Please note: due to shipping restrictions we are unable to deliver this item internationally.
The first of its kind, the Pulsar Thermion Duo DXP50 scope offers thermal imaging detection capabilities together with unrivalled, full-colour, identification capabilities associated only with normal day optics. Developed from their impressive Thermion 2 XP50 Pro thermal scope, the Duo DXP50 offers the best in thermal imagery alongside the brilliant simplicity and clarity of colour daytime optics.
With one click, the user can quickly switch between thermal and daytime imagery, without the need to refocus.
Featuring a highly sensitive, European-made 640x480, 17ยต, <25mK NETD Lynred thermal sensor, combined with a powerful, fast aperture 50mm f1.0 germanium objective lens, the Thermion Duo DXP50 will offer an impressive thermal detection range of up to 1800m and a 12.4ยฐ field of view - working effectively and providing crystal clear thermal imagery in adverse conditions such as heavy rain, dense fog, or environments in which thermal contrast is low.
For daytime viewing, the Duo thermal scope features a 3840x2160 4K CMOS sensor which provides crystal clear daytime observation capabilities, with a full-colour HD image and accurate daytime colour rendering.
Key features:
- Day & night use
- 4k full-colour sensor for daytime hunting
- 640x480 @ NETD < 25 mK high-sensitivity thermal imaging sensor
- Fast aperture F50/1.0 thermal lens
- Wide-angle eyepiece for comfortable observation
- Instant start-up
- High-precision ambidextrous lens focusing
- One-shot freeze zeroing in thermal and digital channels
- A selection of 10 reticle shapes in nine colour modes
- A selection of 8 colour palettes in thermal mode
- High-contrast HM AMOLED display
- 1800 m thermal detection range / day & night
- Mounting on standard 30 mm rings
- Up to 6 hours of battery life
- Video & image recording with Stream Vision 2 compatibility
Zero this scope quickly using Pulsar's thermal targets.
For more information and to see a full list of technical details, click here.