US Drone BVLOS Waiver Process Today (Pre-2028)

Beyond Visual Line of Sight (BVLOS) is the most consequential operational pathway for high-value commercial drone work — long linear inspection of power lines and pipelines, multi-field agriculture scouting, and search-and-rescue at extended range. Until 14 CFR Part 108 is finalized (expected 2026 or 2027 with operational compliance dates in 2028), BVLOS operations require a § 107.31 waiver under 14 CFR § 107.200.

This article delivers the current 2026 BVLOS waiver process, the success patterns the FAA has historically approved, and the operational discipline required to position for both current waiver approval and future Part 108 transition.

1. The Current Regulatory Framework

Under 14 CFR § 107.31, the remote pilot in command (or a designated visual observer) must maintain unaided visual line of sight (VLOS) with the aircraft at all times during flight. Binoculars are permitted only for momentary verification — not continuous observation.

eCFR § 107.31: https://www.ecfr.gov/current/title-14/chapter-I/subchapter-F/part-107/subpart-B/section-107.31

To operate beyond VLOS, the operator must obtain a waiver under § 107.200, which permits FAA to waive § 107.31 if the applicant demonstrates an equivalent level of safety through alternative methods.

eCFR § 107.200: https://www.ecfr.gov/current/title-14/chapter-I/subchapter-F/part-107/subpart-D/section-107.200

The waivers index page is at https://www.faa.gov/uas/commercial_operators/part_107_waivers.

2. The Application Pathway — FAA DroneZone

BVLOS waiver applications are submitted through FAA DroneZone. Applications must include:

• Detailed operational description — what, where, when, who, how
• Risk assessment — ground risk, air risk, system risk
• Safety mitigations — equipment, procedures, training, contingencies
• Crew qualifications — Part 107 certificate, recurrent currency, hours flown, BVLOS-specific training
• Proposed operating parameters — altitude, speed, area, time windows
• Equipment specifications — including detect-and-avoid (DAA) capability

Reference: https://faadronezone-access.faa.gov/

Typical processing time: 90 days for straightforward applications. Complex applications may take 6 months or more.

3. The Waivers Issued Database — Learning from Approved Operations

The FAA publishes a searchable database of waivers issued at https://www.faa.gov/uas/commercial_operators/part_107_waivers/waivers_issued. This is the single most valuable resource for BVLOS waiver applicants.

Reviewing approved waivers reveals:

• The operational profiles FAA has historically approved
• The mitigations FAA accepts
• The operational areas typical of approved waivers
• The corridor types most commonly waived

Successful applicants typically structure their applications to track the patterns of historically approved waivers.

4. The Success Pattern — What FAA Approves

Based on patterns in the published waivers database, the most commonly approved BVLOS waivers fall into these categories:

4-1. Linear Infrastructure Inspection

Power transmission lines, pipelines, and railways with established corridors are the highest-volume approved BVLOS use case. Reasons:

• Defined corridor reduces airspace conflict
• Vegetation-management justification supports public safety rationale
• Operations typically below 200 ft AGL (below crewed traffic patterns)
• Systematic inspection schedule supports operational predictability

4-2. Agriculture / Precision Farming

Multi-field BVLOS scouting and crop monitoring receives approval when:

• Operations are over private agricultural land
• Operating altitude is low (below 200 ft AGL)
• Field boundaries are well-defined
• Operator has documented training in agricultural operations

4-3. Search and Rescue

Public safety BVLOS for search-and-rescue receives approval, often via Certificate of Waiver or Authorization (COA) for public/government operators rather than § 107.200 waiver for civil operators.

4-4. Research and Development

Universities and research institutions have received BVLOS waivers for research operations, typically with extensive monitoring and reporting requirements.

5. The Mitigation Stack

Successful BVLOS waiver applications typically include comprehensive mitigations:

5-1. Equipment Mitigations

• Detect-and-Avoid (DAA) systems — visual, electro-optical, radar, ADS-B
• Redundant control systems — primary and backup command/control links
• Geofencing — software-defined airspace boundaries
• Automatic return-to-home — fail-safe activation on link loss
• Anti-collision lighting — visible 3 statute miles
• Manufacturer airworthiness documentation

5-2. Operational Mitigations

• Pre-flight risk assessment for each operation
• Defined operating area with documented boundaries
• Crew training program with documented qualifications
• Emergency procedures including loss-of-link contingencies
• Communication protocols with air traffic control where applicable
• Weather minimums beyond Part 107 minimums

5-3. Procedural Mitigations

• NOTAM submission before operations
• Ground crew with VLOS at strategic points along the route
• Flight following — real-time monitoring during operations
• Post-flight reporting to FAA

6. Building the Operational Track Record

For new applicants without an existing operational track record, the path to BVLOS approval typically involves:

Phase 1 — Establish Standard Part 107 Operations

Build at least 100+ hours of documented Part 107 commercial flights with comprehensive logs.

