Highlights:

• A Tesla Model Y in California went airborne after colliding with a steel girder while using Full Self-Driving (Supervised).

• The crash happened at highway speed, caught on dashcam, with no injuries reported.

• Despite driving normally afterward, hidden damage included a compromised battery pack and suspension.

• Repair costs were estimated near $20,000, though part of the bill was reduced by Tesla’s warranty.

• The incident raises new questions about Tesla FSD’s ability to detect stationary hazards.

• The event took place a few days ago, and the situation is now under control.

Tesla Model Y Accident in California

Just a few days ago, a Tesla Model Y Juniper traveling near San Diego shocked viewers when dashcam footage revealed the vehicle striking a steel girder at 77 mph. The impact lifted the SUV off the road briefly before slamming back down. Fortunately, no one was hurt, but the event has renewed debate about the reliability of Tesla’s Full Self-Driving (FSD) technology.

How the Vehicle Reacted After the Crash

Immediately after the collision, the Model Y showed no dashboard warnings or alerts. The driver and passenger continued their journey, believing the SUV had survived the impact with minimal damage. However, during a charging stop in Tucson, a detailed inspection revealed severe underbody damage that was not visible earlier.

Breakdown of Repair Costs

Technicians identified significant issues with the battery pack and suspension system. Tesla’s service team provided an estimate that highlighted just how expensive EV repairs can be after an underbody strike.

Damaged Component	Coverage	Estimated Cost
Battery Pack	Covered under warranty due to separate defect	Several thousand USD
Suspension and related parts	Not covered	Up to $20,000

The high suspension repair bill demonstrated how even non-fatal accidents can result in financial strain for Tesla owners, especially in regions where replacement parts and skilled service are limited.

Why Tesla FSD Failed to Detect the Obstacle

Tesla’s FSD (Supervised) is known for handling complex urban and highway navigation. However, stationary objects at high speeds remain a weak point. In this case, the system did not recognize the steel girder as a threat, so it failed to either brake or swerve. This aligns with long-standing reports of detection gaps in semi-autonomous systems.

Safety Lessons for Tesla Drivers

This incident highlights several important lessons:

1. Stay Alert at All Times: FSD is not fully autonomous, and Tesla drivers must keep hands on the wheel and eyes on the road.

2. EV Repairs Can Be Costly: Suspension and underbody repairs are rarely covered by warranty, creating potential financial risks.

3. Know the Limitations of Automation: FSD helps with driving tasks, but human judgment is still critical, especially at highway speeds.

Final Thoughts

The airborne Tesla Model Y incident may not have caused injuries, but it underscored a serious issue: Full Self-Driving cannot yet be relied upon to prevent every type of road hazard. For drivers in Nepal and around the world, the takeaway is clear. Automation may add convenience, but safe driving still depends on human attentiveness, especially on unpredictable highways.