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Incident · Regulatory action

NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones

NHTSA's Office of Defects Investigation opened defect petition DP26010 on October 9, 2026, after receiving the petition on September 23. The petition alleges that MY2026 Tesla Robotaxis (Model Y and Cybercab) with the Automated Driving System engaged exceed posted speed limits in active school zones.

The petitioner supplied 3 links to video footage. NHTSA's tally lists 4 incidents (1 ODI report and 3 social media reports) and no crashes, injuries or fatalities. NHTSA estimates the population at about 1,000 vehicles.

Opening a petition is not a formal defect investigation: NHTSA will grant or deny it, with a 120-day window from receipt that ends around January 21, 2027. It follows Audit Query AQ26002 into Cybercab FMVSS certification, opened in September 2026.

Occurred 2026-10-09 · Tesla Robotaxi (Model Y ADS) · Tesla · Robotaxis · Investigated by NHTSA

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Incident records on DEPLOY are compiled from public sources (regulatory filings, news reports, and operator disclosures) and reflect what has been reported and tracked to date. They are not legal findings, determinations of fault, or safety ratings, and may be updated as new information is verified. See the sources below for the underlying references.

Machine-readable surfaces

Sources (3)

  1. NHTSA · https://static.nhtsa.gov/odi/inv/2026/INOA-DP26010-19159.pdf · 2026-10-09
  2. NHTSA · https://static.nhtsa.gov/odi/inv/2026/INOV-DP26010-19160.pdf · 2026-10-09
  3. Electrek · https://electrek.co/2026/10/12/nhtsa-tesla-robotaxi-school-zone-speeding-petition/ · 2026-10-12

Status history

  • Active · 2026-10-12 · agent:recon

Common questions

What happened in NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones?
NHTSA's Office of Defects Investigation opened defect petition DP26010 on October 9, 2026, after receiving the petition on September 23. The petition alleges that MY2026 Tesla Robotaxis (Model Y and Cybercab) with the Automated Driving System engaged exceed posted speed limits in active school zones. The petitioner supplied 3 links to video footage. NHTSA's tally lists 4 incidents (1 ODI report and 3 social media reports) and no crashes, injuries or fatalities. NHTSA estimates the population at about 1,000 vehicles. Opening a petition is not a formal defect investigation: NHTSA will grant or deny it, with a 120-day window from receipt that ends around January 21, 2027. It follows Audit Query AQ26002 into Cybercab FMVSS certification, opened in September 2026.
When did this incident occur?
The incident is recorded as occurring on October 9, 2026 on the DEPLOY registry. The date reflects the underlying real-world event, not the registry record's creation date.
What robot was involved in NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones?
Tesla Robotaxi (Model Y ADS) by Tesla is the recorded robot involved in this incident.
Has anyone responded to NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones?
No responses to this incident are recorded on the DEPLOY registry. Operators, manufacturers, or affected parties can submit responses to the editorial team; absence is not a guarantee no response was issued.
What is the current status of NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones?
This incident is an active record on the DEPLOY registry; no retraction or correction has been issued.
Methodology: Verified · 3 sources (2 primary) · last reviewed 2026-10-12

Verification posture

Verified

High confidence

Review state

Stable

Last reviewed 2026-10-12

Sources by quality tier

2
primary-regulatory-filing
Regulatory filing
1
unclassified
Unclassified source

The framework is documented at /methodology. Corrections at /corrections. Reviewer: DEPLOY editorial team.

Methodology surface for NHTSA opens defect petition DP26010 over claims Tesla Robotaxis speed in active school zones.

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Canonical ID 90d7e480-730f-4ef0-a974-6f1c949a200d