The Mavic 3 Thermal is the heat-seeking sibling of the Mavic 3 Enterprise: the same 920 g folding airframe, but the camera package is rebuilt around a 640x512 radiometric thermal sensor with spot and area temperature measurement, flanked by a 48 MP wide camera and a 12 MP tele with 56x hybrid zoom. Where the Enterprise measures geometry, the Thermal measures temperature — leaks, faults and, in the worst hours, missing people.
Regulation follows the weight. As a C2-class drone it demands the A1/A3 certificate as a baseline, and with A1/A3 alone it may only fly in subcategory A3 — far from people and at least 150 m from residential, commercial or industrial areas. For a drone whose daily work is roofs, façades and infrastructure, that is unworkable. The realistic path for a Mavic 3 Thermal operator is the additional A2 competence certificate, which unlocks flying 5–30 m from uninvolved people. In Latvia that means a separate in-person exam on top of the online A1/A3 one. Operator registration is mandatory either way — the camera settles that question.
Who is it for? Thermal-inspection professionals first: roof thermography, solar-panel fault finding, power-line hotspots, heat-loss audits. The radiometric sensor stores a temperature value per pixel, so the deliverable is a measurement, not just a pretty rainbow image. The second audience is search-and-rescue and firefighting crews — a 45-minute flight time and a thermal eye that spots a human heat signature at dusk make it a genuinely useful first-response tool that deploys from a backpack in minutes.
The honest caveats: this is the wrong drone for a hobbyist, full stop. A thermal camera is an expensive specialist instrument, its 640x512 resolution does not compete with consumer footage, and the certification path costs time and money. If you want aerial photos and video, a consumer C0 or C1 drone does it cheaper and with less paperwork. And if your work is mapping and surveying rather than heat, the sibling Mavic 3 Enterprise with its mechanical shutter and RTK module is the variant to look at instead.
What operators report
Inspection crews and SAR teams consistently praise the side-by-side thermal and visible cameras — an anomaly spotted in infrared can be verified in visible light on the same hover — and the 45-minute flights that cover a full roof or a search grid on one battery. The recurring gripes are the physics of a 640x512 thermal sensor: fine detail means flying closer, and serious thermography still demands careful emissivity settings and technique. Several operators also note that the visible cameras trail the consumer Mavic 3 models, and that in Europe the C2 paperwork and the A2 certificate are effectively part of the purchase price.