77 g. That trailed the BMW benchmark of the period. The car also exhibited early understeer when pushed.

This behavior was not accidental or careless tuning. Saab engineers prioritized predictable front-end push over lift-off oversteer. In northern climates, progressive understeer enhances controllability on low-grip surfaces.

The ride quality was described as supple for a sports sedan. Expansion joints and potholes were absorbed without structural shudder. Steering weight was evenly assisted and free of artificial heaviness.

The dynamic balance reflected Swedish winter logic, not Nürburgring heroics.

For highway touring, the extended wheelbase improved directional stability and reduced pitch motions compared to the outgoing car.

Assembly Precision and Detail Discipline

The 1993 review emphasized details that many publications would have ignored. Paint finish inside door jambs. Rubber rattle suppressors in the glovebox. Textured exterior handles designed to maintain grip in rain. Carpeting beneath the rear seat base.

Standard equipment included ABS, dual airbags, traction control, cruise control, air conditioning, headlamp wipers, and a theft alarm. Traction control calibration allowed brief wheelspin before intervening, informing the driver about available grip before progressively reducing power.

These decisions reveal a manufacturer attempting to justify premium pricing through tangible execution quality rather than badge prestige.

At roughly $27,000 as tested, the 900SE approached the price of the larger 9000CS. That internal overlap could have destabilized Saab’s lineup. Instead, the new 900 was presented as a more compact, more agile interpretation of the 9000’s refinement.

The Contemporary Verdict and Its Long-Term Accuracy

Car and Driver concluded that the 1994 900SE was the best car Saab had produced in its 44-year history up to that point. That was not a sentimental statement. It was a reflection of improved structural integrity, modernized ergonomics, and competitive straight-line performance.

From today’s perspective, turbocharged variants overshadow the V6 in enthusiast circles. The 1998 evolution into the 9-3 further refined the formula. Yet the original GM-era 900 stabilized Saab during a financially vulnerable period and modernized its production standards.

The 1993 review demonstrates that Saab did not surrender its engineering identity when GM entered the boardroom.

Instead, the company executed a disciplined integration of shared architecture while preserving functional priorities unique to Trollhättan.

For collectors and long-term owners, that context reframes the early NG900. It was not a corporate dilution experiment. It was a controlled strategic pivot, documented in real time by one of America’s most influential automotive publications.

Three decades later, the analysis remains technically defensible.