HOTWHEELS CUP SERISE
last year - 12/15/2024 7:52 PM GMT-3
Hotwheels Racing Series: Top Headlines
Travis Hollow Dominates Heat 1 at Bowman Gray
Date: December 14, 2024
Travis Hollow took an early lead in the Clash at Bowman Gray, winning Heat 1 with commanding performance. Hollow's dominance sets him up as a strong contender for the main event.
Bessie Hines Wins the LCQ to Secure Main Event Spot
Date: December 14, 2024
Bessie Hines clinched a victory in the Last Chance Qualifier (LCQ) at Bowman Gray, ensuring her place in the main event. Hines' aggressive driving and strategic passing secured her a spot in the 100-lap race.
Blake Burton and Daniel Rossi Make Lasting Impression in LCQ
Date: December 15, 2024
Blake Burton and Daniel Rossi finished 2nd and 3rd respectively in the LCQ race, showcasing their determination and speed. Both drivers are now set to compete in the main event.
Cindric Dixon and Austin Smith Face Off in Fierce Battle
Date: December 15, 2024
In a dramatic LCQ race, Cindric Dixon and Austin Smith collided, sending Smith to the back of the pack. Despite the setback, Smith managed to recover and is ready to challenge for a strong finish in the main event.
Pre-Season Heats Test Competitors' Endurance and Strategy
Date: December 14-15, 2024
The pre-season heats at Bowman Gray have proven crucial in testing drivers' skills, endurance, and strategies. With the main event looming, every competitor is looking to refine their approach to maximize their chances in the championship.
Excitement Builds for the 100-Lap Clash at Bowman Gray
Date: December 16, 2024
The main event at Bowman Gray promises to be a thrilling conclusion to the Clash at Bowman Gray. With 100 laps on the clock, drivers will have to manage their tires, fuel, and racecraft to emerge victorious.
Austin Smith Recovers to Compete in the Main Event
Date: December 15, 2024
Despite an early incident, Austin Smith managed to recover and secure a spot in the main event. Smith's comeback is a testament to his resilience and determination to compete at the highest level.