This is a research prototype. The data and analyses are preliminary and not yet validated — we'd welcome your .
A Tesla Model Y, while operating under the 'Smart Summon' feature, collided with a $3.5 million Cirrus Vision Jet at Felts Field in Spokane, Washington. The vehicle continued to push the aircraft across the tarmac after the initial impact. While Tesla's documentation requires users to maintain a line of sight and monitor the vehicle, reports indicate the owner was not actively supervising the car at the time of the incident.
A Tesla Model Y was shown on video slowly crashing into a Vision Jet in Spokane, Washington, allegedly due to its owner activating the “Smart Summon” feature.
Domain classification, causal taxonomy, severity scores, and national security assessments were LLM-classified and may contain errors.
AI systems that fail to perform reliably or effectively under varying conditions, exposing them to errors and failures that can have significant consequences, especially in critical applications or areas that require moral reasoning.
Also classified as
The owner unsafely initiated the summon feature around expensive aircraft without maintaining a clear line of sight or active supervision.
The Tesla vehicle failed to perform reliably under varying conditions by failing to detect a suspended aircraft tail, leading to a collision.
AI system
Due to a decision or action made by an AI system
Unintentional
Due to an unexpected outcome from pursuing a goal
Post-deployment
Occurring after the AI model has been trained and deployed
The collision was caused by the AI system failing to detect and stop for the aircraft while operating autonomously post-deployment.
A Tesla Model Y operating under the Smart Summon feature collided with a stationary 3.5 million dollar private jet at an airfield. The incident represents a minor physical safety and transport infrastructure issue arising from a lack of sensor robustness and operator inattentiveness, but carries negligible national security implications.
The Tesla Model Y operated independently without real-time human steering, responding to GPS coordinates and environmental inputs to drive itself to the owner.
High Risk: The system is an autonomous driving feature operating a heavy vehicle in public or semi-public spaces, which has significant implications for physical safety and property.
The Smart Summon feature is designed to autonomously drive the vehicle to a target GPS destination while navigating obstacles.
The reports consistently describe the same event with video evidence, identifying the specific vehicle (Tesla Model Y), the feature used (Smart Summon), the location (Felts Field), and the damaged property (Cirrus Vision Jet). There is high consensus across multiple news sources regarding the core facts of the collision.
None. The video evidence clearly shows the autonomous vehicle colliding with the stationary aircraft.
Technology
Radar and Camera Limitations
System struggles to detect objects lifted off the ground like aircraft tails.
Failure to Stop After Impact
The vehicle continued pushing the jet instead of halting upon collision.
Glitchy Beta Software
Smart Summon was a known glitchy beta feature with intermittent performance.
Data Inputs
Blind Spots for Elevated Obstacles
Sensors failed to feed data about the overhanging aircraft fuselage to the AI.
GPS Destination Reliance
System navigates to phone GPS without complete path obstacle data.
Human Factors
Inattentive Operator
The owner was inside a hangar and not monitoring the vehicle.
Failure to Release App Button
Operator did not lift finger from the app button to stop the vehicle.
Operating in Unsuitable Area
Owner summoned the vehicle in a hazardous airport tarmac environment.
Process and Methods
Reliance on User Monitoring
Safety model relies entirely on continuous human monitoring of beta software.
Inadequate Testing Safeguards
Beta features deployed to public before resolving collision glitches.
Management
Prioritizing Viral Hype over Safety
Management promoted the feature as 'viral' despite known crash risks.
Inadequate Risk Mitigation
Tesla deployed driverless features knowing they fail to detect high objects.
Regulatory Environment
Limited Oversight of Beta ADAS
Regulators allowed public testing of unproven autonomous features.
