Electric Cars

A Chevrolet Corvette C7 Grand Sport, reported stolen in December 2020, has been remarkably discovered at the bottom of a river in Georgia, nearly half a decade after its disappearance. This unexpected recovery was made possible by diver Jeremy Sides, who initially documented his find on Instagram, sparking a digital investigation that quickly identified the submerged vehicle.

The tale of the recovered sports car began when Jeremy Sides, associated with the Rapid Compassion Collective—an organization dedicated to locating missing individuals and clearing underwater obstructions—stumbled upon the Corvette during a routine dive. Unaware of the vehicle's history, Sides posted his discovery to his Instagram account, 'exploringwithnug'. It was through the power of social media that the car's past came to light. Viewers of Sides' post noticed an old Instagram handle still affixed to the car's windshield. This crucial detail allowed for swift identification, matching the vehicle to a theft report filed on December 11, 2020, confirming its status as a stolen car within hours of the post going viral.

The C7 Grand Sport model, known for its powerful LT1 V8 engine producing 460 horsepower, advanced braking system, and distinctive wide bodywork, was found in a state that surprised many, despite its prolonged submersion. The car's wrap was largely preserved, and its body panels showed no obvious signs of significant external damage, maintaining the unmistakable silhouette of a C7 Corvette. However, the internal components, including the infotainment system, Performance Data Recorder, and drive-mode electronics, are almost certainly damaged beyond repair due to years of water exposure. The powerful 6.2-liter pushrod V8 engine is also highly susceptible to internal corrosion, raising questions about any potential salvage or teardown assessments.

Despite the successful recovery of the vehicle, two significant questions remain unanswered. Authorities have yet to identify or apprehend anyone in connection with the original theft. Furthermore, the circumstances under which the Grand Sport ended up in the Georgia river are still unknown. It is unclear whether the car was hastily disposed of or deliberately placed there in a more calculated effort to conceal it. These unresolved aspects highlight the ongoing mystery surrounding the stolen sports car's watery fate.

Audi is actively exploring innovative ways to enhance the driving experience of electric vehicles, as detailed in a recent patent application. Recognizing that the silent operation of EVs can diminish the visceral excitement found in traditional combustion engine cars, Audi aims to reintroduce drama through various sensory stimuli. The proposed concepts range from subtly augmenting the vehicle's internal environment to creating external visual spectacles, all designed to engage drivers and passengers on multiple sensory levels.

The patent outlines several intriguing ideas, starting with the amplification of mechanical vibrations and sounds. Instead of completely isolating the powertrain, Audi suggests a direct connection to transmit motor vibrations into the cabin, providing a more tactile experience. This could involve using specific materials like hollow steel and reducing sound-dampening elements. Furthermore, the patent proposes a novel system allowing EVs to simulate a "neutral" gear, enabling drivers to rev the electric motor while stationary, paired with synthesized sounds to evoke the sensation of a powerful engine. The concept even extends to replicating turbo lag, offering a computer-generated surge of power to mimic the exhilarating kick of a turbocharged engine, or providing temporary power boosts on demand.

Audi's vision extends beyond just sound and touch, encompassing sight and smell. The patent suggests integrating dynamic scent dispensers that can release calming aromas in traffic or stimulating fragrances during spirited driving, even hinting at the "smell of electrosmog" akin to ozone. Visually, the patent explores projecting sci-fi-esque warp effects onto the windshield to heighten the sensation of speed or displaying calming scenery. Externally, concepts include using sacrificial metal to generate sparks during acceleration or braking, and even creating controlled electric arcs to add a theatrical flair. Electronically variable paint that changes color based on driving conditions, such as turning fenders red during sporty maneuvers, is also part of this ambitious sensory toolkit. While it remains uncertain which of these innovative ideas will make it to production, Audi's proactive approach signals a commitment to making electric vehicles not just efficient, but also emotionally engaging and dynamically exciting.

This forward-thinking approach by Audi underscores a broader industry trend towards enriching the human-machine interface in electric vehicles. By deliberately integrating elements that appeal to our senses, manufacturers can transform the driving experience from merely functional to profoundly immersive. Such innovations reflect a commitment to pushing the boundaries of automotive design and engineering, inspiring a future where technology enhances our connection with vehicles in unexpected and thrilling ways, ultimately contributing to a more dynamic and engaging world of mobility.