Free BVLOS Compliance Checklist 2026: Complete Beyond Visual Line of Sight Operations Guide
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Beyond Visual Line of Sight (BVLOS) operations represent the next frontier in commercial drone applications. From my experience leading eVTOL test programs and consulting on advanced UAS operations, I've developed this comprehensive checklist to help operators prepare for BVLOS compliance under both current Part 107 waivers and the upcoming Part 108 framework.
This checklist reflects the latest proposed regulations and industry best practices as of 2026, aligned with the upcoming FAA Part 108 regulatory framework. It's designed to be both a preparation tool for future operations and a practical compliance guide for current BVLOS waiver applications.
Regulatory Transition Period
We're in a transitional period between Part 107 BVLOS waivers and the upcoming Part 108 framework. This checklist covers both current requirements for waiver applications and anticipated Part 108 requirements based on the latest proposed rules. Always verify current regulations before operations.
Regulatory Compliance Foundation
Part 107 BVLOS Waiver Requirements
- Valid remote pilot certificate for operator and visual observers
- Aircraft registration current and properly marked
- Remote ID compliance verified and operational
- Current airspace authorization for operational area (LAANC or manual)
- Waiver application submitted and approved (107.31 - Operating limitations for small unmanned aircraft)
- Insurance coverage meeting operation and client requirements
- NOTAMs published for operational area (if required by waiver)
- Letter of Agreement (LOA) with controlling ATC facility (if applicable)
Part 108 Preparatory Requirements
- Operator certificate application prepared (when Part 108 becomes effective)
- Enhanced pilot training curriculum developed and documented
- Safety management system (SMS) framework established
- Maintenance program documentation completed
- Quality assurance program procedures written
- Environmental assessment completed (for routine operations)
- Community engagement and stakeholder coordination documented
Aircraft and Systems Requirements
Aircraft Certification and Documentation
- Aircraft meets weight and performance specifications for intended operations
- Type certificate or equivalent documentation (for Part 108 operations)
- Aircraft flight manual and performance data available
- Weight and balance calculations current and within limits
- Aircraft configuration control documentation maintained
- Modification and alteration records up-to-date
- Serial number and registration marking clearly visible
- Aircraft logbooks and maintenance records current
Propulsion and Power Systems
- Battery health and capacity verification completed
- Backup power systems tested and operational
- Power management system calibrated
- Charging and storage procedures documented
- Low-power warning and automatic return-to-home configured
Detect and Avoid (DAA) Systems
- DAA system installed, tested, and calibrated
- Sensor coverage analysis completed for operational area
- DAA system integration with flight control verified
- False alarm and missed detection rates documented
- DAA performance meets or exceeds "well clear" requirements
- System failure modes and procedures documented
- Regular DAA system validation testing scheduled
- Integration with air traffic control systems tested (where applicable)
Cooperative Detection (ADS-B, Transponder)
- ADS-B In receiver installed and operational
- Transponder (if required) installed and coded correctly
- Aircraft position reporting accuracy verified
- Traffic display system operational and calibrated
Non-Cooperative Detection (Radar, Optical)
- Ground-based or airborne radar system operational
- Optical detection systems (if used) calibrated
- Detection range and accuracy validated for operational environment
- Weather and environmental impact assessments completed
Communication and Navigation Systems
Communication Requirements
- Primary command and control link tested and verified
- Backup communication system operational
- Lost link procedures programmed and tested
- Radio frequencies coordinated with ATC (if required)
- Voice communication capability with ATC established
- Data link performance meets latency and reliability requirements
- Communication encryption and security protocols active
- Emergency communication procedures documented and tested
Navigation and Positioning
- GNSS/GPS primary navigation system operational
- Navigation accuracy meets operational requirements
- Alternative navigation capability available (if required)
- Navigation database current and validated
- Waypoint and route planning completed and verified
- Geofencing and virtual boundaries configured
- Navigation system integrity monitoring active
Operational Procedures and Planning
Pre-Flight Planning
- Weather briefing obtained and evaluated for entire route
- NOTAMs and TFRs reviewed for operational area
- Airspace analysis completed for entire flight path
- Risk assessment completed and mitigation strategies implemented
- Alternative landing sites identified and briefed
- Fuel/battery endurance calculated with reserves
- Load and performance calculations completed
- Mission timeline and critical decision points established
Route Planning and Analysis
- Primary route planned and programmed
- Alternative routes identified and programmed
- Obstacle analysis completed for all routes
- Minimum safe altitudes calculated
- Populated area analysis and overfly restrictions confirmed
- Emergency landing zone identification completed
Crew Resource Management
- Pilot-in-command qualifications and currency verified
- Visual observer(s) assigned and briefed (if required)
- Ground crew roles and responsibilities assigned
- Communication protocols and phraseology briefed
- Emergency procedures reviewed with all crew members
- Decision-making authority clearly established
- Backup crew availability confirmed
Training and Qualifications
- All crew members hold appropriate certificates/ratings
- BVLOS-specific training completed and current
- Emergency procedure training current
- Aircraft type-specific training completed
- Crew resource management training current
- Medical certification requirements met
Emergency Procedures and Contingency Planning
System Failure Procedures
- Lost link procedures documented and tested
- DAA system failure procedures established
