FPV Safe and Arm (S&A) Switches are fusing systems designed to control the transition from safe to armed and confirm initiation in FPV Kinetic Payload Systems. Unlike improvised or repurposed solutions, these systems introduce defined sequencing and verification at every stage of operation.
At the core is a structured sequence: Safe → Confirm → Arm → Impact → Confirm
This ensures the system is stable during power-on, verified before arming, and confirmed at the moment of target contact.
Key capabilities include:
Safe-to-Arm Indicator providing pre-arm confirmation
Universal fusing interface allowing integration of custom contact fuses
Universal output architecture supporting buzzers, squibs, electric matches, or other devices
Positive confirmation of initiation upon impact
These capabilities directly support precision strike through controlled sequencing, lethality through reliable system performance, and operator safety by reducing risk during power-on and arming.
This is not a fixed system. It is built under the EOD Gear Custom Off The Shelf approach, allowing adaptation to platform, payload, and mission requirements.
FAQs
What is an FPV Safe and Arm Switch?
An FPV Safe and Arm Switch is a fusing system used in drone payload applications to control when a device transitions from safe to armed and to confirm initiation upon impact.
What is a Safe-to-Arm Indicator?
A Safe-to-Arm Indicator provides a clear signal that the system is in the correct state to be armed, reducing the likelihood of unintended detonation during power-on or initialization.
Can I use my own contact fuse?
Yes. The system includes a universal fusing interface that allows FPV manufacturers to design and integrate their own contact fuse.
What outputs does the system support?
The system supports a universal output architecture, including buzzers, squibs, electric matches, and other custom output configurations.
How does this improve operator safety?
By confirming system readiness before arming and enforcing a controlled safe-to-arm transition, the system reduces risk during handling and activation.
How does this support precision strike capability?
Controlled sequencing and confirmed initiation ensure the system performs as intended at the moment of impact, improving precision strike reliability.
Who is this designed for?
These systems are designed for Drone Dominance Program awardees, defense contractors, UAS developers, and government end users.
Is this an off-the-shelf product?
This is built under the EOD Gear -The New COTS - Custom Off The Shelf approach, allowing configuration based on platform, payload, and mission requirements.