Description
Introducing the Elios 3 UT Payload
The Elios 3 RAD Payload, available at Xboom, revolutionizes radiation detection by enabling safe, remote operations in hazardous environments. Compatible with the Flyability Elios 3 drone, this payload is designed to detect radiation in confined spaces, such as nuclear plants, waste sites, and industrial facilities. With its modular design, the RAD Payload offers easy integration, providing real-time data and precise radiation readings. By minimizing human exposure, it ensures safer inspections in high-risk locations. The payload’s advanced sensing technology, developed in collaboration with Mirion Technologies, guarantees accurate detection. With a rugged build and intuitive operation, it allows quick deployment without the need for specialized training. This makes it a crucial tool for industries that require regular radiation monitoring and safety compliance. Xboom is proud to offer this cutting-edge technology, bringing high-precision tools for safer and more efficient inspections. Elevate your workflow with the Elios 3 RAD Payload,
Features
| Feature | Description |
|---|---|
| Radiation Detection | Detects and locates radiation in confined spaces without human exposure. |
| Modular Design | Easily integrates with the Elios 3 drone for versatile use in various tasks. |
| Real-Time Data | Provides instant radiation readings for immediate analysis. |
| Advanced Sensing Technology | Built in partnership with Mirion Technologies for precise radiation detection. |
| Safety Compliance | Ideal for use in nuclear plants, waste sites, and other hazardous environments. |
| Ease of Use | Designed for simplicity, no specialized training needed for operation. |
| Flight Compatibility | Works seamlessly with Elios 3 drone for indoor and confined space operations. |
| Remote Access | Can be operated remotely, preventing worker exposure to radiation. |
| Durability | Rugged and designed for tough industrial environments. |
| Real-Time Mapping | Integrates with Flyability’s FlyAware™ for enhanced situational awareness. |
Ensure clear radiological assessments while safeguarding your workers from potential harm.
Comprehensive In-Flight Radiation Reading
Access instant radiation readings with zero exposure risk. Obtain real-time data on current and cumulative dose rates, maximum recorded values, and a detailed measurement history to track trends and locate high-radiation areas efficiently. The system ensures quick and precise monitoring, even in complex or confined environments, enhancing operational safety. With its intuitive interface and advanced data integration, users can make informed decisions on-site, minimizing risks and improving response times. This capability is essential for industries requiring high-accuracy radiation mapping and safe workflows.
Specifications
| Category | Specifications |
|---|---|
| Flight Time | 7 min 30 s with LiDAR; 9 min 45 s without LiDAR |
| Max Operating Temperature | 45°C (113°F) with LiDAR; 50°C (122°F) without LiDAR |
| Max Wind Resistance | 4 m/s (13.1 ft/s) in assist mode; 6 m/s (19.7 ft/s) in sport mode |
| Maximum Altitude | 2000 m (7218 ft) with LiDAR; 3000 m (9843 ft) without LiDAR |
| Crashworthiness | Max 1 m/s for direct frontal contact on the sensor |
| Outdoor Compliance | Limited to indoor use only in the U.S. (due to GPS signal blockage by the radiation sensor) |
| Detector Supported | Mirion RDS-32™ WR |
| Technology | Energy-compensated GM tube and energy-compensated Si diode |
| IEC Energy Range | 55 keV GM tube / 65 keV Si diode to 1.8 MeV |
| High Energy Response (Cs-137) | GM tube 220%, Si diode 120% (4.4 MeV); GM tube 260%, Si diode 200% (6-7 MeV) |
| Dose Rate Measurement Range | 0.05 µSv/h to 10 Sv/h |
| IEC Dose Rate Measurement Range | 0.3 µSv/h to 10 Sv/h |
| Dose Rate Linearity | -15% to +22%; 0.3 µSv/h to 10 Sv/h |
| Data Refresh Rate | 0.5 Hz (measurement made every 2 seconds) |
| Radiation Data Display | Current dose rate, max dose rate of flight, cumulative dose of flight, and 1-min measurement history |
| Radiation Mapping | Drone trajectory colorized based on dose rate measured along the flight path |
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