Emergency Response Drone
SafeScout™
Transforming Emergency, Disaster & Search and Rescue Operations
(705) 707 2487
Emergency Response - Rescue or Recovery
The ERD is small, light and can be deployed quickly as a search and rescue. Being able to fit through areas as tight as 40 cm x 40 cm and a range of 200m+ makes it possible to rapidly determine “Rescue or Recovery” without ever putting rescue personnel at risk.
Real Time Visual Assessment
Equipped with both a Thermal and HD FPV Camera, the ERD can fly into targeted ares and give responders HD and Thermal video of the site environment.
SafeScout™ -
Emergency Response Drone
Changing Underground Development
Altitude Hold for Underground Mobility
To support pilot control as well as ease of operation, the ERD is equipped with Altitude Hold. This feature allow for pilots to be able to focus on direction while the drone maintains a consitant altitude to help pilots navigate through tight spaces.
Fire & Smoke Response
Use Unmanned Aircraft Systems for a Safer & Faster Response
Emergency Response, Support and Rescue
Physical Specifications
Weight
0.58 kg / 0.62 kg
Dimensions
22 cm x 22 cm x 15 cm
Run Time
7 min - 8 min
Accessories
Goggles, Controller, Batteries, Charger, Storage case, Operator Vest
SafeScout™ - ERD
Transforming Emergency Rescue Operations
The ERD is small, light and can be deployed quickly to execute search and rescue. Being able to fit through areas as tight as 40 cm x 40 cm and a range of 200m+ makes it possible to rapidly determine “Rescue or Recovery” without ever putting rescue personnel at risk.
Equipped with both a Thermal and HD FPV Camera, the ERD can fly into targeted ares and give responders HD and Thermal video of the site environment.
To support pilot control as well as ease of operation, the ERD is equipped with Altitude Hold. This feature allow for pilots to be able to focus on direction while the drone maintains a consitant altitude to help pilots navigate through tight spaces.
With ERD Models equipped with thermal imaging, the ERD is able to fly around a fire to provide a thermal image assessment of the backside of the fire. These features allow responders to assess an emergency with detailed information, while at a safe distance.
Choose the Right SafeScout™ ERD for Your Mission
ERD - ASR1
- Weight - 0.58 kg
- Run Time - 8 min
- Rapid Deployment - 1 Min
- Range (LOS) - 200m+
- Thermal Camera - N/A
- FPV Camera - 1080p
- Autonomous Hover - 6 in to 12 ft
ERD - ASR2
- Weight - 0.62 kg
- Run Time - 7 min
- Rapid Deployment - 1 Min (Forward deployment capabilities with SafeSight's DeepTraxx™)
- Range (LOS) - 200m+
- Thermal Camera - Thermal Imaging
- FPV Camera - 1080p
- Autonomous Hover - 6 in to 12 ft
ERD - ASR3
- Weight - 0.62 kg
- Run Time - 7 min
- Rapid Deployment - 1 Min (Forward deployment capabilities with SafeSight's DeepTraxx™)
- Range (LOS) - 200m+
- Thermal Camera - Detailed Thermal Imaging
- FPV Camera - 1080p
- Autonomous Hover - 6 in to 12 ft
Download Emergency Response Drone Specifications
Unlock the future of underground emergency response with the SafeScout ERD—our advanced search and rescue drone. Download the specs and discover the power of precision and innovation in every flight.
FAQ
Know More About Emergency Response Drones
Emergency response drones are specialized UAVs (unmanned aerial vehicles) designed for rapid deployment in crisis situations. They assist in disaster management by providing aerial views, mapping affected areas, delivering medical supplies, and aiding search-and-rescue operations.
Emergency Response Drones can be quickly deployed to disaster zones, bypassing roadblocks and other obstacles. They gather real-time data, assess the extent of damage, and help responders prioritize their efforts, significantly reducing response times.
Disaster response drones often come equipped with thermal imaging cameras, LiDAR, multispectral sensors, and high-definition cameras. These sensors help in locating survivors, assessing structural damage, and mapping disaster-affected areas.
Yes, drones are increasingly being used to deliver medical supplies such as vaccines, blood, and medications to remote or inaccessible areas during emergencies, ensuring timely assistance.
Drones provide aerial surveillance over large areas, identifying survivors using thermal imaging and pinpointing their exact locations for rescuers to act swiftly.
AI enables drones to autonomously analyze data, identify patterns, and make decisions in real-time, such as detecting survivors or prioritizing critical areas for rescue.
While the initial investment in drones and their technology can be high, they significantly reduce operational costs by speeding up rescue operations, minimizing human risk, and enhancing efficiency. Read more about Cost-Benefit Analysis: Investing in Disaster Drones
Common challenges include navigating poor weather conditions, battery limitations, and ensuring communication in areas with limited connectivity. Advances in technology are addressing these issues.
Read more about Overcoming Challenges in Drone-Based Disaster Management
Yes, drones equipped with LiDAR and photogrammetry technology can create accurate 3D maps of disaster zones, aiding in planning and coordination of relief efforts.
Emerging technologies such as AI-driven automation, swarm drones, and longer-lasting batteries promise to make disaster response drones even more efficient and versatile in the future.
Read more about : The Future of Disaster Drones: Emerging Technologies and Trends
Absolutely, drones can track recovery progress by providing updated maps, assessing structural repairs, and monitoring environmental changes in affected areas.
Disaster response drones are designed to be robust, weather-resistant, and capable of navigating challenging environments such as debris, smoke, or waterlogged areas.
Read More on Complete Buying Guide Features of Disaster Response Drones
Industries such as emergency services, mining, agriculture, and construction benefit from drones by improving safety and efficiency during disaster and emergency situations.