2022 HONDA CR-V HYBRID — Complaint #2056682
Open-data reference.
NHTSA Complaint about FORWARD COLLISION AVOIDANCE: SENSING SYSTEM: RADAR filed January 17, 2025
NHTSA complaint #2056682 (ODI reference 11636505) concerns a 2022 HONDA CR-V HYBRID and was filed on January 17, 2025. The owner reports the failure occurred on December 30, 2024. The report was geocoded to Massachusetts based on the filer's self-reported location. The affected component is categorized as forward collision avoidance: sensing system: radar, 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. No VIN was supplied by the filer, so this complaint contributes to model-year trend data but cannot be tied to a specific vehicle.
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 HONDA CR-V HYBRID cohort independently describe similar forward collision avoidance: sensing system: radar 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 2022 HONDA CR-V HYBRID 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 | 2056682 |
| ODI Number | 11636505 |
| Date Filed | January 17, 2025 |
| Failure Date | December 30, 2024 |
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.