Enterprise inspection drone flying along a high-voltage transmission corridor at dusk

Enterprise / BVLOS

Go Beyond the Line of Sight

Unlock longer-range, more efficient drone operations with Beyond Visual Line of Sight (BVLOS) technology and enterprise drone solutions.

BVLOS operations allow drones to operate beyond the pilot's direct visual range, opening new possibilities for infrastructure inspections, public safety, surveying, agriculture, security, and large-scale industrial operations.

Long-range
Mission planning
Remote
Operations support
Enterprise
Fleet & dock systems

Definition

What Is BVLOS?

BVLOS stands for Beyond Visual Line of Sight. Unlike traditional drone operations where the pilot must maintain direct visual contact with the aircraft, BVLOS operations allow an aircraft to operate beyond the pilot's normal visual range when the appropriate technology, procedures, risk controls, and regulatory approvals are in place.

BVLOS can significantly expand the distance and area a drone can cover, making drone technology more practical for large-scale commercial and industrial operations.

VLOS
Pilot
Visual range
Drone

Pilot maintains direct visual contact with the aircraft.

BVLOS
Pilot
Data link
Drone
Long-range mission

Command, control and monitoring extend the operational envelope.

Why it matters

Why BVLOS Is Changing Drone Operations

BVLOS can help organizations move from short-range drone flights to scalable aerial operations.

Greater Coverage

Cover larger areas and longer routes without requiring the pilot to maintain direct visual contact with the aircraft.

Increased Efficiency

Reduce the need to repeatedly relocate pilots and equipment across large inspection or survey areas.

Safer Operations

Use advanced flight planning, communications, monitoring, and risk-management systems to support complex missions.

Scalable Operations

Build drone programs that can support recurring inspections, monitoring, mapping, and other enterprise workflows.

Remote Operations

Enable appropriately authorized missions to be monitored and managed from centralized locations.

Automated Workflows

Combine BVLOS operations with autonomous flight systems, remote monitoring, drone docks, and enterprise software.

Applications

Where BVLOS Can Make a Difference

Long-range aerial data collection supports industries that operate across wide areas and dispersed assets.

Inspection drone flying near a steel transmission tower and bridge structure

Infrastructure Inspection

Power lines, bridges, pipelines, roads, railways, towers, and other large infrastructure networks.

Aerial view of a large solar farm and wind turbines surveyed by drone

Energy & Utilities

Monitor extensive utility corridors, solar farms, wind farms, substations, and other energy assets.

Emergency response vehicle and drone operating in remote terrain at dusk

Public Safety

Support search and rescue, emergency response, situational awareness, and large-area monitoring.

Aerial survey view of a large construction site with cranes and earthworks

Construction & Surveying

Collect aerial data across large construction sites, infrastructure projects, and development areas.

Aerial view of large crop fields with irrigation pivots

Agriculture

Monitor large agricultural properties and collect aerial data across extensive areas.

Night aerial view of a secured industrial logistics facility perimeter

Security & Asset Monitoring

Support large-area surveillance and recurring monitoring operations where legally and operationally appropriate.

Operational framework

Building a BVLOS-Ready Operation

BVLOS is more than simply flying a drone farther away. Successful BVLOS operations require the right combination of aircraft, communication systems, software, procedures, risk management, and regulatory compliance.

  1. STEP 01

    Mission Planning

    Define the operational area, mission objectives, routes, and risks.

  2. STEP 02

    Aircraft & Payload

    Select an enterprise aircraft and payload appropriate for the mission.

  3. STEP 03

    Command & Control

    Establish reliable communication and telemetry systems.

  4. STEP 04

    Detect & Avoid

    Use appropriate systems and procedures to manage potential conflicts with other aircraft and obstacles.

  5. STEP 05

    Remote Monitoring

    Monitor aircraft status, mission progress, and operational conditions.

  6. STEP 06

    Regulatory Compliance

    Ensure the operation meets applicable aviation regulations and authorization requirements.

No aircraft is automatically approved for BVLOS, and authorization is never guaranteed. BVLOS operations are subject to applicable aviation regulations, authorization requirements, and operational conditions that vary by country and by operation.

Drone Doctor

Your BVLOS Journey Starts Here

From selecting the right aircraft to building a scalable enterprise drone program, Drone Doctor helps organizations evaluate the equipment, technology, and operational requirements needed for advanced drone operations.

Our enterprise solutions can include

  • Enterprise drone selection
  • Long-range operational planning
  • Drone and payload recommendations
  • Remote drone systems
  • Drone-in-a-Box / Dock solutions
  • Fleet solutions
  • Training and operator support
  • Maintenance and technical support
  • Software and workflow recommendations
  • Regulatory and compliance guidance

Autonomy

Combine BVLOS With Autonomous Drone Operations

Advanced drone programs increasingly pair long-range operations with autonomous systems. Technologies such as drone docks can support remotely managed, repeatable missions and reduce the need for personnel to be physically present at the launch location.

Drone Doctor supplies enterprise aircraft, dock systems, payloads and supporting software that organizations can evaluate as part of a remote or automated operation. Each deployment still depends on the operating environment, connectivity, procedures, and the approvals that apply to it.

Automated drone-in-a-box docking station on an industrial rooftop with a drone landing

Technology

Built for Advanced Drone Operations

Enterprise platforms and supporting technology available through Drone Doctor for organizations planning long-range and remotely managed drone programs.

DJI Matrice Series

Flagship enterprise airframes for inspection, mapping and public safety missions with modular payload support.

DJI Dock Systems

Automated docking stations for remotely managed, repeatable missions at fixed sites.

Thermal Drone Platforms

Radiometric thermal imaging for utilities, energy assets, search operations and building envelopes.

Mapping & Survey Platforms

Photogrammetry and LiDAR-ready aircraft for large-area survey, volumetrics and site documentation.

Enterprise Payloads

Zoom, wide, thermal, laser rangefinder, LiDAR, loudspeaker and spotlight payload options.

Remote Operations Technology

Ground stations, relay and telemetry hardware, and fleet management software for centralized operations.

Inclusion of a platform here does not imply that it is authorized or approved for BVLOS operations. Suitability depends on the aircraft, systems, environment, procedures and the regulatory requirements that apply to your operation.

FAQ

BVLOS Frequently Asked Questions

Get started

Ready to Take Your Drone Program Beyond Visual Line of Sight?

Whether you're planning infrastructure inspections, remote monitoring, public safety operations, surveying, or another large-scale drone application, Drone Doctor can help you evaluate the technology needed for your next-generation drone program.