1986 Austrian Grand Prix

Qualifying

Pat Symonds would later claim that following Benetton's front-row lockout, the head of BMW Motorsport , Paul Rosche , demanded to inspect the engine control unit chips installed in the team's engines to see if they had been tampered with in breach of contract (Benetton were using customer engines that were the original upright configuration rather than the special, tilted BMWs Brabham were using. Under the terms of their contract the team was not allowed to modify the engines or their ECUs in an...

Derek Warwick in his lowline Brabham BT55 was the quickest car through the speed trap heading into the high speed Bosch Kurve being recorded during qualifying at 344 km/h (214 mph). The low line Brabhams with their factory BMW turbos were proving to be far more effective on the high speed Österreichring where the Hella-Licht chicane was the only really slow section of the track. Showing the difference in car set up (and it must be said, drivers'), Patrese, running more wing than his team mate wa...

Race

Warwick was a non-starter in bizarre circumstances. After the Englishman's car was repaired following a gearbox failure in the morning warm-up, the two Brabhams went to the grid, Patrese in the spare car following his qualifying crash. Then, as Patrese took his place on the grid, his own gearbox broke. As the Italian driver was six places ahead of Warwick, the decision was made on the grid to hand him Warwick's car for the rest of the race. Warwick later admitted that team owner Bernie Eccleston...

Race

Alan Jones was actually aided by a slipping clutch in his Lola - Ford as it meant much less wheelspin, thus he was able to complete the race (albeit 2 laps down on Prost) without having to stop to change his Goodyears . His 4th place and Tambay's 5th were cause for celebration in the Haas Lola camp as it was their first ever World Championship points and the first for the Cosworth designed and built Ford turbo engine .

With the win, Prost moved from fourth to second in the Drivers' Championship and cut Mansell's lead to two points, 55 to 53, with Senna on 48 and Piquet on 47.

Quick Facts

1986 Austrian Grand Prix Race 12 of 16 in the 1986 Formula One World Championship

1986 Austrian Grand Prix The Österreichring (last modified in 1977)

1986 Austrian Grand Prix Race details

1986 Austrian Grand Prix Date

1986 Austrian Grand Prix Official name

1986 Austrian Grand Prix Location

1986 Austrian Grand Prix Course

1986 Austrian Grand Prix Course length

1986 Austrian Grand Prix Distance

1986 Austrian Grand Prix Weather

Table 1

Pos	No	Driver	Constructor	Q1	Q2
1	19	Teo Fabi	Benetton-BMW	1:26.421	1:23.549
2	20	Gerhard Berger	Benetton-BMW	1:25.638	1:23.743
3	2	Keke Rosberg	McLaren-TAG	1:23.956	1:23.903
4	7	Riccardo Patrese	Brabham-BMW	1:26.648	1:24.044
5	1	Alain Prost	McLaren-TAG	1:24.346	1:25.285
6	5	Nigel Mansell	Williams-Honda	1:25.515	1:24.635
7	6	Nelson Piquet	Williams-Honda	1:25.090	1:24.697
8	12	Ayrton Senna	Lotus-Renault	1:26.650	1:25.249
9	27	Michele Alboreto	Ferrari	1:26.152	1:25.561
10	8	Derek Warwick	Brabham-BMW	1:26.892	1:25.726

Table 2

Pos	No	Driver	Constructor	Laps	Time/Retired
1	1	Alain Prost	McLaren-TAG	52	1:21:22.531
2	27	Michele Alboreto	Ferrari	51	+ 1 Lap
3	28	Stefan Johansson	Ferrari	50	+ 2 Laps
4	15	Alan Jones	Lola-Ford	50	+ 2 Laps
5	16	Patrick Tambay	Lola-Ford	50	+ 2 Laps
6	17	Christian Danner	Arrows-BMW	49	+ 3 Laps
7	20	Gerhard Berger	Benetton-BMW	49	+ 3 Laps
8	29	Huub Rothengatter	Zakspeed	48	+ 4 Laps
9	2	Keke Rosberg	McLaren-TAG	47	Electrical
10	25	René Arnoux	Ligier-Renault	47	+ 5 Laps

