Axisflying Dual Camera Model Thermal Imaging FPV Camera for Day and Night

Axisflying Dual Camera Model Thermal Imaging

The Axisflying Dual Camera Model Thermal Imaging system is a powerful solution for professionals and enthusiasts alike. This dual-camera system integrates a 1/3" CMOS FPV camera with 1500TVL clarity and a thermal camera available in 256×192, 384×288, and 640×512 pixel resolutions. The 9.7mm thermal lens offers precise imaging, while servo-controlled switching between FPV and thermal cameras ensures flexible operation. Its high-definition visuals and detailed thermal detection make it ideal for FPV racing, industrial inspections, and search and rescue missions.

Axisflying FPV Thermal Camera Key Features:

1. Dual-Camera System:
   The Axisflying camera system features two powerful cameras:

   • FPV Camera: A 1/3" CMOS image sensor with a 2.1mm lens, delivering stunning visuals at 1500TVL resolution. This FPV camera supports both PAL and NTSC signal systems, ensuring compatibility with a wide range of devices. It’s ideal for daytime use and delivers real-time, crystal-clear images during drone flights.
   • Thermal Camera: Available in three pixel resolutions—256, 384, and 640—the thermal camera offers exceptional imaging for night-time and low-visibility operations. With a wide field of view and high frame rate, it can detect heat signatures from long distances with impressive clarity. Support PAL Analog Video Format.

2. Switching Functionality:
   This dual-camera system allows for seamless switching between the FPV and thermal cameras. Using a servo-controlled mechanism, operators can easily toggle between the two cameras during operation. This functionality can be mapped to either an LED or motor control, depending on user preference, ensuring efficient and quick transitions.

3. Advanced Thermal Imaging:
   The thermal camera provides three different configurations to meet various operational needs. These include pixel resolutions of 256×192, 384×288, and 640×512, each designed for precise heat detection over varying ranges. This flexibility makes the system highly adaptable for use in industries such as construction, energy inspections, and public safety.

4. Wiring and Integration:
   The Axisflying Dual-Camera Model comes with a straightforward wiring setup that includes CAM, GND, and 5V connections, making it compatible with most flight controllers. The system also supports PWM (Pulse Width Modulation) control for seamless integration into your drone’s control system. This ensures easy installation, even for DIY enthusiasts.

5. Wide Applications:
   With the combination of a high-resolution FPV camera and a powerful thermal imaging camera, this system is perfect for:

   • FPV Racing: The FPV camera provides live, high-definition visuals for precision control in real-time.
   • Search and Rescue: The thermal camera’s ability to detect heat signatures in low-light conditions makes it invaluable for rescue missions at night or in dense environments.
   • Industrial Inspections: The thermal imaging feature is ideal for identifying heat-related issues in electrical systems, buildings, and machinery, making it a must-have for industrial inspections.
   • Agricultural Monitoring: The thermal camera is highly useful for monitoring crop health and detecting areas that require attention.

Technical Specifications for Each Thermal Camera Configuration:

Wiring and Setup Instructions

The Axisflying Dual-Camera Model is designed for easy installation and integration into a variety of drone systems, making it ideal for both professional users and DIY enthusiasts. The following wiring configurations allow for seamless connection to your flight controller and ensure efficient control over the switching between FPV and thermal cameras:

Wiring Diagram Overview:

• CAM (Camera): The main connection point for the FPV camera, delivering real-time video feed to the controller.
• GND (Ground): Ground wire for both power and control signals.
• 5V Power Input: Provides power to both the FPV and thermal cameras. Ensure a stable 5V supply for optimal performance.
• PWM IN (Pulse Width Modulation): This input allows for servo-controlled switching between the FPV and thermal cameras, making it easy to toggle views during flight. Depending on the setup, this can be mapped to an LED or motor channel for efficient switching control.

Switching Methods:

1. Switching via Servo Mapped to LED: In this setup, the PWM signal can be mapped to control an LED indicator, signaling the active camera. The user can visually confirm which camera is currently in use, allowing for efficient operation in various conditions.
2. Switching via Servo Mapped to Motor 5: Another option is to map the PWM input to motor 5, offering an alternative control method. This setup ensures that the transition between the FPV and thermal cameras is smooth, providing flexibility based on the user’s preference.

These versatile wiring configurations make it easy to integrate the dual-camera system into existing drones, giving users complete control over camera switching during flight.

Applications and Use Cases

The Axisflying Dual-Camera Model’s combination of thermal imaging and FPV capabilities make it highly versatile, supporting a wide range of industries and applications:

1. FPV Drone Racing:
   For drone racers, having high-quality FPV visuals is critical for navigation and control. The integrated FPV camera in this system delivers high-definition, real-time video, ensuring precision and accuracy during intense FPV races.

2. Search and Rescue:
   The thermal imaging capabilities allow for the detection of heat signatures in low-visibility or night-time environments, making it invaluable in search and rescue operations. Whether it’s locating missing persons or assessing hazardous environments, the thermal camera can identify heat sources that may otherwise go undetected.

3. Industrial Inspections:
   The dual-camera model is ideal for conducting inspections of electrical systems, buildings, or industrial machinery, where temperature anomalies might indicate potential failures or problems. The thermal camera can easily detect these anomalies, allowing operators to assess and address issues before they escalate.

4. Agriculture and Forestry:
   In agriculture, thermal imaging can be used to monitor crop health by detecting temperature variations that may indicate water stress or disease. The camera’s ability to cover large areas efficiently makes it perfect for precision agriculture, saving both time and resources.

5. Security and Surveillance:
   The combination of day-time FPV visuals and thermal imaging makes this camera system ideal for security and surveillance operations. It can monitor large areas, detect intruders in the dark, and provide both thermal and visual data for enhanced situational awareness.

Conclusion

The Axisflying Dual-Camera Model is an incredibly versatile and high-performance camera system, designed to meet the needs of both recreational FPV enthusiasts and professionals across multiple industries. With the ability to seamlessly switch between a high-resolution FPV camera and a powerful thermal imaging camera, this system offers unparalleled flexibility and functionality.

Whether you’re racing drones, conducting industrial inspections, or participating in search and rescue operations, the Axisflying Dual-Camera Model provides the tools necessary for success. Its advanced thermal imaging options, easy wiring and integration, and broad range of applications make it a top choice for those seeking a reliable, high-quality dual-camera system.

The Axis Flying Dual Camera Model thermal imaging camera captures clear images during day or night. Equipped with dual cameras, it provides a wide-angle view and excellent low-light performance.

Introducing the Axisflying Dual Camera Model Thermal Imaging FPV Camera, designed for day and night use. This camera features a thermal pixel resolution of either 384x288 or 640x512 pixels. The thermal imaging lens has a focal length of 9.7mm or 9mm, respectively, providing a field of view (FOV) of 26.46'(horizontal) x19.81'(vertical), 33.19'(diagonal), or 48.3'(horizontal) x38.62'(vertical), 62.48'(diagonal). The camera has a minimum focusing distance of Zm or 2m, respectively, and a maximum aperture of FT.0. It supports a frame rate of 25Hz with an output resolution of 720x576.

Axis Flying Dual Camera Model Thermal Imaging FPV Camera for Day and Night - Capture stunning thermal imagery in both daytime and nighttime environments with crystal-clear clarity.