2023 NISSAN ROGUE — Complaint #2080239
Open-data reference.
NHTSA Complaint about FORWARD COLLISION AVOIDANCE: DYNAMIC BRAKE SUPPORT/BRAKE ASSIST filed April 4, 2025
NHTSA complaint #2080239 (ODI reference 11652763) concerns a 2023 NISSAN ROGUE and was filed on April 4, 2025. The owner reports the failure occurred on December 20, 2024. The report was geocoded to Florida based on the filer's self-reported location. The affected component is categorized as forward collision avoidance: dynamic brake support/brake assist, one of NHTSA's standardized taxonomy codes used to group defect patterns across make, model, and year.
The filer flagged the following severity indicators: crash: no, fire: no, injuries: 0, fatalities: 0. No crash, fire, or fatality was associated with this report, which places it in the early-warning stream rather than the priority-review stream. Because a VIN was supplied, this complaint is tied to a specific vehicle and not just a model-year cohort.
Individual complaints are consumer-submitted and unverified by NHTSA engineers — the agency's role at this stage is to collect, index, and make them searchable. What matters for federal action is the pattern: when many owners of the same NISSAN ROGUE cohort independently describe similar forward collision avoidance: dynamic brake support/brake assist failures, defect investigators have grounds to open a PE and request manufacturer data. Related filings for the same vehicle and component appear below, and the detail page for the full 2023 NISSAN ROGUE shows the complete component-level complaint distribution alongside any active investigations or recalls.
Complaint Description
See attached document for complaint
Complaint Details
| NHTSA Complaint ID | 2080239 |
| ODI Number | 11652763 |
| Date Filed | April 4, 2025 |
| Failure Date | December 20, 2024 |
| VIN | 5N1BT3BA7PC |
Source: NHTSA Vehicle Complaints Database. Component taxonomy and severity codes are standardized by NHTSA Office of Defects Investigation.
Read our methodology — how this data is sourced, computed, and verified.