Nascar Xfinity Series to thrill fans in Chicago streets – Indianapolis News | Indiana Weather | Indiana Traffic

INDIANAPOLIS (WISH) — The NASCAR Xfinity Series is gearing up for an exciting street race in downtown Chicago this weekend, promising thrilling speeds and a unique racing experience.

The Chicago Street Course is one of the most anticipated events in the NASCAR calendar, where drivers will race through the city’s streets at speeds of up to 165 miles per hour, offering fans a chance to witness high-speed action against the backdrop of the Chicago skyline.

“It’s one of my favorite events in NASCAR,” said Parker Kligerman, a NASCAR driver and analyst. “I think it’s one of the coolest events in NASCAR history to be racing in downtown Chicago on the streets.”

The Chicago Street Course has garnered significant fan support and is considered a favorite among drivers and teams.

Kligerman noted the surreal experience of racing in such an iconic setting, highlighting the unique atmosphere of the event.

Street racing in NASCAR has evolved over the years, with drivers now embracing the challenge of navigating city streets rather than traditional oval tracks.

Kligerman expressed hope that street course racing will continue to be a part of NASCAR’s future, bringing the sport closer to urban fans.

The Xfinity Series this season has been marked by exciting competition, featuring young talents like Connor Zillich, who is known for his exceptional skills on road and street courses.

Veteran drivers such as Justin Allgaier and Austin Hill also compete fiercely, making the series a blend of emerging and established talent.

This weekend’s race promises intense action, with drivers expected to engage in full-contact racing due to the tight confines of the street course. Kligerman anticipates a thrilling show for viewers tuning in on the CW.

With the Chicago Street Course set to deliver high-speed thrills and competitive racing, fans can look forward to an unforgettable event that showcases the best of NASCAR’s Xfinity Series.