Pulsar Nightvision Monoculars
The Pulsar Wildlife Alaris XG30 thermal imaging monocular combines a 640 × 480 sensor with a pocket-sized magnesium alloy body. Its 2x starting magnification and wide view suit searching woodland edges and mixed habitats, while built-in recording and the Wild Vision app support reviewing and sharing wildlife sightings.
Pulsar Wildlife Alaris XQ30 Thermal Imager
The Alaris series features two of Pulsar Wildlife's smallest thermal imaging monoculars. Compact, intuitive, and designed for comfort and accuracy during extended observation.
The Pulsar Wildlife Alaris XQ30 is a compact thermal imaging monocular for locating wildlife and surveying habitats by day and night. A sensitive 384 × 288 sensor, 30mm f/1.2 lens and 2x starting magnification provide a practical combination for handheld searching, with Picture-in-Picture available for closer inspection.
Pulsar Wildlife Orni XG35 Thermal Imager
The Orni XG35 ushers in a new era for thermal observation. A brand-new design places a focus wheel within reach, just behind the eyepiece, allowing for one-handed operation.
The Pulsar Wildlife Orni XG35 thermal imaging monocular combines one-handed focusing with electronic image stabilisation and an integrated laser rangefinder. Its focus wheel sits near the eyepiece, keeping focus adjustments within reach while you support the monocular, and the dual-battery system supports extended wildlife observation.
Pulsar Wildlife Lumion XL50 Thermal Imager
The Lumion XL50 is Pulsar Wildlife's top-of-the-range thermal imaging monocular, featuring a large format 1024x768, 12µm, <40mK NETD HD thermal sensor.
The Pulsar Lumion XL50 is a premium thermal-imaging monocular designed for serious wildlife observers, search-and-rescue professionals, security operators and enthusiasts who demand top-tier performance. With a high-definition 1024×768 thermal sensor, a broad 2.5-20× magnification range and a long detection reach of up to 2,300 m, it brings exceptional clarity and versatility in harsh and variable conditions.