The optical layout integrates infrared imaging with large- and small-field-of-view visible-light channels. Specifically, its fusion algorithms combine visual detail with thermal information. Operators can therefore see object shapes and colors while locating potential heat sources. This approach is useful during nighttime searches, industrial observation, and low-contrast reconnaissance. Furthermore, the visible-light channel offers a 19.7° × 11° field of view through a 16 mm lens.

The image above presents the compact dual-mode pod and its major observation functions. In addition, it illustrates how the payload brings thermal sensing and visible detail into one lightweight assembly. The dark gray spherical housing has a matte appearance, while large circular side covers protect the axis mechanisms. Consequently, the design remains compact enough for small UAVs and one-hand handling.

Two-axis servo stabilization continuously responds to platform movement. Specifically, the system senses attitude changes and adjusts the axes to reduce jitter and framing deviation. Its stated stability accuracy is 0.1 mrad under the listed 1°/2 Hz, 1σ condition. Moreover, motor encoder accuracy is no more than 0.3°. The platform provides a yaw range from -110° to +110° and a pitch range from -100° to +40°. It can also move at an angular velocity of at least 100°/s.

Dynamic tracking adds another layer of automation. For instance, the gimbal can capture target movement, lock onto the subject, and follow its trajectory. Its tracking speed reaches at least 40°/s. Therefore, it can support vehicle monitoring, pedestrian observation, and target tracking in changing light. However, tracking performance still depends on platform integration, scene conditions, and operator configuration.

The built-in laser measures targets between 5 and 1200 m away. In addition, the stated ranging accuracy is ±1 m. This feedback can help teams estimate stand-off distance during inspection or reconnaissance. As a result, the UAV thermal imaging camera supplies imagery, motion tracking, and range data from one stabilized payload.

The following specifications consolidate the product data and information displayed in the technical graphics. Notably, the platform uses serial-port control and RTSP network video output. Therefore, integrators can connect it to compatible flight computers, onboard networks, and ground control systems.

The mechanical drawing shows front, side, rear, bottom, and isometric views. Specifically, it lists an overall height of 64.51 and a width of 47.60. It also shows a 43.01 side dimension, a 40.05 bottom-view dimension, and an R22.50 body callout. However, the graphic does not print a unit for these dimensions. The mounting details include a Ø26 top section, a Ø32 mounting pattern, and four M2-6H threads. Additionally, the image uses 45° callouts around the mounting arrangement.

For search and rescue, the DS60L Lynx-H Gimbal can help teams observe heat sources and visible scene details together. Moreover, laser ranging provides distance information without requiring close platform positioning. Border patrol and reconnaissance teams can also use dynamic tracking to follow vehicles or pedestrians. Meanwhile, the stabilization system helps preserve usable framing as the carrier moves.

As an inspection drone gimbal, the payload can support observation of buildings, power lines, and industrial infrastructure. For example, thermal imagery may reveal areas that require closer examination. Visible imagery can then provide supporting structural context. Consequently, operators can gather complementary information from a safer stand-off position.

The 85 g structure also supports handheld and mobile-platform integration. In addition, the wide voltage range makes the unit adaptable to different host systems. Vehicle and robot operators can use it for security patrols, environmental monitoring, or unmanned observation. Finally, its ≥400 g launch-impact rating supports demanding target-drone and launch-platform installations.

• Search and rescue observation in reduced visibility
• Power line, building, and industrial inspection
• Vehicle and pedestrian tracking
• Border patrol and long-distance reconnaissance
• Handheld field observation and laser ranging
• Vehicle, robot, and high-impact launch platforms

Overall, this UAV thermal imaging camera balances low payload weight with stabilized imaging, tracking, and ranging. Therefore, it is a practical option when aircraft capacity and available power are limited. No retail package, cable set, controller, manual, or accessory list appears in the supplied images. Accordingly, buyers should confirm integration requirements and included components before ordering.