Infrared cameras are limited by the temperature difference between the target and its surrounding environment.

Accurately identifying targets at night with traditional thermal cameras can be very difficult. This usually occurs immediately after sunset in high-temperature environments or when the ground and the human body have similar temperatures. The TF Scout N is equipped with an Starlight Vision Camera, which is not restricted by lighting conditions or temperature differences.

Nighttime reconnaissance through glass is obstructed.

The TF Scout N enables observation through glass obstructions, making features of targets inside vehicles or buildings distinctly visible.

Conventional infrared cameras cannot conduct long-range reconnaissance of targets at night.

The TF Scout N can effortlessly detect light sources like cellphones or car lights 5km* or more in dark and open environments, enabling long-range and covert aerial reconnaissance.

Nighttime illumination compromises privacy.

Compared to infrared or laser illumination-based night vision reconnaissance solutions, the TF Scout N offers greater reconnaissance range and enhanced stealth, significantly reducing the risk of detection and counter-surveillance.

Challenges in marking and positioning for public safety.

In public safety scenarios, beacons and laser pointers can serve as target markers, helping UAVs efficiently identify team members and improve positioning accuracy.