SafeScout™ – Emergency Response Drone
Transforming Emergency Response Safety
SafeSight’s Emergency Response Drone (ERD) is the next evolution of our SafeScout utility scout drone and is specifically designed to respond to the challenges of emergency response in a potentially hazardous environments.
SafeScout™ drones are part of SafeSight Exploration’s Mine Rescue product line, with all the surveillance and flight technology needed to support complex disaster response efforts in urban settings. These small drones are configured for urban and underground airspace, capable of GPS-based, semi-autonomous flight, as well as GPS-denied indoor flight. Air mobility and obstacle avoidance are supported by stereo cameras to optimize ease of use.
SafeSight’s advanced technology for surveillance, including powerful LED lighting and advanced robotic camera configurations can easily be operated by drone operators to assess and inspect any situation from a safe distance. Ideal for helping local authorities improve their situational awareness in both rural communities and urban areas.
User-Friendly Unmanned Aerial Vehicles
SafeScout™ drones are designed for easy operation with minimal training. Typical missions capture sufficient data in and around the site of the incident in drone flights of less than 10 minutes because SafeScout™ drone technology maximizes underground and urban air mobility and surveillance capabilities.
SafeScout™ drones can safely access remote areas with openings as small as 1m by 1m (3.3ft x 3.3ft). Once deployed, these drones capture HD video, time lapse images or other information to allow for improved planning and decision support.
Emergency Response, Support and Rescue
Use Unmanned Aircraft Systems for a Safer & Faster Response
Investigate and Inspect
Emergency Response - Finding Wilson
SafeScout™ - Specifications
Designed and Optimized for Disaster Response
| Physical | 58cm x 58cm x 22cm; 950g |
| Augmented Illumination | Forward facing high intensity LED, 2,000 Lumens |
| HD Video | HD Video 5k to microSD, |
| HD Video Augmented Camera solution | Digital HD USB camera has excellent low-light performance, onboard compression |
| Payload Capacity | 700g |
| Connectivity Options | Spektrum R/C, WiFi, LTE, Microhard |
| Range | Underground - 200 meters- Line of Sight; 50 meters Beyond Line Sight Above Ground - 300 meters |
| Battery type | Lithium Polymer |
| Flight Time | Flight Time 12 minutes |
| SLAM Mapping: | Simultaneous Localization and Mapping (SLAM) based LiDAR mapping +/- 0.03% drift |
| Lidar range: | 0.40m to 100m |
| Lidar accuracy | +/- 30 mm |
| Mapping accuracy | +/- 20 mm in general environment +/- 15 mm in typical underground and indoor environments +/- 5 mm for close range scanning |
| Angular field of view | |
| LiDAR Data acquisition speed | up to 600,000 points/sec |
| Automatic Geo-referencing | On board geo-referencing of the PTS |
| 3D model output - Site Plan ready | On board production of the 3D model within 25 min of the scan completion. |
| Maximum data capture travelling speed: | |
| Start / stop scanning while in motion: | |
| Outputs: | Full resolution point clouds, decimated point clouds, trajectory |
| Point cloud file format: | PTS, LAS, DFX |
| Point cloud attributes: | Intensity, range, time, return number and ring number |
| Processing parameters: | Pre-set modes: Video, Face, LiDAR |
| Laser safety: | Class 1 eye safe |
| USB 3: | High speed data offload |
| Storage: | 500 Gigabytes – approximately 12 hours of sensor data |
| Operating temperature: | 0-50°C |
