A peculiar and captivating scene has unfolded on White Bear Lake, where a partially submerged car has become an unexpected attraction. The vehicle, a white 2008 Buick Lucerne, is stuck in an ice ridge with its front end resting on the lake bottom while its rear protrudes skyward. Since late January, this unusual sight has drawn significant attention on social media platforms. Authorities confirmed that the vehicle was unoccupied when first reported, and the owner now faces a looming deadline to remove it or face substantial fines.

The story began on January 27th when local authorities received a report about the stranded Buick. The vehicle's owner, a 41-year-old man residing nearby, managed to escape through a window as water flooded the interior. According to police records, he safely reached shore after exiting the sinking car. This incident quickly became a topic of interest for many, including ice fisherman Karl Erickson. Intrigued by the scene, Erickson captured video footage of the frozen Buick, aiming to turn someone’s misfortune into a cautionary tale for others.

Erickson later returned to the site and drilled a hole next to the submerged vehicle. Using an underwater camera, he documented fish swimming around the car’s submerged sections. In his follow-up video, Erickson remarked on the continued fascination surrounding the Buick, noting that even aquatic life seemed intrigued by the unusual presence in their habitat. The footage showcased how nature and human-made objects can coexist in unexpected ways.

In the days following the initial discovery, the Buick remained firmly lodged in place, covered in snow and ice. As the owner contemplates his next move, the community continues to monitor the situation closely. The incident serves as a reminder of the unpredictable forces of nature and the importance of safety precautions when venturing onto frozen bodies of water. The ongoing saga of the trapped Buick has not only entertained but also educated many about the potential dangers lurking beneath seemingly solid ice surfaces.