Thermal imaging cap PULSAR Krypton 2 XQ35, 35 mm lens, 640×480 resolution

PULSAR Krypton 2 XQ35 is a thermal imaging cap with an integrated 35 mm lens and a 640×480 thermal sensor, designed for hands-free thermal observation. The wearable form factor combines a head-mounted housing with a thermal imaging module to provide real-time heat-signature visualization while keeping the user’s hands free. The device is intended for outdoor surveillance, hunting, search and rescue support, and general situational awareness where compact, continuous thermal observation is required.

Advantages

The PULSAR Krypton 2 XQ35 delivers high-resolution thermal imaging in a compact, wearable design that reduces operator fatigue and allows continuous monitoring. The 35 mm lens offers a balance of field of view and detection range for locating warm targets at distance, while the 640×480 sensor provides clear thermal contrast for quicker target identification. Built for field use, the cap design simplifies mounting and rapid deployment without additional headgear or bulky mounts.

Suitable for

• Outdoor surveillance and perimeter monitoring
• Hunting and wildlife observation
• Search and rescue operations and lost-person searches
• Night-time navigation and route assessment
• Inspection tasks in low-visibility environments

Key specifications

• Optical configuration: 35 mm fixed thermal lens for medium-range observation
• Sensor resolution: 640×480 thermal detector for detailed heat-pattern imaging
• Form factor: head-mounted cap for hands-free operation
• Imaging mode: real-time thermal display for immediate target detection
• Use environment: suitable for outdoor and night-time conditions

How to use

Fit the thermal imaging cap on the head and adjust the internal positioning so the lens aligns with your dominant eye. Power on the device and allow the sensor to stabilise according to the manufacturer’s warm-up guidance before beginning observation. Use the on-device controls to adjust image settings such as brightness, contrast, and any available palette modes to optimise visibility of heat signatures. During operation, maintain a steady posture and scan the area in a systematic pattern to detect thermal contrasts; the hands-free design allows simultaneous use of tools or navigation aids.

Usage recommendations

For best results, operate the thermal cap in conditions free of direct sunlight on the lens and avoid sudden temperature transitions close to the sensor. Regularly inspect the lens area for dirt or obstruction and clean with appropriate, non-abrasive materials. Use the device within its specified environmental limits and follow maintenance instructions to preserve sensor performance and accuracy.