Thermal Clip-ons

The ZEISS DTC 3 Thermal Clip-On is a high-performance thermal imaging attachment designed to transform your daytime riflescope into a powerful night-hunting system. Built with ZEISS’ renowned optical expertise, the DTC 3 delivers outstanding detail recognition, intuitive operation and precise shot placement in complete darkness. Using a high-sensitivity 12-micron thermal sensor and advanced image processing, the DTC 3 produces sharp thermal images with excellent contrast and clarity, helping hunters confidently identify game and surroundings during night hunts. The device features a large 1024 × 768 HD AMOLED display, delivering crisp visuals and smooth performance even in challenging environments. Designed for real-world hunting scenarios, the DTC 3 integrates seamlessly with your riflescope via a dedicated adapter system. The digital zeroing assistant in the ZEISS Hunting App allows quick and precise setup, while multiple stored profiles make it easy to switch between riflescopes without needing to re-zero. With up to 10 hours of battery life, rugged construction and intuitive controls, the ZEISS DTC 3 ensures dependable performance throughout long nights in the field. Key Features High-performance thermal imaging clip-on for riflescopes 384 × 288 thermal sensor with 12-µm pixel pitch for excellent detail recognition Large 1024 × 768 HD AMOLED display for clear and high-contrast viewing Digital Zeroing Assistant via ZEISS Hunting App for fast and precise setup Bluetooth connectivity for device configuration and profile management Up to 10 hours battery life for extended hunting sessions Robust magnesium housing designed for demanding outdoor use Smart standby mode with angle sensor to conserve battery Available Models in the ZEISS DTC 3 Range The ZEISS DTC 3 thermal clip-on series is available in two configurations designed for different hunting environments: DTC 3/25 – Wide field of view, ideal for stalking and hunting in wooded terrain DTC 3/38 – Longer detection range for open country and longer-distance observation

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