Archer Survey

Intelligent Delivery Coordinates at scale

An AED stuck in a tree does no-one any good. Archer Survey is our computer-vision based satellite analysis platform used to ensure safe, and easily accessable delivery locations across our entire operating areas. We target driveways, sidewalks, residential roads, golf courses, parks, fields, and all other locations that have a clear view to the open sky for safe delivery locations. Each ArcherFRS system includes an accompanying database of safe delivery coordinates, that are refreshed quarterly, ensuring every 911 caller can easily access the lifesaving devices they need.

• Refreshed Quarterly

System State (Go / No-Go)

Airspace Monitoring

Safely integrating into the National Airspace is absoutely critical. Just as cars on the road must respect “right of way” laws so too do unmanned aircraft in the sky. Safety is paramount and ArcherFRS’ AirSpace monitoring service is an invaluable asset when it comes to safe operation in the NAS. We monitor live airtraffic from a variety of sources to ensure airspace sanitization before ever leaving the ground. Once deployed our Airspace Monitoring service works with our flight logistics service and/or a rPIC to maintain a well-clear separation from any and all manned aviation that may fly in and around the operating area.

• Pre-flight Air space sanitization
• In-flight traffic avoidance

System State (Go / No-Go)

Weather Monitoring

While the aircraft utilized in these operations as extremely robust, it has its limitations. ArcherFRS’ weather monitor service verifies hyperlocal weather conditions, both current and forecasted, to ensure that wind-speeds, precipitation rates, and visibility, are all within acceptable margins for a safe operatingenvironment.

• Pre-flight weather condition verification (current and forecasted)
• In-Flight weather condition monitoring

System State (Go / No-Go)

System Monitoring

ArcherFRS drone operations are an amalgamation of many critical components that all work in harmony to expedite response times. From flight controllers to batteries, and GPS units to connectivity, each of these components must be healthy for safe and reliable operations. Each component is persistently monitored and a robust system-health check must be passed in order for an ArcherFRS system to be online and deployable. If your ArcherFRS system is online, you can rest assured that all components are healthy and ready for a life-saving deployment.

• Aircraft Health
• GCH Health
• Network Health
• Payload Health