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The Thermogram

Model comparison

HIKMICRO Mini2 V2 vs Mini2 V3

Useful differences, documented limits and a choice based on your actual task.

Specifications side by side

SpecificationHIKMICRO Mini2 V2HIKMICRO Mini2 V3
Native detector resolution256 × 192256 × 192
Published processed outputnot documented512 × 384
NETD40 mK30 mK
NETD conditions< 40 mK @ 25 °C, F#=1.0<30 mK @25 °C, F#=1.0
Recalculated IFOV3.41 mradnot documented
Frame rate25 Hz25 Hz
Focusfixedfixed
Minimum focus distance0.2 m0.2 m
Measurement range-20 – 400 °C-20 – 650 °C
Full radiometrynot documentednot documented
Advertised runtimenot documentednot documented
Displaynot documentednot documented
IP ratingIP40IP40
Indicative euro price band€€€€

The useful changes: sensitivity and range

Both models have 256 × 192 native detector pixels and run at 25 Hz. V3 advertises NETD below 30 mK versus 40 mK for V2, and a maximum measurement range of 650 °C rather than 400 °C. These are documented differences, without a hands-on comparison of actual image quality. Enlarged SuperIR output is not a new detector.

Should a V2 owner upgrade?

For routine home inspection, a V2 that already meets your needs does not become obsolete. V3 is most worth considering for a first purchase when the extra sensitivity or temperature range serves a real task and local pricing is close. Maximum temperature is not a decisive advantage when looking for a thermal bridge.

Check these limits first

Both records give 20 cm minimum focus: this does not guarantee measurement of a small component at 20 cm. The V3 field is published as 37.2° × 50° without explicit axes; our table does not turn this into an IFOV improvement. Check phone, app and adapter compatibility too: V3 lists iOS 15.5+, while V2 requirements depend on its documentation. Full radiometric export remains unconfirmed in our records.

Sources and verification

Documentary comparison checked November 10, 2026, without hands-on testing. Euro bands are indicative rather than guaranteed local prices. Unknown values do not mean zero performance.