Beyond visual line of sight operations moved from experimental to operational in pockets across the United States over the past several years. A cluster of well-documented waivers and authorizations shows how regulators and operators are applying risk-based controls, detect-and-avoid technology, and conservative operational design to unlock real commercial value while keeping safety margins tight. The result is a string of success stories that illuminate a realistic path toward routine BVLOS flights.

The clearest early example is Zipline’s authorization to conduct commercial package deliveries beyond the operator’s visual line of sight around Salt Lake City. That approval, issued by the FAA in September 2023, authorized Zipline to operate its Sparrow platform with parachute payload releases and without visual observers. The FAA and Zipline framed these flights as data-gathering operations meant to inform the agency’s broader policymaking on BVLOS.

UPS Flight Forward is another instructive case. In September 2023 the FAA authorized UPS Flight Forward, operating Matternet M2 aircraft under a controlled program, to fly BVLOS. The approval sat alongside a set of similar authorizations the FAA issued that same period, including permissions for detect-and-avoid testing on Vantis and other networks. As with Zipline, the FAA stressed that data collected from these operations would feed into rulemaking and standards development.

Inspection and security use cases have shown a different, but equally valuable, BVLOS trajectory. American Robotics obtained FAA waivers that permit remote BVLOS operations of its Optimus system, enabling automated inspections and security missions where persistent remote monitoring is the value proposition. American Robotics has pointed to Type Certification and incremental operational waivers as building blocks for scalable, remotely piloted BVLOS systems. These approvals illustrate how airworthiness work and operational mitigations can be layered to satisfy regulators for higher-risk mission profiles.

Those success stories did not appear out of thin air. They are the downstream result of a multi-year regulatory and technical effort. The FAA’s Beyond Visual Line-of-Sight Aviation Rulemaking Committee produced a comprehensive final report in March 2022 that recommended performance-based paths and a new regulatory part intended to normalize BVLOS across several commercial mission types. That report has guided both agency strategy and industry investment in detect-and-avoid, spectrum and communications resiliency, and operations risk assessments.

What made the recent waivers practically feasible for operators? There are four recurring themes:

1) Risk-centric operational design. Successful applicants presented detailed Specific Operations Risk Assessments and layered mitigations for loss of command link, detect-and-avoid, contingency landing, and ground risk exposure. Regulators expect not just technology but documented procedures and trained remote pilots. Operators that treated operations design with the same rigor as manned aviation got farther.

2) Mature detect-and-avoid and geofencing. Approvals have often hinged on credible detect-and-avoid solutions and robust geofencing. Where visual observers were not used, certified or industry-accepted DAA stacks and redundant positioning systems turned theoretical safety cases into testable, monitorable performance. The FAA approvals cited above emphasize the role of technology in meeting operational acceptance criteria.

3) Partnership with the regulator and data sharing. A consistent thread is the agreement to share operational data with the FAA. Zipline and other authorized operators explicitly structured flights as data contributors to inform eventual rulemaking. That willingness to publish operational lessons reduced institutional friction and accelerated conditional approvals.

4) Focused missions and constrained operations. Early BVLOS authorizations have been mission-specific and geographically constrained. Whether medical or commercial package delivery, infrastructure inspection, or detect-and-avoid testing, operators limited complexity while maximizing real-world value. These narrow envelopes are easier to analyze, supervise and scale safely.

Lessons for operators pursuing waivers

If you are an operator thinking about a BVLOS application, treat the process as program design rather than a single regulatory filing. Successful applicants built repeatable operational processes, invested in robust DAA and communications redundancy, and planned for exhaustive contingency responses. They also engaged local stakeholders early to address community concerns and airspace interface points. Regulators are looking for demonstrable safety margins, not marketing statements.

Policy implications and the road ahead

The discrete waivers and authorizations we have seen provide concrete, publishable evidence the FAA can use to craft performance-based rules. The BVLOS ARC report set the conceptual framework and recent authorizations show how that framework translates into practice. If the industry and regulators continue to prioritize data sharing, conservative operational envelopes, and certified airworthiness where appropriate, those isolated waivers can become the foundation for a standardized Part 108-style regime.

Caveats and remaining barriers

Waivers are not the same as generalized approvals. They are bespoke permissions that come with conditions, monitoring and, in many cases, restrictions on where and how operations occur. Spectrum management, UTM integration, and consistent DAA certification remain workstreams. Community acceptance and privacy concerns also require attention. Until a clear, broadly applicable regulatory framework exists, expect a mix of localized wins and continuing constraints on national scale-up.

Conclusion

The recent uptick in BVLOS waivers demonstrates that commercial BVLOS is viable when operators present mature technology, robust operational design, and a willingness to partner with regulators. Zipline, UPS Flight Forward and inspection-focused firms like American Robotics show different operational models but a shared approach: conservative, data-driven rollouts that prioritize safety and learnability. Those are exactly the characteristics regulators want to see as the industry moves from discrete waivers toward routine BVLOS operations.