DJI Zenmuse H20T
The Zenmuse H20T combines thermal, zoom, wide-angle cameras, and a laser rangefinder, offering precise imaging for search and rescue, firefighting, and inspections, even in extreme conditions.
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DJI Zenmuse H20T (Open Box)
Regular price $6,870.00Regular priceUnit price / per$8,999.00Sale price $6,870.00Sale -
DJI Zenmuse H20T with Care Enterprise Basic
Regular price $9,809.00Regular priceUnit price / per
Zenmuse H20T for Advanced Thermal Imaging Capabilities
Key features of Zenmuse H20T
The Zenmuse H20T is a groundbreaking payload from DJI that revolutionizes thermal imaging capabilities for a wide range of applications. Designed for compatibility with the Matrice 350 RTK and other DJI platforms, this multi-sensor payload integrates advanced thermal imaging with high-resolution visible light cameras, making it an indispensable tool for professionals in various fields. Here are the key features that set the Zenmuse H20T apart:
- Quad-sensor design: The Zenmuse H20T features four powerful sensors in one compact payload. This includes a thermal camera, a zoom camera, a wide camera, and a laser rangefinder, offering comprehensive data collection capabilities for detailed analysis and decision-making.
- High-resolution thermal imaging: With its radiometric thermal camera, the H20T captures detailed thermal data across a wide range of temperatures, providing insights into heat sources, energy loss, and other thermal phenomena. This capability is crucial for applications in search and rescue, firefighting, and infrastructure inspection.
- Zoom and wide cameras: The zoom camera allows for detailed visual inspection from a distance, while the wide camera offers a broader view for situational awareness. These features are particularly useful in surveillance, wildlife monitoring, and environmental assessment, where clarity and precision are paramount.
- Laser rangefinder: Capable of measuring distances up to 1,200 meters, the laser rangefinder enhances the accuracy of geolocation data, making the H20T ideal for mapping, surveying, and precision agriculture.
- Intelligent features: The Zenmuse H20T is equipped with DJI's advanced AI capabilities, including Smart Track and PinPoint, which simplify the identification and tracking of subjects. These features streamline operations in security, search and rescue, and wildlife studies, among others.
- Environmental adaptability: Designed to perform in a variety of environments, the H20T is built to withstand challenging weather conditions, ensuring reliability and durability in field operations.
Applications of Zenmuse H20T
The Zenmuse H20T is versatile, supporting a wide range of applications:
- Search and rescue: Enhances the efficiency of search operations with its thermal imaging capability, even in challenging conditions.
- Firefighting: Provides critical information on hotspots and fire behavior, aiding in strategic planning and safety.
- Infrastructure inspection: Detects structural issues, energy loss, and other problems in buildings, bridges, and utilities.
- Precision agriculture: Assists in crop management through detailed analysis of soil moisture and plant health.
- Environmental monitoring: Supports conservation efforts by tracking wildlife and assessing the health of forests and water bodies.
- Public safety and surveillance: Enhances security operations with its high-resolution cameras and thermal imaging.
Harness the power of Zenmuse H20T for your operations
The Zenmuse H20T is a powerful tool that enhances the capabilities of drone technology, offering advanced thermal imaging combined with high-resolution visual data. Whether you're involved in public safety, infrastructure maintenance, environmental monitoring, or any other field requiring precise thermal and visual data, the H20T offers the capabilities you need to succeed.
Explore the possibilities with the Zenmuse H20T and take your operations to new heights. Contact us today to learn more about how the Zenmuse H20T can benefit your projects. Let's unlock the potential of advanced thermal imaging together.