Cole County, MO — July 5, 2025, Three people were injured following a car accident that occurred at around 7:53 A.M. on Lake Road.

According to official reports, a Hyundai Elantra with three occupants was traveling on Lake Road near Pleasant View Road, when it lost control as it was going over a hill and became airborne. Once it landed it left the roadway and struck a fence, went airborne again, then struck a tree.
When first responders arrived on the scene they found that all three occupants, aged 16-19, were seriously injured and they were transported to the hospital. No other vehicles were involved in the crash. This remains an ongoing investigation.
Commentary by Attorney Michael Grossman
When a vehicle becomes airborne not once but twice before coming to rest against a tree, it’s a strong indication that something went seriously wrong—well beyond a simple driving mistake. A crash like this calls for a closer look at what caused the initial loss of control and whether all possible contributing factors have been properly explored.
1. Did the authorities thoroughly investigate the crash?
A crash involving airborne movement and multiple impact points requires more than basic documentation. Investigators should have reconstructed the full sequence—starting from the approach to the hill, through the vehicle’s initial lift-off, landing behavior, and the final crash with the tree. That means examining road markings, identifying steering or braking attempts, and evaluating how the car handled the terrain. Given the complexity, the effectiveness of the investigation depends heavily on whether those involved had the training and tools to do it right.
2. Has anyone looked into the possibility that a vehicle defect caused the crash?
When a car leaves the ground unexpectedly and control is lost, it’s worth questioning whether a mechanical failure was involved. A suspension or steering failure could have affected how the car handled upon landing. Tire issues or brake malfunctions might also have reduced the driver’s ability to recover. And with such severe movement, questions about the car’s stability systems and chassis integrity are fair to raise. Unless the Elantra was thoroughly inspected, these possible failures might remain hidden.
3. Has all the electronic data relating to the crash been collected?
The Elantra likely stored data in the seconds leading up to the crash—speed, throttle, brake input, and steering wheel position. This data can provide a clearer picture of whether the vehicle was reacting to driver input, or if something went wrong mechanically. GPS and mobile phone records might also help establish what the occupants were doing in the moments before the vehicle left the ground. If investigators didn’t retrieve this data early, the most reliable account of what happened may already be lost.
Crashes with this level of severity don’t just happen out of nowhere. Understanding them means putting together every piece—mechanical, digital, and physical—to get a complete view of what went wrong.
Takeaways:
- Crashes involving airborne vehicles require detailed sequence reconstruction and terrain analysis.
- Mechanical failures in suspension, steering, or braking must be carefully ruled out.
- Electronic vehicle data can clarify speed, control inputs, and system behavior before impact.

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