AutoUtility currently tracks 2 official NHTSA owner defect complaints for the 2016 Honda CR-Z. Body & Structure issues are the most frequently reported category, appearing in 1 complaint (50% of submitted records). Zero crashes, fires, injury reports, or fatality reports are cited across these complaint records.
Factual proportion of owner complaints categorized by automotive subsystem in NHTSA records
1 owner complaint submitted to NHTSA ODI for this subsystem.
Formal engineering analyses and preliminary evaluations opened by the NHTSA Office of Defects Investigation
Representative defect filings submitted by owners to the NHTSA Office of Defects Investigation
"The outside door handles are defective, and Honda is aware of the issue. In warm or hot weather, the door opening mechanism binds up, and eventually the stress is too great and it causes the door handle to break. The problem has been reported by nearly every CR-Z owner. For more incidents, please..."
"My driver’s side door handle has broken. I have the broken handle if you need it. It’s a safety issue because it delays entering the car from the driver’s side, which could endanger an owner or a passenger who needs to get inside the vehicle. Apparently, this is a known problem in CR-Zs and is..."
Reported defect complaint volume across sibling model years (2015–2016)
| Model Year | NHTSA Complaints | Crash Reports | Safety Recalls | Detailed Report |
|---|---|---|---|---|
| 2015 Honda CR-Z | 5 | 1 | 2 | View 2015 Problems → |
| 2016 Honda CR-Z Current Page | 2 | 0 | 0 | Current |
Complete distribution of consumer defect reports across all 2 granular NHTSA system and subsystem classifications
| Vehicle Component / System | Total Complaints | Crash Reports | Fire Reports | Injury Entries | Fatality Entries |
|---|---|---|---|---|---|
| Structure & Body NHTSA category: STRUCTURE | 1 | 0 | 0 | 0 | 0 |
| Other / Uncategorized NHTSA category: UNKNOWN OR OTHER | 1 | 0 | 0 | 0 | 0 |
Cross-reference safety recalls, crash test safety ratings, and EPA fuel economy for this model year
Key performance indicators, EPA fuel economy specs, powertrain variants, and summary ratings.
Official recall campaigns, safety defect descriptions, and manufacturer free remedy instructions.
NHTSA 5-Star NCAP crash test results, driver assistance systems, and rollover resistance ratings.
EPA fuel economy ratings, electric range, and annual energy cost benchmarks.
Direct, deterministic answers synthesized from verified United States government databases for the 2016 Honda CR-Z
In official NHTSA consumer records, the most frequently cited issue area for the 2016 Honda CR-Z is Body & Structure, appearing in 1 records (50% of submitted filings).
Complaint counts reflect unverified owner submissions and describe reporting frequency rather than confirmed mechanical defect rates.
AutoUtility does not issue subjective reliability scores or commercial ratings. In official United States government records, NHTSA tracks 2 consumer defect complaints and 0 safety recall campaigns for the 2016 Honda CR-Z.
Reviewing documented component complaint distributions, recall remedy notices, and active federal investigations provides an objective, evidence-based view of the vehicle's historical safety and defect record.
Consumer complaint records on file with NHTSA for the 2016 Honda CR-Z cite zero crashes, zero fires, and zero injuries.
Incident entries represent consumer descriptions at the time of submission to federal authorities and do not establish mechanical causation or legal liability.
NHTSA ODI records list 1 formal defect investigation involving the 2016 Honda CR-Z (all closed).
Federal defect investigations are formal engineering evaluations opened when safety defect trends emerge, and do not by themselves establish a confirmed defect or mandatory recall.
The complaint records on this page are retrieved directly from the NHTSA Office of Defects Investigation (ODI) public database under 49 CFR Part 576.
Local Production Store Compiled: August 2026 • Deterministic Audited Dataset • Zero Dynamic External API Runtime Latency.