A truck driver is facing prosecution after watching a TikTok cooking video while driving, resulting in a crash that killed six people [2].

The case highlights the lethal consequences of digital distraction for commercial drivers, especially when operating heavy machinery in high-speed transit corridors.

The incident occurred on March 20, 2024, at approximately 2:20 a.m. [1, 2]. The defendant, 54-year-old Mizutani Mizuto, was operating a truck inside a downward tunnel on the Shin-Meishin Expressway in Kameyama, Mie Prefecture [1, 2].

According to court records, Mizutani was traveling at approximately 82 kilometers per hour [2]. While driving, she used a smartphone mounted on her dashboard to watch a cooking video on TikTok [1, 2]. Investigations revealed that the driver diverted her gaze from the road for approximately 13 seconds [1].

This lapse in attention led to a rear-end collision within the tunnel [1, 2]. The impact resulted in six fatalities [2]. The trial addresses the level of negligence involved in prioritizing social media content over road safety while managing a commercial vehicle.

Legal proceedings focus on the duration of the distraction and the speed of the vehicle at the time of the crash. The 13-second window of distraction [1] is a central point of the prosecution's case, as it demonstrates a prolonged period of blindness to the traffic conditions ahead.

“A truck driver is facing prosecution after watching a TikTok cooking video while driving, resulting in a crash that killed six people.”

This case underscores the critical danger of 'distracted driving' in the era of short-form video content. Because commercial trucks have significantly longer braking distances and higher mass than passenger cars, a 13-second distraction at 82 km/h creates a massive blind zone that makes collisions almost inevitable in confined spaces like tunnels. The prosecution of this event may influence how Japanese authorities monitor and penalize the use of dashboard-mounted devices for entertainment during commercial transport.