Lamborghini Aventador Road Trip: A Bull For All Seasons
Turns Out You Can Drive One Year-RoundFor those of us whose monthly expenses are relative to our monthly income, the generally accepted wisdom is when the snow starts falling, the toys get wrapped up in the garage to hibernate until spring. We tend to assume others generally behave as we do, figuring that super-rich guys park their Lamborghinis for the winter. As it happens, many don't, because they don't have to.
Enormous amounts of horsepower and low-grip environments are not natural bedfellows. They tend to lead to a lack of forward progress at best, and a loss of control resulting in expensive results at worst. That might've been true in days past, but today's tire and computer technology have changed the game. Modern winter tires are surprisingly adept at putting power to slippery ground, backed up by sophisticated traction and stability-control software that modulates, distributes, and restricts torque to make sure as much as possible is translated into motion. Having all-wheel drive certainly doesn't hurt.
Thus, even the mighty Lamborghini Aventador is a competent all-weather car, as I had the opportunity to experience on a drive from the factory in Sant'Agata Bolognese, Italy, to Geneva, Switzerland. Shod with Pirelli winter tires (yes, they come in the Aventador's exclusive sizes), the flagship Lamborghini is a surprisingly adept winter chariot.
Much of my drive took place in moderate to heavy rainfall, hardly the worst of weather conditions but ones that would've played havoc with standard summer performance rubber. In the rain and near-freezing temperatures, the Aventador was mostly docile. The winter rubber simply doesn't grip as forcefully as a good summer tire, so applying liberal doses of throttle when exiting a corner resulted in some squirm, but not much to write home about. The only real loss of traction came when applying power while traversing a big puddle, which resulted in only a small side step at the rear end that was quickly dispatched by the stability control.