Phase 2 — Apply for Less Aggressive Waivers

Apply for less complex waivers first — § 107.39 (operations over people in specific scenarios), § 107.25 (operations over moving vehicles in defined contexts). Track record of waiver compliance builds credibility.

Phase 3 — Apply for BVLOS Waiver

With documented operational history, apply for the BVLOS waiver. Reference the prior compliance history and waiver track record.

Phase 4 — Operate Under Waiver

Operate under the granted waiver with rigorous compliance. Document every flight, every incident, every operational decision.

Phase 5 — Renew or Expand

Renew the waiver or apply to expand operational areas. Continued operational discipline supports expansion.

7. Common BVLOS Application Errors — A Gyoseishoshi Compliance Lens

As MmowW Drone is operated by a licensed Gyoseishoshi (行政書士) office, we observe these recurring errors:

Error 1 — Insufficient operational track record First-time applicants without Part 107 operational history often have applications denied or delayed extensively.

Error 2 — Inadequate risk assessment A boilerplate risk assessment fails. Each application must demonstrate specific understanding of the proposed operation's risks.

Error 3 — Generic mitigations "Standard manufacturer DAA" without specifics fails. Each mitigation must be specific to the proposed operation.

Error 4 — Missing equipment specifications DAA systems, redundant control links, geofencing — each must be documented with manufacturer specifications and FAA-acceptance status.

Error 5 — Insufficient crew training documentation Each crew member's qualifications must be specifically documented, including BVLOS-specific training.

Error 6 — Operational area too broad Applications for "anywhere in the United States" fail. Specific corridors, geographic boundaries, and operational schedules support approval.

Error 7 — Missing community engagement documentation For operations in populated areas, documented community engagement (notice to residents, local government coordination) supports approval.

8. The Part 108 Transition Pathway

While the current § 107.31 waiver process is the only legal pathway to BVLOS in 2026, Part 108 is on the horizon. Operators with active § 107.31 waivers under the current regime enter Part 108 with documented operational track records — a significant advantage.

Reference: https://www.faa.gov/newsroom/beyond-visual-line-sight-bvlos

Strategic operators in 2026 should:

1. Apply for current § 107.31 waivers for use cases that qualify
2. Build operational track records under granted waivers
3. Track Part 108 NPRM developments
4. Begin equipment evaluation for Part 108 DAA requirements
5. Plan for transition when Part 108 becomes final

9. The Mitigation Documentation Discipline

For each BVLOS operation under waiver, comprehensive documentation is essential:

Pre-Flight

1. Operational risk assessment for the specific flight
2. NOTAM submission per waiver requirement
3. Equipment status verification (DAA, redundant control, geofencing)
4. Crew qualification verification
5. Weather check
6. Pre-flight inspection per § 107.49

During Flight

1. Continuous monitoring of aircraft systems
2. Active communication with ground crew
3. Real-time logging of operational events
4. Loss-of-link contingency readiness

Post-Flight

1. Comprehensive flight log entry
2. Incident reporting if applicable
3. Equipment status verification
4. Maintenance log update
5. Regulatory reporting per waiver requirements

A SaaS like MmowW Drone tracks Part 107 currency, aircraft registration, Remote ID compliance, LAANC authorizations, and flight log discipline — building the operational track record that supports BVLOS waiver applications and Part 108 transition.

10. Best Practice Application Workflow

1. Build Part 107 operational track record — 100+ flights with comprehensive logs
2. Review historically approved BVLOS waivers — match application patterns
3. Develop comprehensive mitigation stack — equipment, operational, procedural
4. Document crew qualifications — Part 107 certificates, BVLOS training, hours flown
5. Define specific operational area — corridor, geographic boundaries, schedule
6. Submit detailed application via DroneZone
7. Engage with FAA inspector — respond promptly to questions
8. Operate under granted waiver with rigor — every flight, every incident, every decision documented
9. Track Part 108 NPRM developments — prepare for transition

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Disclaimer

This article provides legal information, not legal advice. MmowW Drone is operated by a licensed Gyoseishoshi (行政書士) office in Japan. We are not US attorneys or licensed FAA legal counsel. For binding legal opinions on FAA compliance or BVLOS waiver applications, consult a US-licensed aviation attorney.

Sources

1. 14 CFR § 107.31 — Visual line of sight — https://www.ecfr.gov/current/title-14/chapter-I/subchapter-F/part-107/subpart-B/section-107.31
2. 14 CFR § 107.200 — Waiver policy — https://www.ecfr.gov/current/title-14/chapter-I/subchapter-F/part-107/subpart-D/section-107.200
3. FAA Part 107 Waivers — https://www.faa.gov/uas/commercial_operators/part_107_waivers
4. FAA Part 107 Waivers Issued — https://www.faa.gov/uas/commercial_operators/part_107_waivers/waivers_issued
5. FAA Beyond Visual Line of Sight (BVLOS) — https://www.faa.gov/newsroom/beyond-visual-line-sight-bvlos
6. FAA DroneZone — https://faadronezone-access.faa.gov/