EO/IR ISRT Gimbals For UAV & Drone Payload

Thermal cameras provide several advantages for UAV and drone payloads:

• See Through Obstructions: Thermal cameras can penetrate smoke, fog, and light haze, making them ideal for search and rescue operations or inspections in challenging weather conditions.
• Day and Night Operations: Unlike traditional cameras, thermal cameras function effectively during the day and night, enabling 24/7 operations.
• Detect Heat Sources: They can detect heat signatures emitted by people, animals, or objects, even when hidden from view. This capability is valuable for applications like search and rescue, wildlife monitoring, and facility security.

ISRT (Intelligence, Surveillance, Reconnaissance and Targeting) perhaps is one of the most application area for airborne gimbals on Drones and UAVs.

Key Benefits of Thermal Cameras and Gimbals for ISRT:

• All-weather operation: Thermal cameras can operate effectively in various weather conditions, including fog, smoke, and darkness.
• Increased detection range: These cameras can detect targets at greater distances compared to visible-light cameras.
• Enhanced target identification: Thermal cameras can differentiate between targets and background clutter more effectively.
• Improved situational awareness: By providing real-time thermal imagery, operators gain a better understanding of the environment.

Gimbals are mechanical platforms that stabilize a payload, such as a camera, and keep it pointed in a specific direction regardless of the drone's movement. Integrating a thermal camera with a gimbal on a UAV provides several benefits:

• Smooth and Stable Footage: The gimbal counteracts the drone's vibrations and movements, resulting in smooth and stable thermal video footage.
• Precise Tracking and targeting: A stabilized gimbal allows for precise targeting and tracking of heat sources (targets), crucial for applications like search and rescue or asset inspection.
• Expanded Range of Motion: Gimbals can provide a wider range of motion for the thermal camera, allowing operators to capture a broader view or focus on specific areas of interest.

There are several factors need to be considered when choosing a thermal camera and gimbal for your UAV application:

• Weight and Size: The weight and size of the camera and gimbal system should be compatible with the payload capacity of your drone.

Image Resolution: The thermal camera's resolution determines the level of detail captured in the image. Higher resolution is generally better but may come at the expense of weight and cost.

• Range: The camera's detection range determines how far it can detect heat sources.
• Gimbal Stabilization: Consider the gimbal's stabilization capabilities, including its ability to handle the weight (payload) of the camera and the desired level of stabilization.

By carefully considering these factors, you can select the ideal thermal camera and gimbal combination to enhance your UAV's capabilities and expand its application potential. Next classification will help you how to choose among our products for your application.

Quick Guide for Selecting Models of Gimbals & Turrets

Remarks:

1.  Model names in grey color are to be released soon.

2. * For the compact (miniatured) 3 axes models, the third axis (Roll) is optional.

3. ** Other lenses and sensor options, such as SWIR, are available through customization. Please consult us before ordering.

Our X300 series Thermal Radar also plays an important role in some Anti-Drone and ISRT scenarios, it can be airborne or Land/Vehicle/Ship mount and provide continuous 360-degree surveillance through continously rotating and scanning the target in the spaces on 24/7 condition.

Sometimes customer requires special mission by using the ISRT gimbals, such as Gas leakage detection, Electricity power cable inspection (thus requires thermographic view of the cable line), Radiological detection etc..  Please click to view for more details about these applications.

• Ground vehicle recognition and tracking