Specialized rankings
Firefighting and rescue thermal camera ranking
A ranking built for response work: seeing through smoke, surviving heat and remaining simple to operate with gloves. Measurement accuracy does not dominate the score.
Read the scoring method
| # | Device | Score | Confidence | Sensor | Frame rate | Heat endurance | Protection | Published certification | Indicative budget |
|---|---|---|---|---|---|---|---|---|---|
| 1 | HIKMICRO FT31Tech. · Price | 85 | 85 % | 384 × 288 | 60 Hz | 260 °C | IP67 | Not documented | €2,500–3,500 |
| 2 | LEADER TIC 3.3Tech. 1 · Tech. 2 | ≈82 | 67 % | 384 × 288 | N/A | 260 °C | IP67 | Not documented | Price on request |
| 3 | HIKMICRO FP31Tech. · Price | ≈80 | 72 % | 384 × 288 | N/A | 260 °C | IP67 | ATEX | €1,500–2,500 |
| 4 | FLIR K95Tech. · Price | 74 | 80 % | 640 × 480 | 30 Hz | 260 °C / 5 min | IP67 | Not documented | US$6,999 (US list price) |
| 5 | FLIR K85-NTech. · Price | 72 | 100 % | 640 × 480 | 30 Hz | 260 °C | IP67 | NFPA 1930:2025 | €6,000–8,000 |
| 6 | Seek Thermal FirePRO 200Tech. · Price | ≈72 | 67 % | 200 × 150 | N/A | 260 °C | IP67 | NFPA 1801 | Price not published |
| 7 | FLIR K65Tech. 1 · Tech. 2 · Price | 71 | 89 % | 320 × 240 | 60 Hz | 260 °C | IP67 | NFPA 1801 | ≈$6,100 (US price) |
| 8 | Argus (Avon Protection) Mi-TIC 320Tech. 1 · Tech. 2 | 71 | 97 % | 320 × 240 | 30 Hz | 260 °C | IP67 | NFPA 1801 | Price on request |
| 9 | FLIR K85Tech. · Price | 68 | 90 % | 640 × 480 | 30 Hz | 260 °C | IP67 | Not documented | €5,000–7,000 |
| 10 | MSA Evolution 6000 XtremeTech. 1 · Tech. 2 · Price | ≈64 | 70 % | 320 × 240 | N/A | 260 °C | IP67 | NFPA 1801 | Price on request (≈$13,500 US) |
| 11 | Argus (Avon Protection) Mi-TIC STech. · Price | ≈62 | 67 % | 320 × 240 | 60 Hz | N/A | IP67 | NFPA 1801 | Price not published |
| 12 | Dräger UCF 9000 discontinuedTech. 1 · Tech. 2 · Price | ≈61 | 62 % | 384 × 288 | 50 Hz | N/A | IP67 | NFPA 1801 · ATEX | Discontinued / used |
| 13 | Seek Thermal AttackPRO+Tech. 1 · Tech. 2 · Price | ≈61 | 67 % | 320 × 240 | 25 Hz | 260 °C | IP67 | NFPA 1930:2025 | €4,000–5,000 |
| 14 | FLIR K75Tech. · Price | 56 | 90 % | 320 × 240 | 30 Hz | 260 °C | IP67 | Not documented | €4,500–6,000 |
| 15 | FLIR K33Tech. · Price | 53 | 90 % | 240 × 180 | 60 Hz | 260 °C | IP67 | Not documented | €2,800–3,500 |
| 16 | HIKMICRO FB21Tech. | 39 | 80 % | 256 × 192 | 25 Hz | 115 °C | IP65 | Not documented | Price on request |
| — | Bullard NXT ProTech. | not scored | 43 % | 640 × 480 | 60 Hz | N/A | — | NFPA 1801 | Price on request |
| — | Bullard QXT ProTech. | not scored | 33 % | 640 × 480 | 60 Hz | N/A | — | Not documented | Price on request |
| — | Seek Thermal AttackPRO 300Tech. · Price | not scored | 54 % | 320 × 240 | 60 Hz | N/A | IP67 | Not documented | US$4,499 (US MSRP) |
| — | LEADER TIC 4.1Tech. 1 · Tech. 2 | not scored | 45 % | 384 × 288 | N/A | N/A | — | Not documented | Price on request |
| — | Bullard DXTTech. | not scored | 33 % | 320 × 240 | 60 Hz | N/A | — | Not documented | Price on request |
Indicative VAT-inclusive budgets where a public European price is available; otherwise an international range, used-market range or price on request. Budgets never affect scores.
Why frame rate carries so much weight: during an intervention the camera is constantly moving. A 60 Hz image stays readable where a 30 Hz image smears, which is why a lower-resolution but smoother sensor can outrank a higher-resolution one.
Data last updated: September 2026. Specifications and prices may change; check the linked sources.
Configurations and caveats checked October 21, 2026
- FLIR K95 — 95° × 74° field. Published heat endurance: 260 °C for 5 min or 150 °C for 15 min. Thermal frame rate is 30 Hz, distinct from the 60 Hz display. No NFPA certification is inferred from the K85-N.
- Seek Thermal AttackPRO 300 — Eagle 320 × 240 sensor at 60 Hz. NFPA 1930:2025 is advertised for AttackPRO+, not automatically for AttackPRO 300. Heat endurance is not inferred from its 650 °C measurement range.
Read certification correctly
“Not documented” does not mean “not certified”. ATEX and NFPA are not equivalent. Heat endurance requires the manufacturer duration and conditions; it is not a measurement range. Verify the exact reference and certificate before purchase.