Thermal Imager PULSAR Axion XQ30 PRO 320×240 Resolution 12 µm Sensor

PULSAR Axion XQ30 PRO is a compact thermal imager with a 320×240 resolution and a 12 µm sensor designed for observation and detection in low-light and no-light conditions. The unit provides thermal contrast imaging for wildlife monitoring, search and rescue, perimeter security and general outdoor use. Its portable form factor and high-sensitivity detector deliver clear thermal outlines and practical situational awareness for handheld or mounted operation.

Advantages

The device combines a high-resolution thermal sensor with a small, lightweight housing to enable extended handheld use with reduced fatigue. High detector sensitivity and 320×240 pixel resolution produce detailed thermal contrast, enabling reliable detection of warm targets against varied backgrounds. Built-in optics and image processing enhance clarity and help maintain usable image quality at typical observation ranges. Low power consumption supports longer battery life for field operations.

Suitable for

• Wildlife observation and animal tracking
• Search and rescue in low-visibility conditions
• Perimeter security and surveillance
• Outdoor navigation and situational awareness

Key specifications

• Thermal resolution: 320×240 pixels
• Detector pixel pitch: 12 µm
• Compact, lightweight housing for handheld use
• High thermal sensitivity for improved target contrast
• Optics and image processing tuned for clear thermal outlines
• Low power consumption for extended operation

How to use

Hold the thermal imager to the eye or mount it on a compatible support for hands-free use. Power on and allow the detector to stabilize according to the manufacturer's warm-up guidance. Scan the scene slowly, adjusting aim to locate thermal contrast between targets and background. Use built-in controls to adjust image settings and optimize contrast or detail for the current environment. When finished, power down and store the unit in a protective case.

Usage recommendations

For best results, use the thermal imager during periods of temperature contrast between targets and surroundings. Allow the sensor to warm up before critical observations, and carry spare power sources for extended sessions. Regularly clean external optics and store the device dry to preserve performance.