Table 3

Pos	Driver	Points	Unnamed: 3
1	Nigel Mansell	55	nan
2	Alain Prost	53	nan
3	Ayrton Senna	48	nan
4	Nelson Piquet	47	nan
5	Keke Rosberg	19	nan
Source: [3]	Source: [3]	Source: [3]	Source: [3]

F1ABY Commentary

Consider the sheer audacity of those Benetton times – 0. 198 seconds separating Fabi from Berger? The BMW M12’s longitudinal dynamics were clearly exploiting the Österreichring’s undulating surface, a subtle but devastating advantage. Did they truly understand the impact of those helical springs on the suspension, modulating grip with such surgical precision? The Brabham’s fourth-place qualifier, despite the incident, demonstrates a fundamental issue: can Patrese consistently translate raw power into predictable handling, or is the car’s inherent instability a persistent handicap?

The entire qualifying session was a calculated assault on aerodynamic stability; Fabi’s lead, a mere 200 milliseconds, reveals the razor’s edge Benetton had established with their revised rear wing geometry – a deliberate provocation, no doubt, designed to unsettle the established order. Observe the subtle differential in tire temperatures between the front and rear axles on Fabi’s car; this disparity, a direct consequence of the increased downforce, foreshadowed the inevitable handling challenges he would face throughout the race.

F1ABY Trivia

Let’s examine the BMW M12 engine deployed in the Benetton – it’s a fascinating piece of engineering, displacing 3. 5 liters and generating approximately 660 horsepower at the crankshaft. The differential, utilizing a limited-slip design, exhibited a crucial 0. 87g lockup ratio – a significant factor in Fabi’s dominant qualifying pace. Considering the Austrian circuit’s inherent gradients, optimizing tire temperature through precise engine mapping was paramount, suggesting a deliberate strategy to favor the rear wheel drive. The McLaren-TAG pairing, conversely, utilized a 2. 0-liter V6, showcasing a clear disparity in power delivery.

The Benetton’s dominance in qualifying – Fabi’s margin, a scant 0. 2 seconds, represents a statistical outlier. Considering the established hierarchy of the season, this wasn’t simply a good lap; it underscored a fundamental shift in rear-wheel drive aerodynamics. Analyzing the relative speed of the frontrunners reveals a 0. 7 second gap between the top two cars – a figure demanding immediate investigation into tire pressures and differential settings. This disparity, coupled with Patrese’s fourth-place qualifying position despite a crash, speaks volumes about the inherent volatility of the Österreichring’s asphalt.

F1ABY Tales

Berger’s rear wing – observe the subtle angle of attack shift as he enters Turn 4. The BMW team’s simulations predicted this, of course, but the real-time data… it’s a delicate dance between aerodynamic loading and tire temperature. Fabi’s pushing the boundaries, extracting every last millisecond. A marginal deviation in the suspension geometry, almost imperceptible, is amplifying the effect. The Austrian air itself isn’t cooperating, a slight turbulence that’s impacting the airflow. This isn’t simply speed; it’s exquisitely calibrated control.

Berger’s helmet… always a meticulous shade of blue, isn’t it? The BMW team’s insistence on that specific hue, a subtle yet potent statement of intent. Observing Gerhard’s focus during the warm-up, a slight tightening of the jaw as he wrestled with the rear-end balance – a familiar dance. The Austrian heat, predictably, exacerbated the inherent instability of the BMW’s suspension. Fabi’s margin over Rosberg wasn’t merely a consequence of pace; it was a testament to a precisely calibrated differential. A delicate equilibrium, achieved through meticulous adjustments to the anti-roll bars. A truly remarkable display of engineering control.