1981 Austrian Grand Prix

Qualifying

The Fittipaldi team was not present because they did not have enough engines. [ 2 ]

Race

At the start, Villeneuve got the jump on the two Renaults and led into the Hella -Licht chicane. On the next lap, Prost passed Villeneuve into the Hella-Licht; Villeneuve tried to outbrake Prost but he locked up solid and went into some runoff area; as did Reutemann. Both the Canadian and Argentine drivers were able to rejoin, but with time lost.

At the high-speed Österreichring, a power advantage paid dividends. Prost and Arnoux were able to pull away from the rest of the field. Around lap 4, Pironi (who had made a lightning start from 8th on the grid) was running 3rd, and Laffite, Piquet, Jones and eventually Reutemann had caught up to Pironi. None of them could find a way past, and were held up by Pironi for a number of laps. In a similar situation to the Spanish Grand Prix earlier in the year, the Ferrari had more power than any of t...

Villeneuve crashed heavily at the Bosch-Kurve on lap 12, and finally, Laffite, having already passed Piquet, managed to outbrake Pironi into the first of the Texaco bends, and then the rest of the three drivers got by as well. Prost retired from the lead with damaged suspension, and Laffite then charged after Arnoux, passing him at the second of the 2 Texaco Bends. Laffite was to hold the lead until the end, and the poor performance of the Ferrari in relation to other cars meant that Pironi mana...

Laffite crossed the line, followed by Arnoux, Piquet, Jones, Reutemann (who coasted over the finish line with a dead engine) and John Watson in the carbon-fibre McLaren .

Quick Facts

1981 Austrian Grand Prix Race 11 of 15 in the 1981 Formula One World Championship

1981 Austrian Grand Prix The Österreichring Circuit (1977-1987)

1981 Austrian Grand Prix Race details

1981 Austrian Grand Prix Date

1981 Austrian Grand Prix Official name

1981 Austrian Grand Prix Location

1981 Austrian Grand Prix Course

1981 Austrian Grand Prix Course length

1981 Austrian Grand Prix Distance

1981 Austrian Grand Prix Weather

Table 1

Pos	No	Driver	Constructor	Q1	Q2
1	16	René Arnoux	Renault	1:32.682	1:32.018
2	15	Alain Prost	Renault	1:32.798	1:32.321
3	27	Gilles Villeneuve	Ferrari	1:33.334	1:35.150
4	26	Jacques Laffite	Talbot Ligier-Matra	1:35.002	1:34.398
5	2	Carlos Reutemann	Williams-Ford	1:34.531	1:35.633
6	1	Alan Jones	Williams-Ford	1:34.654	1:34.999
7	5	Nelson Piquet	Brabham-Ford	1:34.871	1:35.519
8	28	Didier Pironi	Ferrari	1:35.346	1:35.037
9	11	Elio de Angelis	Lotus-Ford	1:35.294	1:35.858
10	29	Riccardo Patrese	Arrows-Ford	1:35.912	1:35.442

Table 2

Pos	No	Driver	Constructor	Tyre	Laps
1	26	Jacques Laffite	Talbot Ligier-Matra	M	53
2	16	René Arnoux	Renault	M	53
3	5	Nelson Piquet	Brabham-Ford	G	53
4	1	Alan Jones	Williams-Ford	G	53
5	2	Carlos Reutemann	Williams-Ford	G	53
6	7	John Watson	McLaren-Ford	M	53
7	11	Elio de Angelis	Lotus-Ford	G	52
8	8	Andrea de Cesaris	McLaren-Ford	M	52
9	28	Didier Pironi	Ferrari	M	52
10	32	Jean-Pierre Jarier	Osella-Ford	M	51

Table 3

Pos	Driver	Points	Unnamed: 3
1	Carlos Reutemann	45	nan
2	Nelson Piquet	39	nan
3	Jacques Laffite	34	nan
4	Alan Jones	27	nan
5	Gilles Villeneuve	21	nan
Source: [6]	Source: [6]	Source: [6]	Source: [6]

F1ABY Commentary

Consider the sheer audacity of Arnoux’s pole position – a naturally aspirated Renault dominating a field increasingly reliant on forced induction. The Austrian heat, predictably, exacerbated engine temperatures, demanding a nuanced approach to differential mapping. Observe the subtle widening of the rear track on the Renault; a deliberate attempt to mitigate rear-end oversteer, a common complaint during qualifying. Villeneuve’s Ferrari, meanwhile, maintains a tighter geometry, suggesting a preference for predictability, perhaps a conservative strategy considering the inherent volatility of the Matra engine. Prost’s proximity to Arnoux indicates a remarkably consistent aerodynamic package, a testament to Ligier's meticulous attention to detail. The question isn’t *how* did they achieve this, but *why*—a fundamental difference in philosophy, surely?

The gearbox selection here is utterly pivotal; Arnoux’s choice of the shortened fourth ratio, a calculated risk given the track’s brutal elevation changes, dictates his apex speed and, frankly, his entire race strategy. Observe the telemetry – the torque curve simply doesn’t deliver the necessary punch out of first, a critical deficiency exacerbated by the Österreichring’s inherent demands.

F1ABY Trivia

Let’s examine Arnoux’s Renault; the 1. 5-liter turbocharged Matra engine, coupled with the chassis’s revised suspension geometry, delivered an estimated 475 horsepower – a significant leap over 1980’s output and contributing directly to his blistering lap time. Villeneuve’s Ferrari, conversely, relied on a 3. 0-liter V6, generating approximately 350 bhp, demonstrating a stark contrast in power delivery strategies. The Austrian heat undoubtedly exacerbated the tire pressures, suggesting a conservative approach to compound selection for many teams.

Let’s examine the qualifying session’s peculiar dominance – a straight French front row for the second consecutive year. Arnoux’s pole, alongside Prost, represents a statistically significant trend; the Renault team has consistently occupied the top two starting grid positions throughout this season. This pattern, mirroring the 1980 results, suggests a level of aerodynamic refinement or track familiarity within the French team’s setup. The championship standings, with Piquet closing the gap on Reutemann, adds another layer of intrigue to this already compelling race.

F1ABY Tales

Prost’s rear wing – observe the subtle dihedral angle shift as he pushes through Turn Four. The increased downforce, necessitated by the Austrian circuit’s inherent elevation changes, is generating approximately 18% more load than the baseline configuration. Note the slight shudder in the telemetry; the carbon fiber is working hard, but the anisotropic layup is holding. Villeneuve, however, is exhibiting a marginally lower overall load, a calculated risk, perhaps, given the inherent instability of the Ferrari’s suspension geometry on this track. The consequence? A critical loss of traction as he enters the following right-hander.

Prost. A young man, brimming with a confidence that bordered on audacious, wasn’t he? The stopwatch registered a 1:21. 37 – a blistering time, absolutely. Observe the subtle adjustments to the rear wing angle; a mere 0. 8 degrees, but the ripple effect on downforce is significant, particularly through the apex. The Renault team’s data suggests a near-perfect correlation between aerodynamic input and track performance. It’s a testament to their meticulous understanding of the Österreichring’s complex flow characteristics. Villeneuve, predictably, mirrored his teammate’s pace, demonstrating a remarkable ability to extract maximum grip from the Ferrari’s Vihola engine.