ENTERPRISE DRONE SYSTEMS

Start with the mission.
Build the right aircraft system.

DPR helps organizations select, integrate and deploy enterprise drones around the work, the sensor and the data—not a catalog of airframes.

Choose by Mission Explore the system →

DPR APPROACHCONSULT • INTEGRATE • DEPLOY • SUPPORT

INSPECTIONMAPPINGMETHANEAUTONOMYPUBLIC SAFETY

CHOOSE BY MISSION

The work defines
the aircraft.

Environment, range, sensor, accuracy, flight time, regulations and operating model narrow the decision faster than a specification sheet.

Industrial inspection

Capture visible, thermal and specialized sensor data without putting teams in difficult or hazardous access conditions.

Define the mission

Mapping & reality capture

Match the aircraft, camera, LiDAR and positioning workflow to the accuracy and deliverable the project actually requires.

Define the mission

Methane & emissions

Integrate TDLAS and optical gas imaging for screening, localization and documented emissions workflows.

Define the mission

Public safety

Extend situational awareness with thermal imaging, overwatch, search support and rapid aerial intelligence.

Define the mission

Autonomous operations

Move repeatable missions from occasional flights to remotely managed, dock-based programs.

Define the mission

PLATFORM PATHS

Four starting points.
One systems partner.

DPR remains focused on fit: how the aircraft, payload, software, operator and support model work together in the field.

M350 / M400

ENTERPRISE MULTIROTORS

Inspection + integration

Flexible aircraft for visible, thermal, zoom, LiDAR, gas and other mission-specific payloads.

Discuss this path

DOCK 3

AUTONOMOUS SYSTEMS

Remote + repeatable

Dock-based operations for scheduled inspection, response, mapping and site intelligence.

Discuss this path

NDAA

NDAA-COMPLIANT OPTIONS

Mission continuity

Alternative aircraft and integration paths for organizations with domestic-origin or procurement requirements.

Discuss this path

SPECIAL

SPECIALIZED AIRCRAFT

Purpose-built lift

Platforms selected for delivery, agriculture and other work that falls outside conventional inspection missions.

Discuss this path

PAYLOAD INTEGRATION

The aircraft carries it.
The sensor creates the value.

Payload choice determines what the mission can detect, measure and document. DPR brings the airframe, sensor, mounting, power, data and operating workflow together.

01Visible + zoom

Detailed stand-off inspection and documentation

02Thermal

Heat signatures, electrical anomalies and search support

03LiDAR + imaging

Survey-grade capture and reality models

04TDLAS + OGI

Methane detection, localization and visualization

05Acoustic + custom

Specialized sensing and integrated payload development

06Positioning + compute

RTK, edge processing and mission-specific workflows

AUTONOMOUS OPERATIONS

From individual flights
to operational infrastructure.

Dock systems are not simply drones in boxes. Communications, airspace, mission design, data movement, exception handling and field support determine whether autonomy scales.

THE SYSTEM

Aircraft + dock + connectivity + workflow

Design the complete operating environment before committing to hardware.

01AssessSite, mission and connectivity

02DesignAircraft, payload and workflow

03ValidateField test and operating procedures

04ScaleTraining, support and expansion

AIR + GROUND

Different access.
One operating picture.

Drones provide speed, elevation and broad coverage. Robots add endurance, close-range sensing and repeatable ground routes. DPR helps determine when to use either—or connect both.

Explore Robotics

AIRReach + perspectiveRapid response · Mapping · Stand-off sensing

GROUNDPersistence + proximityRepeatable routes · Close inspection · Payload endurance

RELATED GUIDES

What must the aircraft accomplish?

Tell us about the environment, sensor, deliverable and operating model. We’ll help define the right platform and path to deployment.

Talk to a Drone Expert

Start with the mission.
Build the right aircraft system.

The work defines
the aircraft.

Industrial inspection

Mapping & reality capture

Methane & emissions

Public safety

Autonomous operations

Four starting points.
One systems partner.

Inspection + integration

Remote + repeatable

Mission continuity

Purpose-built lift

The aircraft carries it.
The sensor creates the value.

From individual flights
to operational infrastructure.

Aircraft + dock + connectivity + workflow

Different access.
One operating picture.

Learn before
you choose.

LiDAR vs. photogrammetry: start with the deliverable

TDLAS vs. OGI: which technology fits the mission?

Drones vs. robots: when to use air, ground—or both

What must the aircraft accomplish?

Start with the mission.Build the right aircraft system.

The work definesthe aircraft.

Industrial inspection

Mapping & reality capture

Methane & emissions

Public safety

Autonomous operations

Four starting points.One systems partner.

Inspection + integration

Remote + repeatable

Mission continuity

Purpose-built lift

The aircraft carries it.The sensor creates the value.

From individual flightsto operational infrastructure.

Aircraft + dock + connectivity + workflow

Different access.One operating picture.

Learn beforeyou choose.

LiDAR vs. photogrammetry: start with the deliverable

TDLAS vs. OGI: which technology fits the mission?

Drones vs. robots: when to use air, ground—or both

What must the aircraft accomplish?

Start with the mission.
Build the right aircraft system.

The work defines
the aircraft.

Four starting points.
One systems partner.

The aircraft carries it.
The sensor creates the value.

From individual flights
to operational infrastructure.

Different access.
One operating picture.

Learn before
you choose.