2026 DBV Drone

The DBV Drone carrying a SafeScanner payload navigates a dark underground mine stope to capture high resolution 3D LiDAR data in a GPS-denied environment.

DBV Underground Drone

Remote Access. Real Time Insight.

A purpose-built underground drone for mining survey in GPS denied environments. Deploy the SafeScanner into confined, hazardous, and inaccessible spaces to capture decision-ready 3D data without human entry.

The DBV Drone carrying a SafeScanner payload navigates a dark underground mine stope to capture high resolution 3D LiDAR data in a GPS-denied environment.

Reliability and Measurable Accuracy.

Accuracy

±5 mm

Flight (LOS) Range

150m

Scan Speed (pts/s)

5.2M

Accessibility

2x1 m

From Rock Face to Real-Time.

A unified workflow designed to collapse the timeline between capture and decision.

SafeScanner Live Render

Capture

Deploy the DBV Drone into post-blast voids for rapid 3D capture.

Eclipsed Viewer

Process

Automated noise removal, geo-referencing, and more via Eclipsed.

NimbVault Scans

Decide

Secure visualization and measurement in the NimbVault Portal.

The Integrated 3D LiDAR Ecosystem

One Core Sensor, Infinite Applications

SafeSight provides a complete subterranean survey ecosystem rather than disconnected tools. This system is designed to collapse the timeline between data acquisition and operational action. At the core of this ring is the SafeScanner™, a versatile, high-precision LiDAR payload engineered for high-quality in-motion data capture. The DBV Underground Drone serves as the specialized aerial platform for this modular sensor, allowing the ecosystem to reach the most challenging vertical and GPS denied environments in your mine.

SafeSIght Ecosystem Ring

Active, Sensor-Driven Avoidance

The DBV Underground Drone utilizes an active collision prevention system that detects obstacles before contact occurs. This approach supports predictable flight and clean data capture without the weight or airflow penalties of physical guards.

The DBV Drone utilizes an active collision prevention system that detects obstacles before contact occurs. This approach supports predictable flight and clean data capture without the weight or airflow penalties of physical guards.

Virtual Protection Zone:
A 2-meter diameter monitored zone at propeller height.

Onboard Processing:
Dedicated micro LiDAR sensors detect obstacles in real time.

Pilot Assist:
Position control and autonomous hover support confident navigation in complex spaces.

Built for Any Environment

Stope Drone Scan from the DBV Drone

Post-Blast Stopes

Capture 100 percent of void volume from a safe standoff distance.

Alimak Raise inside the Raise. SafeSight's In-Motion LiDAR: Rail Runner

Vertical Raises

Inspect ore passes and raises for blockages or wear.

Drift Map with Scooptram. SafeSight's In-Motion LiDAR: SafeScanner on the Vehicle Mount

Hazardous Access

Remote mapping of fall-of-ground areas without personnel exposure.

Open Pit Mine. SafeSight's In-Motion LiDAR: SafeScanner on the DBV Drone

Assessment

Rapid condition assessment in areas with unsupported ground.

Verify Coverage. Eliminate Rework.

Live Render visualization in the SafeSight App allows operators to see the 3D model build during flight. Ensure complete coverage before leaving the site.

A screenshot of the SafeSight Control App showing a Live Render point cloud of an underground stope during a DBV Drone flight. The interface displays real-time data coverage and drone telemetry, allowing the pilot to verify full spatial capture of the void in a GPS-denied environment.

Live Render

A complete 3D point cloud model of an underground stope captured by the DBV Drone. The visualization provides a high resolution view of the stope geometry and volume reconciliation data, enabling engineers to assess excavation accuracy without entering hazardous unsupported ground.

Final Scan

Quantifiable Operational Advantage.

Shift operations from reactive reporting to proactive control within the same shift.

$4.5M+

Annual Benefit

From a 1-hour reduction in cycle time at a 1,000 tpd operation.

$16.2M+

Recovered Value

Through improved reconciliation and stope visibility.

50%

Time Reduction

In total underground survey hours required.

Ready to Mobilize Your Underground Survey?

Connect with a SafeSight specialist to schedule a technical review of your site workflows.

Every mine is different. We start by understanding your workflows, constraints, and objectives, then align the right capture and processing tools to your operation.

1. Discovery first
We learn how your site operates, where data gaps exist, and what decisions the data needs to support.

2. Scoped solution alignment
Based on access, environment, and outcomes, we recommend the capture bundles and software that fit your mine, not a fixed package.

3. Clear path forward
If a pilot makes sense, we define scope, success metrics, and next steps together before any commitment.

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