De-Risking BVLOS and Ensuring Safer Drone Dock Operations with the AVSS PRS-M3DT
What happens when a drone fails mid-air during a BVLOS mission? Each second matters. In this joint webinar, FlytBase and AVSS unveil a powerful integration between the AVSS PRS-M3DT parachute recovery system and the FlytBase drone autonomy platform.
From real-time system alerts to automatic failsafe deployment and post-incident analysis, this integration helps enterprises operate safer, smarter, and more compliant drone fleets. Whether you're operating drones for security, energy inspections, or remote monitoring, this integration helps mitigate mid-air risks, meet compliance requirements for BVLOS operations, and build trust with regulators and stakeholders.
May 8, 2025
10:00 am
CT
Context
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
Context
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
Context
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
What to expect?
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
What to expect?
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
Context
For enterprises running autonomous drone operations, especially BVLOS, airspace safety and risk mitigation are mission-critical. Traditional drone recovery systems require manual intervention, leaving safety gaps in the event of a hardware or connectivity failure.
FlytBase and AVSS have partnered to close this gap with an automated, deeply integrated failsafe system.
The AVSS PRS-M3DT parachute can now be deployed via FlytBase in real time based on flight telemetry, sensor anomalies, or system triggers. This elevates operational confidence, improves compliance, and ensures every drone mission is backed by a last line of defense.
In this webinar, we’ll explore:
- Why autonomous drone safety needs redundancy and failsafes
- How the PRS-M3DT and FlytBase work together to enable real-time parachute deployment
- Dashboard alerts, last-known-location tracking, and post-deployment logs
- Use cases across energy, security, and infrastructure inspections
- What this means for BVLOS operations and compliance frameworks
Josh Ogden
CEO & Co-Founder, AVSS
Neel Sharma
Solutions Engineering Lead, FlytBase
