A Tesla Cybertruck has been pulled from a lake in Grapevine, Texas, after its driver deliberately drove the electric pickup into the water to test its advertised 'wade mode'. The incident, which occurred on Tuesday, saw the futuristic vehicle become disabled and take on water, prompting the driver and passengers to evacuate before contacting authorities for assistance.
The Grapevine Police Department confirmed the recovery of the vehicle from Katie's Woods Lake. While specific details regarding the driver's intent or the exact conditions under which the 'wade mode' was engaged remain limited, the outcome clearly indicates the vehicle's inability to traverse the body of water successfully. The Cybertruck, known for its distinctive angular design and robust claims regarding its capabilities, has been a subject of considerable public interest since its unveiling.
Tesla's 'wade mode' is a feature designed to elevate the vehicle's suspension and potentially offer some level of water traversing capability, though it is not intended for deep water immersion or use as an amphibious vehicle. The incident serves as a stark reminder of the limitations of such features and the potential dangers of attempting to push vehicles beyond their specified design parameters, especially in natural environments.
Police were called to the scene after the occupants had safely exited the submerged vehicle. The recovery operation would have involved specialist equipment to extract the heavy electric truck from the lake, a process that can be both complex and costly. Details on any potential charges or citations against the driver have not yet been released by the Grapevine Police Department.
This event comes amidst ongoing scrutiny and public fascination with the Cybertruck, which began deliveries in late 2023. While its unique design and advanced technology have garnered significant attention, incidents such as this highlight the importance of understanding and adhering to manufacturer guidelines for vehicle operation, particularly when engaging specialised features in challenging conditions.