Thermal Imaging Scope PULSAR Telos LRF XQ35 — 640×480 resolution, 35 mm lens

The PULSAR Telos LRF XQ35 is a thermal imaging scope equipped with a 640×480 resolution sensor and a 35 mm objective lens. Designed for long-range observation and targeting, the device captures thermal contrast to reveal heat signatures in low-light and no-light conditions. Integrated rangefinding capability supports distance measurement for improved situational awareness and aiming accuracy during hunting, surveillance, or outdoor observation tasks.

Advantages

The scope combines a high-resolution thermal detector with a medium-telephoto lens to deliver detailed thermal imagery at extended distances. Its optical configuration and image processing provide clear contrast between targets and background regardless of lighting. The built-in distance measurement enhances precision for engagement or documentation. The housing and controls are arranged for stable handheld or rail-mounted use, and the unit operates without visible light, enabling discreet observation.

Suitable for

• Long-range hunting and target identification
• Wildlife observation and research at night
• Search and rescue operations in limited visibility
• Security, perimeter patrols, and surveillance tasks
• Outdoor navigation and situational assessment after dark

Key specifications

• Sensor resolution: 640 × 480 pixels
• Objective lens focal length: 35 mm
• Thermal detection suitable for low-light and no-light conditions
• Integrated rangefinding for distance measurement
• Image processing for enhanced thermal contrast
• Ergonomic housing suitable for handheld or rail-mounted use

How to use

Mount the scope securely on a compatible rail or use it handheld with a steady support. Power on the unit and allow the thermal detector to stabilize before scanning the area. Use the built-in rangefinder to measure distance to detected heat sources and adjust your aim or observation point accordingly. Navigate image settings and palettes via the device controls to optimize contrast for the current environment. After use, power off the unit and store it in a protective case to prevent moisture and shock exposure.

Usage recommendations

For reliable performance, allow the detector to reach operating temperature and select an image palette that maximizes contrast between the target and background. Calibrate or verify distance measurements at known ranges when possible. Protect the lens from direct water exposure and clean with appropriate optics-safe materials. Use stable mounting or a monopod for precise aiming at long distances.