Race
With Piquet finishing third ahead of both Mansell and Senna, Piquet expanded his championship points lead to 18 points over Senna and 24 over Mansell. Numbers in brackets refer to positions of normally aspirated entrants competing for the Jim Clark Trophy .
Race Result
| Pos | No | Driver | Constructor | Laps | Time/Retired |
|---|---|---|---|---|---|
| 1 | 1 | Alain Prost | McLaren-TAG | 70 | 1:37:03.906 |
| 2 | 28 | Gerhard Berger | Ferrari | 70 | + 20.493 |
| 3 | 6 | Nelson Piquet | Williams-Honda | 70 | + 1:03.295 |
| 4 | 19 | Teo Fabi | Benetton-Ford | 69 | Out of fuel |
| 5 | 2 | Stefan Johansson | McLaren-TAG | 69 | + 1 lap |
| 6 | 18 | Eddie Cheever | Arrows-Megatron | 68 | + 2 laps |
| 7 | 12 | Ayrton Senna | Lotus-Honda | 68 | + 2 laps |
| 8 | 11 | Satoru Nakajima | Lotus-Honda | 68 | + 2 laps |
| 9 (1) | 16 | Ivan Capelli | March-Ford | 67 | + 3 laps |
| 10 (2) | 3 | Jonathan Palmer | Tyrrell-Ford | 67 | + 3 laps |
Qualifying
| Pos | No | Driver | Constructor | Q1 | Q2 |
|---|---|---|---|---|---|
| 1 | 28 | Gerhard Berger | Ferrari | 1:18.448 | 1:17.620 |
| 2 | 5 | Nigel Mansell | Williams-Honda | 1:17.951 | 1:18.235 |
| 3 | 1 | Alain Prost | McLaren-TAG | 1:18.404 | 1:17.994 |
| 4 | 6 | Nelson Piquet | Williams-Honda | 1:18.164 | no time |
| 5 | 12 | Ayrton Senna | Lotus-Honda | 1:18.382 | 1:18.354 |
| 6 | 27 | Michele Alboreto | Ferrari | 1:20.069 | 1:18.540 |
| 7 | 7 | Riccardo Patrese | Brabham-BMW | 1:21.506 | 1:19.965 |
| 8 | 2 | Stefan Johansson | McLaren-TAG | 1:20.134 | 1:20.227 |
| 9 | 20 | Thierry Boutsen | Benetton-Ford | 1:20.305 | 1:20.558 |
| 10 | 19 | Teo Fabi | Benetton-Ford | 1:20.483 | 1:20.548 |
Championship Standings After This Race
The Paddock Breakdown
Barry · Gary · KatGary — 33 · Three Fantasy F1 leagues
Berger's Ferrari, utilizing the 288T3 chassis and a 3. 0-liter Ford Cosworth engine producing 675 horsepower, exhibited a peak torque differential of 47 Newton-meters compared to Prost's McLaren-TAG, a critical factor in the closing sectors of the Estoril layout. The Benetton-Ford pairing, with its 3. 0-liter V8, recorded an average speed 1. 8% slower than the Ferrari's during the crucial lap 65-70 window, a statistically significant divergence. McLaren's tire degradation—specifically, the P7 compound—demonstrated a 12% higher rate of wear relative to Ferrari's P6, influencing Prost's strategic decisions.
Berger's pole position rate—a staggering 22% across the season—contrasts sharply with McLaren's dominance; the Ferrari's superior qualifying performance didn't translate to sustained race leadership, a 17% win ratio versus McLaren's 38%. The overall race variance, measured by the standard deviation of lap times, was 1. 8 seconds—a significant anomaly considering the established aerodynamic characteristics of the circuit.
Kat — 30 · Technical journalist
Berger's spin. A 360-degree excursion at Turn 8, precisely 17 laps from the flag. The telemetry reveals a lateral acceleration spike – 3. 2g – exceeding Ferrari's predicted handling limits for that corner. The resultant loss of traction, compounded by a slight track deviation, delivered the crucial advantage to Prost. Consider the probability matrix: a clean first lap, maintaining Berger's initial pace, would have yielded a 68. 4% chance of victory, according to our simulations. Instead, a 1. 6% shift in momentum, quantified by a 0. 8 second gap, secured Prost's 28th triumph. The data speaks volumes.
Berger. A curious expenditure of energy, wouldn't you agree? The Ferrari's peak velocity – 308. 6 km/h – registered a consistent 0. 8-second deficit to Prost's McLaren across the 70 laps. Observe the data stream; his pole position was predicated on a 1. 2-second advantage over the field during qualifying, a margin entirely eroded by race pace. The spin, a 3. A fascinating divergence, considering Berger's established dominance in wet conditions.