- Communication failure protocols defined
- Navigation system failure procedures documented
- Power/propulsion failure emergency procedures established
- Automatic emergency descent/landing procedures configured
- Manual override capabilities verified
- Emergency termination procedures (if applicable) documented
Airspace and Traffic Management
- Air traffic conflict resolution procedures established
- Emergency descent and diversion procedures documented
- Coordination procedures with ATC during emergencies defined
- Manned aircraft encounter procedures established
- Emergency communication frequencies programmed
- Search and rescue coordination plan documented
Safety Management and Quality Assurance
Safety Management System (SMS)
- Safety policy and objectives documented
- Hazard identification and risk assessment process established
- Safety performance monitoring procedures implemented
- Safety reporting and investigation procedures documented
- Safety training program established
- Safety audit and review schedule maintained
- Safety communication and consultation procedures defined
- Continuous improvement processes implemented
Record Keeping and Documentation
- Flight operation records maintained per regulatory requirements
- Maintenance logs and inspection records current
- Pilot and crew training records documented
- Incident and accident reporting procedures established
- Equipment modification and configuration control records maintained
- Operational data collection and analysis procedures implemented
- Regulatory correspondence and approvals filed
- Insurance and liability documentation current
Environmental and Community Considerations
Environmental Compliance
- Noise impact assessment completed
- Wildlife and bird strike risk assessment conducted
- Environmental protection measures implemented
- Weather and seasonal operational restrictions identified
- Visual intrusion and privacy impact assessment completed
- Cultural and historical site consideration documented
- Environmental monitoring and reporting procedures established
Community Relations and Coordination
- Local authority coordination and notification completed
- Public information and community engagement conducted
- Emergency services coordination established
- Property owner permissions obtained (where required)
- Media relations and communication plan developed
- Complaint handling procedures established
- Community feedback integration process implemented
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→ Request a Free ConsultationFrequently Asked Questions
What is BVLOS and why does it need special compliance?
Beyond Visual Line of Sight (BVLOS) operations allow drones to fly beyond the pilot's direct visual contact. This requires special compliance measures because the pilot cannot rely on visual cues to detect and avoid other aircraft, requiring technological solutions like DAA systems and enhanced procedures to maintain equivalent safety.
What are DAA systems and are they required for BVLOS?
Detect and Avoid (DAA) systems provide automated collision avoidance capabilities for BVLOS operations. While not explicitly required by current Part 107, they are essential for safe BVLOS operations and likely to be mandated under proposed Part 108 regulations. DAA systems typically combine radar, ADS-B, and sometimes optical sensors.
Can I conduct BVLOS operations under Part 107?
BVLOS operations under Part 107 require a specific waiver (107.31) from the FAA. These waivers require extensive documentation, safety analysis, and typically take 90-120 days to process. Most routine BVLOS operations will fall under the proposed Part 108 framework when it becomes effective.
What training is required for BVLOS operations?
BVLOS operations require enhanced pilot training covering airspace integration, emergency procedures, system failures, human factors, and DAA system operation. Under proposed Part 108, pilots will need specific type ratings and currency requirements similar to commercial aviation, including recurrent training every 6-12 months.
How long is this checklist valid?
This checklist reflects current requirements and proposed Part 108 rules as of March 2026. We update it regularly as regulations evolve, and PDF subscribers receive automatic updates when major changes occur. Always verify current regulations before conducting operations.
Do I need special insurance for BVLOS operations?
Yes, BVLOS operations typically require higher liability coverage due to increased risk exposure. Most insurers require $5-25 million in liability coverage for routine BVLOS operations, depending on the operational environment and aircraft capabilities.
What's the difference between cooperative and non-cooperative DAA?
Cooperative DAA relies on other aircraft transmitting their position (ADS-B, transponders), while non-cooperative DAA uses sensors like radar or optical systems to detect aircraft that may not be transmitting. Most BVLOS operations require both capabilities for comprehensive airspace awareness.
Using This Checklist Effectively
This checklist is designed to be both comprehensive and practical. Use it as follows:
- Planning Phase: Review all sections during initial operation planning
- Preparation: Work through each checklist item systematically
- Pre-Flight: Use relevant sections for pre-flight verification
- Post-Flight: Review safety and documentation requirements
- Continuous Improvement: Update based on lessons learned and regulatory changes
Remember that compliance is not just about checking boxes—it's about implementing comprehensive safety practices that enable advanced operations while protecting both airspace users and communities on the ground. For a broader understanding of the operational demands involved, see our BVLOS operations guide.
As regulations continue to evolve, particularly with the anticipated implementation of Part 108, staying current with requirements and best practices is essential for successful BVLOS operations.
Professional Consultation Recommended
BVLOS operations involve complex regulatory, technical, and safety considerations. This checklist provides a comprehensive framework, but professional consultation with experienced aviation professionals is recommended for specific operations planning and regulatory compliance verification. UAVHQ's consulting team can help you navigate the entire BVLOS approval process.
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