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📝 Thermal Imager ThermTec Cyclops 670D
Thermal Imager ThermTec Cyclops 670D is a long-range thermal monocular equipped with a dual optical system of 35/70 mm and a 640×512 (12 µm) VOx Ceramic sensor, providing highly detailed thermal imaging and reliable detection of heat targets at extended distances. With thermal sensitivity NETD ≤25 mK and a 50 Hz refresh rate, the device ensures stable performance in complete darkness, fog, smoke, and challenging environmental conditions.
Thermal Imager ThermTec Cyclops 670D features an innovative dual-field optical design that allows instant switching between the 35 mm and 70 mm objectives, changing from a wide field of view to a narrow, long-range observation mode without sacrificing image sharpness. AI-based object recognition, intelligent distance estimation, GPS positioning, and bidirectional Wi-Fi connectivity significantly expand observation, data transmission, and coordination capabilities in real time.
🫡 We are a team of veterans
We evaluate thermal imaging devices in conditions close to real operational deployment, where detection range, rapid optical switching, and stable long-range imagery are critical factors. In practical field use, Thermal Imager ThermTec Cyclops 670D demonstrates high efficiency due to the combination of a 640×512 sensor and dual 35/70 mm optics, enabling both wide-area terrain scanning and precise long-range target observation.
AI algorithms automatically recognize heat signatures of humans and animals and estimate their distance, significantly simplifying the operator’s workflow during detection and tracking tasks. The rugged IP67-rated housing, electronic image stabilization, and up to 12 hours of autonomous operation make the device suitable for prolonged missions, reconnaissance operations, and continuous surveillance in demanding field conditions.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Manufacturer | ThermTec |
| Model | Cyclops 670D |
| Sensor | VOx Ceramic, 12 µm |
| Sensor Resolution | 640×512 |
| Thermal Sensitivity | NETD ≤25 mK |
| Frame Rate | 50 Hz |
| Objective Lens | 35 mm F0.9 / 70 mm F1.0 |
| Field of View | 12.5°×10.0° / 6.3°×5.0° |
| Field of View at 100 m | 21.9 m / 11.0 m |
| Optical Magnification | 2× – 4× |
| Digital Zoom | 1× – 6× |
| Display | OLED, 1024×768 |
| Detection Range (human) | Up to 1750 / 3600 m |
| Memory | 32 GB built-in |
| Functions | AI recognition, stadia rangefinder, EIS, Wi-Fi, GPS, photo/video recording |
| Power Supply | 2× Li-ion 18650 batteries |
| Operating Time | ≥ 12 hours |
| Protection Rating | IP67 |
| Operating Temperature | −20…+55 °C |
| Dimensions | 228×83×83 mm |
| Weight | 780 g |
💬 Comment / comments
ThermTec Cyclops 670D is designed for long-range thermal surveillance tasks where maximum detection distance, optical flexibility, and thermogram stability are required. The dual 35/70 mm optical system allows the operator to rapidly adapt the device to changing observation distances without losing time on adjustments.
The 640×512 sensor delivers highly informative thermal imagery, which is critical for reliable target identification at extended ranges. AI recognition, GPS, and bidirectional Wi-Fi expand the device’s operational capabilities, enabling integration into coordinated surveillance systems and real-time video sharing during missions.
🎯 Who is it suitable for
Military units, UAV operators, reconnaissance teams, and observation groups that require a long-range thermal imager with a 640×512 sensor and dual 35/70 mm optics for detecting targets at distances beyond 3 km.
Security agencies and special services responsible for monitoring large territories, borders, and strategic facilities with the ability to quickly switch between wide-area scanning and detailed long-range observation.
Rescue services and search teams operating in low-visibility environments — at night, in fog, or in smoke — where maximum detection range and accurate distance estimation are essential.
Hunters, ranger services, and professional observers who need a high-precision thermal imaging device with dual optics, extended detection range, and reliable performance in demanding field conditions.