Jenson Button thinks the lack of excitement in the Indian Grand Prix proves that Formula 1 has benefited from Pirelli's efforts to spice up the sport.
Although Pirelli has attempted to ensure dramatic racing by engineering high degradation levels into its tires since it returned to f1 in 2010, in India the rubber proved long-lasting, leading to a relatively uneventful one-stop race.
Button's McLaren teammate Lewis Hamilton said he revelled in this, as he was able to push all race without worrying about tire conservation. But Button said he felt sorry for the fans after India.
"I think it's more enjoyable when you have more stops, because there's more overtaking, more fights, different people on different strategies," he argued. "I think for the viewer it's better when there's more degradation."
He is adamant that the best drivers have still shone through despite tire management becoming more significant.
"You always end up with the right end result in the championship with the better teams at the front," Button said. "But it has mixed it up a lot and I think that's a good thing."
The 2009 World Champion's only concern is that results could become too random when the tires perplex teams. Button put his mid-2012 slump down to issues getting the best out of the Pirellis.
"I think next year there will be a lot of degradation from the tires as well," he said. "Hopefully it will be easier to understand, because I think that's been the frustrating thing for most, trying to understand what makes them work and what doesn't."
Button did admit that being able to go flat out to the finish in India was enjoyable. He set the fastest race lap on the final tour.
"I must admit the end of the race on the prime tire was great fun because you really could be really aggressive with the car," he said. "Normally, when you get a bit of oversteer you damage the tire and it's gone for a lap. You could be aggressive with it at the last race and it was nice from that point of view. But in terms of racing I think it's better when there's more degradation."