PULSAR Thermion Duo DXP55 | PL76572 | 2-16×50 Thermal

The Pulsar Thermion Duo DXP55 (PL76572) is a multispectral optical system that pairs a 640×480 thermal sensor with a 4K digital channel. It delivers a thermal channel for low-visibility detection and a full-color digital channel for daytime observation, with integrated recording and wireless connectivity. Designed for extended field use, the unit combines weather resistance, dual power options, and high-resolution imaging in one package. Typical uses include nighttime wildlife observation and daytime long-range scouting.

Product Specifications

• The thermal sensor resolution is 640×480 pixels (thermal) and 3840×2160 pixels (digital).
• The pixel pitch of the thermal sensor is 17 µm.
• The thermal detector NETD is less than 25 mK.
• The frame rate is 50 Hz.
• The objective lenses are F50/1.0 (thermal) and F35/4.34 (digital).
• The magnification range is 2–16× (thermal) and 4–32× (digital).
• The thermal channel field of view at minimum magnification is 12.4° × 9.3° (21.8 × 16.4 m @ 100 m).
• The digital channel field of view at minimum magnification is 6.1° × 4.6° (10.6 × 8 m @ 100 m).
• The detection range is 1800 m (thermal detection).
• The display is an AMOLED HD with a resolution of 1024×768 pixels.
• The internal memory is 16 GB and video/photo formats are MP4 / JPG.
• Wireless connectivity supports IEEE 802.11 b/g/n/ac (2.4 / 5 GHz) and the unit is compatible with the Stream Vision 2 app.
• The degree of protection is IPX7 and the operating temperature range is -25 to +50 °C.
• Power is supplied by a Li-Ion Battery Pack APS5 (internal, 4900 mAh) plus PS2 external (2000 mAh) with approximately 6 hours operating time (at 22 °C).
• The body material is aluminum alloy, dimensions are 420 × 78 × 83.5 mm, weight is 0.96 kg (batteries included), compatible with standard 30 mm rings, and the UPC is 810119012319.

With integrated thermal and high-resolution daytime channels, the Thermion Duo DXP55 is engineered to provide reliable detection and identification across a wide range of light and weather conditions. Its recording, wireless connectivity, and robust power options make it a practical choice for fieldwork that demands both thermal sensitivity and daytime detail.

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