🚗 When Lightning Strikes Twice: Car Crashes Into the Same Roof Again—Could a Self-Driving Car Have Dodged the Drama?

 

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Target Missed… Again? Nope. Nailed the Roof—Twice.

Clay-Ray Veterans Memorial Hall.On May 28, 2025, a car flew into the air and collided with the roof of a veterans hall in Excelsior Springs, Missouri. This was the second car to do so in a short period of time. --Excelsior Springs Police

Move over, Florida Man. Missouri just threw its hat into the ring of “You won’t believe this happened—again.” In a tale that would make even cartoon physics blush, a car crashed into the same building roof in Excelsior Springs, Missouri, for the second time in just three months.

Yep. The Clay-Ray Veterans Memorial Hall apparently moonlights as a magnet for airborne vehicles.

The most recent case involved 56-year-old Corrie Wright, who unfortunately, allegedly suffered a seizure while driving and lost control of his vehicle. His car launched off the embankment like something out of a Fast & Furious blooper reel and planted itself in the exact same section of roof still being repaired from the previous crash.

We’re not saying the building is cursed… but the building might be cursed.

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🧠 The Plot Thickens: Did the Roof Insult the Car?

On May 28, 2025, a car goes up in the air and hits the roof of a veterans hall in Excelsior Springs, Missouri. This is the second car in a few months to do so.-KMBC

The first crash back in February involved a high-speed police chase. This time? A medical emergency. Coincidence? Probably. But if that building gets hit a third time, we’re checking for paranormal activity. Someone call the Ghostbusters or Elon Musk.

Now for the real question: Could a self-driving car have avoided this bizarre sequel?

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🤖 Could a Self-Driving Car Have Saved the Roof?

Here’s where it gets interesting—and slightly less funny.

Autonomous vehicles (AVs), including Tesla’s Autopilot and Waymo’s robotaxis, are equipped with sensors, radar, cameras, and AI decision-making. Unlike your Uncle Bob after three Red Bulls, these vehicles are built to think calmly and brake responsibly.

In medical emergencies like seizures, AVs theoretically offer a solution:

Redefining the Pickup Truck

Whatever the task, terrain or weather—Cybertruck was designed to do it all. - Tesla.com

✅ Safety Features That Could’ve Helped:

• Driver Monitoring Systems: Cameras track facial expressions and alertness. If a driver goes unresponsive, the car takes over.

• Emergency Pull-Overs: Some AVs can automatically pull to the side of the road if the driver is incapacitated.

• No Need for Human Reflexes: AVs don’t panic, swerve randomly, or floor it during health episodes.

So in theory, if Corrie Wright had been in a fully autonomous vehicle, the crash might have been prevented. Instead of crashing through a roof like a Kool-Aid Man stunt double, the car could’ve just pulled over and phoned 911.

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📉 But Hold the Champagne, AVs Aren’t Perfect

As much as AV companies like to toot their futuristic horns, autonomous vehicles have their quirks too:

• Turns are Tricky: A 2024 study found AVs have trouble with unprotected left turns and dawn/dusk lighting conditions. (Apparently, robot cars also hate mornings.)

• Too Cautious?: AVs get rear-ended more often because they drive like grandma—with zero risk-taking.

• E-Bike Drama: In April, a Zoox self-driving vehicle in San Francisco got into hot water for an incident with an e-bike. Critics say AVs struggle in chaotic city environments.

But let’s be honest—none of these incidents involved taking flight into a roof like a low-budget Marvel movie.

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📊 Self-Driving Cars vs. Human Drivers: The Stats

Here’s the data showdown you’ve been waiting for:

Metric	Self-Driving Cars	Human Drivers
Accidents per Million Miles	9.1 (mostly minor)	4.1 (often severe)
Fatalities	Extremely rare	Over 42,000 annually (USA)
Injury Claims	Waymo: 0 in 3.8M miles	1.11 per million miles

 The Future Takes Flight: Exploring the Latest in Flying Car Technology

 The concept of flying cars has long captured the imagination, symbolizing a futuristic era of transportation. As of April 2025, this vision is rapidly transitioning into reality, with significant advancements in electric vertical take-off and landing (eVTOL) vehicles and autonomous air taxis. Here’s an engaging look at the latest developments propelling us into the age of airborne commuting.

Major Players Accelerating the eVTOL Race

Several industry giants are making notable strides in the flying car sector:

• Joby Aviation: Backed by substantial investments from Toyota and Delta Air Lines, Joby is progressing through the Federal Aviation Administration’s certification process. The company aims to introduce air taxi services in cities like New York and Los Angeles, with plans to deliver aircraft to the U.S. Air Force by 2025.

• Archer Aviation: Targeting electric air taxi trials in India by 2025 and commercial services by 2026, Archer is collaborating with Stellantis to scale manufacturing. The partnership aims to absorb significant capital expenditures, positioning Archer favorably in the market.

• Lilium: This company has initiated production of advanced battery packs for its Lilium Jet, with a piloted flight targeted for the end of 2024. Collaborations with entities like Lufthansa Group and Atlantic Aviation are set to establish necessary infrastructure for regional air mobility services.

Innovative Designs and Emerging Competitors

Beyond the major players, other companies are introducing unique designs and concepts:

• Doroni Aerospace: Their H-1 Hummingbird, featuring tandem wing technology, has received FAA type certification and is expected to be delivered soon. The aircraft promises a range of 60 miles and a cruise speed of 100 mph.

• Samson Sky: The Switchblade, a hybrid electric flying car, has garnered over 2,300 reservations across 57 countries. Capable of transforming from car to aircraft in three minutes, it aims to reach altitudes of 13,000 feet with a maximum speed of 190 mph.

Alauda Unveils Manned Airspeeder Mk4 Flying Car

Regulatory Milestones and Infrastructure Development

Regulatory bodies are adapting to the emergence of flying cars:

• The U.S. Federal Aviation Administration has established a new category for eVTOL aircraft, facilitating the certification process for commercial passenger use.

• States like Minnesota and New Hampshire have approved regulations for flying cars, paving the way for their integration into existing transportation systems.

Xpeng to deliver flying cars 'in 2025'..

Challenges and Public Perception

Despite technological advancements, challenges remain:

• Public Acceptance: Surveys indicate significant discomfort with pilotless flights, though acceptance is expected to grow with demonstrated reliability and cost benefits.

• Infrastructure: The development of vertiports and air traffic management systems is crucial for the seamless integration of flying cars into urban environments.

• Regulatory Hurdles: Achieving comprehensive regulatory approval is essential to ensure safety and standardization across regions.

Flying Cars 2025, Xpeng

The Road Ahead

As companies race to launch the first commercially viable flying cars, the industry anticipates a transformative impact on urban mobility. With projections estimating the market’s worth at up to $2.9 trillion by 2040, the fusion of automotive and aviation technologies is set to redefine transportation.

The dream of personal air travel is on the cusp of realization, promising to alleviate urban congestion and revolutionize our daily commutes. As we stand at the threshold of this new era, the sky is truly the limit.