Pulsar Helion 2 XP50 PRO
The Pulsar Helion 2 XP50 Pro builds on the success of the previous Helion model. Upgraded with enhanced features. The all new XP50 Pro thermal imagers are now fitted with the latest generation <25mk European Lynred thermal imaging sensors. With a premium magnesium alloy shell and enhanced F1.0 lens. The Helion Pro model brings new levels of performance and sensitivity..
The Pulsar Helion 2 XP50 Pro features:
CLASS LEADING PERFORMANCE
The Pulsar Helion Pro is designed for the harshest of conditions, damp, rain and high humidity. Featuring high quality F1.0 germanium optics and large 640x480 genuine <25mk netD sensor. This allows for the ultimate sensitivity pulling out detail in objects with the lowest of temperature differentials.
The overall design is based around a premium magnesium alloy shell, rugged, tough yet functional . The HD AMOLED eye display fitted to the Helion 2 XP50 Pro relays crisp imagery to the user. Providing a truly immersive viewing experience.
Multiple gain modes allow better target detail or better background detail, dependant on the users requirements and terrain. Instant boot up of the device ensures you never miss that important moment, with power being available from a wide range of IPS power pack systems.
The Pulsar Helion 2 XP50 Pro is the pinnacle of thermal imaging devices available within the global consumer market.
A powerful long-distance F50/1.0 objective lens combined with a 640x480 European Lynred Sensor. The Helion XP50 Pro is a highly-sensitive thermal imager, providing exceptional detection capabilities. A standard 1.8 m tall object can be detected up to 1800 m away in complete darkness.
F1.0 Premium Lens
Ultimate detection efficiency is achieved with the fast lens of the Helion 2 XP50 Pro. Utilising a combination of (F50/1.0) premium lens and highly sensitive thermal sensor.
The Helion 2 XP50 Pro gives users the best quality, most detailed & high-contrast, informative imagery. Even during rain or fog, when the temperature contrast of the observed scene is minimal.
The lightweight magnesium alloy housing provides high structural strength and durability in all conditons. The housing material effectively removes and dissipates the heat generated by the electronics.
This ensures the operational stability of the thermal imager and maintains a high quality image during prolonged observation.
HD AMOLED DISPLAY
An advanced 1024x768 HD AMOLED display provides improved colour rendering, with power saving efficiency and high contrast imagery.
Clear & smooth images are provided from the super crisp display and relayed with zero latency when observing on-the-move or in cold conditions.