AMOVLAB Industry Solution

Industrial Drone Inspection Solution

UAV inspection and repeatable data collection for tunnels, workshops, electrical rooms, and other GNSS-limited spaces.

Industrial drone inspection uses autonomous flight and repeatable data collection to reduce the time people spend entering confined, complex, or hazardous areas. Platform selection still depends on the site, inspection targets, positioning, communications, and operating constraints.

ROBOSN BO1 Quester industrial inspection drone

A verifiable inspection workflow built around ROBOSN BO1 Quester.

ROBOSN BO1 Quester is an indoor inspection drone designed for frequent, automated, high-definition data collection. Its current product positioning centers on industry inspection and related data-collection workflows.

ROBOSN documents LiDAR and visual fusion positioning, autonomous flight, and smart-hangar integration. Confirm aircraft, sensor, communication, and deployment requirements with ROBOSN or Amovlab before selection.

A complete path from positioning and development to data collection.

ROBOSN BO1 Quester industrial inspection drone
Select the image to open the official ROBOSN BO1 Quester product page.
ROBOSN BO1 Quester integrated inspection platform
01

Integrated Inspection Platform

A complete mission combines aircraft, localization, perception, data return, mission control, and the target payload. Review the system as an integrated workflow instead of choosing components in isolation.

ROBOSN BO1 Quester PX4 development path
02

PX4-Based Development Path

The public BO1 Quester development story is based on PX4 and focuses on GPS-denied navigation, field testing, and mission-workflow validation. Confirm software interfaces and development resources for the selected configuration.

ROBOSN BO1 Quester fusion positioning
03

LiDAR-Visual Fusion Positioning

ROBOSN identifies LiDAR and visual fusion positioning as a key direction for BO1 Quester in environments where GPS is unreliable or unavailable. Validate lighting, structure, obstacles, and route conditions on site.

ROBOSN BO1 Quester automated data collection
04

Automated Data-Collection Workflow

The platform is positioned for repeatable inspection and high-definition data collection and can work with a smart hangar. Define site acceptance criteria, operating limits, and manual takeover procedures before deployment.

Flight and data-collection demonstrations from typical inspection environments.

01

Subway Tunnel Inspection

A demonstration of indoor navigation and data collection in a tunnel environment.

02

Indoor Greenhouse Inspection

A demonstration of indoor route execution and visual data collection.

03

Factory Workshop Inspection

A demonstration of an inspection workflow inside a structured industrial space.

04

Power Distribution Room Inspection

A demonstration of a remote inspection workflow in an electrical equipment room.

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Planning an indoor or GNSS-limited drone inspection project?

Workshops, tunnels, electrical rooms, and enclosed sites require teams to evaluate space, lighting, positioning, communications, data targets, and safety boundaries together.

Useful details to include

  1. 01 Inspection site, route length, and flight space
  2. 02 Targets to detect, record, or measure
  3. 03 Positioning, lighting, communication, and safety constraints