ViewPro Q30TIR Pro Camera

The Viewpro Q30TIR Pro redefines what a drone-mounted thermal camera can see. Its 1280×1024 LWIR thermal sensor delivers four times the pixel count of standard 640×512 systems, enabling vehicle detection at ranges exceeding 6 kilometers and human detection beyond 2 kilometers — capabilities previously reserved for manned aircraft and fixed-wing ISR platforms. Combined with a Sony STARVIS 30× optical zoom EO channel, 3-axis stabilized gimbal accurate to ±0.02°, and native ArduPilot/PX4 MAVLink support, the Q30TIR Pro is purpose-built for the operators who cannot afford to miss a target. Available in three configurations — Standard, Radiometric, and Newport — to match your mission's thermal measurement and core requirements.

Specifications

What the Q30TIR Pro Is Used For

Long-Range Perimeter Security and Border Surveillance

The Q30TIR Pro's 1280×1024 thermal sensor detects vehicles at over 6 kilometers, providing border patrol agencies, military installations, and critical infrastructure operators with a surveillance envelope that far exceeds any standard drone payload. A single aircraft can monitor a perimeter that would otherwise require multiple sensor positions, reducing operational cost and response latency. The 30× optical zoom complements thermal detection by enabling positive identification of targets flagged by the thermal channel without requiring the aircraft to reposition.

Defense and ISR Missions

Intelligence, surveillance, and reconnaissance operators flying ArduPilot or PX4 platforms benefit from the Q30TIR Pro's native MAVLink integration, which enables tight coupling between the camera, autopilot, and ground control station without additional middleware. The high-resolution 1280×1024 thermal provides the image fidelity required for mission-critical target characterization, while onboard EO/IR tracking with fast update rates keeps subjects in frame during dynamic scenarios.

Critical Infrastructure Protection

Power plants, refineries, water treatment facilities, and data centers face increasing security threats that require persistent, long-range aerial monitoring. The Q30TIR Pro enables operators to detect unauthorized vehicle or personnel intrusion well before subjects reach a facility fence line — providing the standoff distance needed to mobilize a response before a breach occurs. The Radiometric variant adds calibrated temperature measurement, making it equally useful for identifying thermal anomalies in electrical switchgear, pipelines, and industrial equipment during the same flight.

Search and Rescue at Extended Range

Traditional 640×512 thermal sensors require an aircraft to fly relatively close to the search area to resolve a human heat signature reliably. The Q30TIR Pro's 1280×1024 resolution detects humans at over 2 kilometers, allowing SAR teams to cover vastly larger areas per flight hour and reducing the need to overfly potentially hazardous terrain. Combined with IP streaming and SDI output, the live feed can be simultaneously displayed in a command vehicle and relayed to remote coordination centers.

Maritime and Coastal Surveillance

Open water provides no obstructions for thermal sensors, making the Q30TIR Pro's 6-kilometer vehicle detection range particularly effective for coastguard operations, anti-poaching patrols, and offshore platform security. The high-resolution thermal clearly distinguishes vessel types at ranges where optical cameras would see only a pixel, and the onboard TF card recording provides a tamper-evident evidentiary record of any intercept.

Frequently Asked Questions

What makes the Q30TIR Pro thermal different from other Viewpro cameras?

The Q30TIR Pro uses a 1280×1024 LWIR thermal sensor — delivering four times the pixel count of the 640×512 sensors found in most other Viewpro models, including the Mini-H30T. More pixels means the camera can resolve smaller thermal targets at greater distances, distinguish between closely spaced heat sources that would merge on a lower-resolution sensor, and produce sharper images for post-mission analysis. This is not an incremental upgrade; it is a fundamentally different class of thermal performance that directly determines maximum detection range.

What is the detection range of the Q30TIR Pro?

The Q30TIR Pro detects human-sized targets at ranges exceeding 2,000 meters and vehicle-sized targets at ranges exceeding 6,000 meters on its thermal channel. EO detection ranges depend on lighting conditions but are extended further by the 30× optical zoom. These figures represent detection (target is present) rather than recognition (target type confirmed) or identification (specific individual confirmed) — ranges for the latter two are shorter and depend on atmospheric conditions, altitude, and camera angle.

What is the difference between the Standard, Radiometric, and Newport variants?

All three variants share the same 1280×1024 thermal resolution and 30× optical zoom. The Standard ($12,999) provides high-resolution thermal imaging without absolute temperature data — ideal for detection and surveillance missions where knowing relative heat differences is sufficient. The Radiometric ($13,999) adds calibrated temperature measurement per pixel, allowing operators to assign actual temperature values to every point in the thermal image; this is essential for industrial inspection, firefighting support, and any mission requiring temperature-based decision-making. The Newport ($13,348) uses a Newport Infrared thermal core variant in place of the standard core, offering an alternative sensor pedigree for operators with specific procurement or interoperability requirements.

Is the Q30TIR Pro compatible with DJI drones?

The Q30TIR Pro can be mounted on DJI M300 and M350 aircraft using a third-party external mounting solution, and it outputs video via RTSP/UDP IP streaming and SDI that can be received by compatible ground station hardware. However, it is not a native DJI Zenmuse payload and does not appear in DJI Pilot or integrate with the DJI payload SDK. Operators using DJI aircraft should confirm their mounting and video reception workflow before ordering. For fully native DJI integration, a Zenmuse payload is required; the Q30TIR Pro is the correct choice when thermal resolution and detection range take priority over DJI ecosystem integration.

What autopilot platforms does the Q30TIR Pro support?

The Q30TIR Pro natively supports ArduPilot and PX4 via MAVLink, making it a direct-fit payload for the vast majority of open-source autopilot-based platforms including Cube, Pixhawk, and their derivatives. It also accepts PWM, SBUS, TTL, and TCP/UDP control for integration with proprietary and legacy flight controllers. This breadth of control interface compatibility makes the Q30TIR Pro one of the most platform-agnostic professional payloads available at this performance level.

Who is the Q30TIR Pro designed for?

The Q30TIR Pro is designed for professional operators and organizations for whom detection range and thermal image fidelity are mission-critical requirements — not differentiating nice-to-haves. Primary customer profiles include defense contractors and government agencies conducting ISR, law enforcement and border security organizations running persistent surveillance operations, critical infrastructure operators protecting high-value assets, and industrial inspection companies requiring radiometric temperature data at altitude. If your mission can be served by a 640×512 thermal sensor, the Mini-H30T or a comparable payload will cost significantly less. If you need to see farther and see more clearly, the Q30TIR Pro is the correct tool.