TELOS XP50

Future ready. Upgradeable performance

Components and software solutions in high-tech industries are improved every year. Thermal imaging is no exception. Over time, users' choices and preferences change. In addition, users evolve with experience their own requirements for the capabilities and operation of the device. the Telos thermal handheld scopes are built with technology and user needs in mind. Telos is the first line of thermal cameras on the market with the possibility of a technical upgrade upon customer request. Become the owner of a Telos and get the opportunity to improve it flexibly and profitably for years to come. Fit high-performance optics, a higher resolution sensor and display, more efficient and functional electronics, or equip the Telos with a laser rangefinder (LRF) and additional optical channels so you always have the latest device, but with minimal upgrade costs.

A highly sensitive thermal image sensor with NETD <18mK ensures stunning thermal image quality and perfect recognition of details, even in the most difficult weather conditions, when thermal contrast is low. The smallest temperature differences will be clearly visible during rainfall, fog or cold mornings, in the most challenging conditions for a thermal camera.

Simple zoom operation with the ring around the lens

You can ideally adjust the image in the Telos with one hand - the focus and zoom rings are placed on the lens in the classic arrangement, one behind the other, as with professional camera lenses. The consistent arrangement of the rings makes it possible to obtain a clear image at the required magnification quickly and with minimal effort.

Advanced Pulsar Image Boost technology

Pulsar Image Boost gives Telos thermal imaging cameras the highest level of detail, clarity and contrast using original image processing algorithms. DeTelos thermal imaging cameras display complex scenes in a wide range of grayscale with evenly radiating low-contrast objects, such as the sky, grass and water surfaces. Software refinement and sharpening of objects at different distances makes the thermal image very informative. Manually increasing the sensitivity of the thermal image sensor improves the quality of animal detection when observation conditions deteriorate. A filter for smoothing the image and a wide range of brightness and contrast settings make long-term observation comfortable.