HIKMICRO THUNDER TQ35 2.0 Thermal Image Scope has a 640 × 512 thermal detector and a 1024 × 768 OLED display. High thermal sensitivity ensures perfect detail recognition even in the hardest weather conditions when the object and background are with minimal temperature difference.
HIKMICRO, renowned for its thermal imaging solutions, elevates its game with the THUNDER 2.0 line, catering to both seasoned and novice users. It exceeds the capabilities of the THUNDER 1.0 series, featuring a focus knob design, extended battery life, NETD<20mK thermal sensitivity, multiple screen layouts, an intuitive UI with a Quick Menu, and compatibility with microphones from the Pro line.
The THUNDER 2.0 series boasts high thermal sensitivity and a robust camera for detailed recognition in all light and weather conditions. With a thermal detector of up to 640×512 resolution, 1024×768 OLED display, and F1.0 lens, it ensures exceptional imagery.
The ergonomic focus knob design and magnesium alloy construction lend the THUNDER 2.0 its compactness, stability, and lightweight nature, while an improved mount design and compatibility with M52*0.75 thread via third-party adapters increase user convenience.
The HIKMICRO battery pack offers up to 10 hours of use, and being replaceable and rechargeable, ensures uninterrupted operation even in low-temperature environments.
Software enhancements include a new UI with a quick access menu, brightness and tone adjustments, multiple reticle and zeroing profiles, recoil-activated video and audio recording, and an automatic calibration countdown, offering a user-friendly and personalized experience.
Huntsman THUNDER 2.0 TQ35 thermal Scope offers :
- 640× 512 resolution with 12 μm sensor
- High sensitivity thermal module NETD ≤ 20 mK (25°C, F# = 1.0)
- 1024 × 768 resolution 0.39-inch OLED display
- Supports image brightness and tone adjustment
- Up to 6.5 hours of continuous operation
- Replaceable and rechargeable Li-ion battery
- Supports audio and recoil-activated recording
- High shock resistance up to 1000 g/0.4 ms
Observation Distance up to 1800 m
