Xensor logoXensor
SIGNAL

Drone-Based Mine Detection

A software solution using UAVs equipped with multi-sensor technology to detect minefields and unexploded ordnance. Developed by ASDRO GmbH in partnership with the Cyber Innovation Hub der Bundeswehr.

CIHBw / Innovation Project
Field Documentation

IN ACTION

01 / Updates

DEVELOPMENT LOG

No. 01

Field Test Seedorf

First field test conducted with Luftlandepionierkompanie 270 at Seedorf, delivering promising results for drone-based mine detection.

No. 02

Magnetometer Integration

Deployment of magnetometer sensors measuring magnetic field direction and strength for subsurface ordnance detection.

No. 03

AI Data Analysis

Real-time AI-powered analysis of collected sensor data, generating automated threat assessments and minefield visualizations.

No. 04

Multi-Sensor Fusion

Development of platform solution integrating ground radar, infrared, and thermal sensor technologies for comprehensive detection.

No. 05

BMS Integration

Planned integration with the Bundeswehr Battle Management System to share mine coordinates and data across units.

02 / Technology

SENSOR SYSTEMS

Core System

UAV Reconnaissance

Sensor-equipped drones scanning terrain for mines and unexploded ordnance, covering large areas efficiently.

01
Sensor Tech

Magnetometer

Measuring magnetic field direction and strength to detect subsurface metallic objects.

02
Software

AI Analysis

Real-time AI-powered data processing generating automated threat assessments from sensor input.

03
Sensor Fusion

Ground Radar

Integration of GPR technology for non-metallic mine detection capabilities.

04
Interface

Map Visualization

Visual display of mine locations, placement patterns, and safe corridors on interactive maps.

05
Detection

Thermal/IR

Infrared and thermal imaging to detect surface disturbances indicating mine placement.

06
03 / Capabilities

HOW IT WORKS

01 / AUTONOMOUS

AUTONOMOUS DETECTION

Sensor-equipped drones autonomously scan terrain, replacing manual mine detection and minimizing risk for soldiers and civilians.

02 / AI-POWERED

AI-POWERED ANALYSIS

Real-time AI processing of collected sensor data to identify placement patterns, assess threats, and generate actionable intelligence.

03 / MULTI-SENSOR

MULTI-SENSOR FUSION

Integration of magnetometer, ground radar, infrared, and thermal sensors for comprehensive subsurface and surface detection.

04 / OPERATIONAL

OPERATIONAL INTEGRATION

Seamless connection to Battle Management Systems, enabling mine coordinates and safe corridors to be shared across all units in the field.

05 / Workflow

HOW MINESWEEPER WORKS

Minesweeper workflow step 01: Select Drone
Minesweeper workflow step 02: Position & Start
Minesweeper workflow step 03: Scan with Magnetometer
Minesweeper workflow step 04: Detect Mines
Minesweeper workflow step 05: Calculate Distances
Minesweeper workflow step 06: Inspect Results
Minesweeper workflow step 07: Export Data
STEP 01
01/07

Select Drone

Choose and configure your UAV from the fleet. The system displays the last used drone with type, first usage date, and division assignment for quick mission setup.

Next: Position & Start
Use arrows to navigate
04 / About

ABOUT XENSOR

Xensor field operations team in winter conditions, configuring drone equipment for mine detection
European Engineering

Every Xensor drone is designed, assembled, and tested in Europe -- built to meet the highest standards of precision and reliability.

SCALING PRODUCTION TO MEET GLOBAL DEMAND

Xensor is rapidly scaling production capacity to meet the growing demand for autonomous mine detection solutions. As conflict zones expand and humanitarian demining efforts intensify, the need for fast, safe, and reliable detection technology has never been greater.

Our drones are carefully crafted in Europe, where every component undergoes rigorous quality assurance before deployment. From magnetometer calibration to flight controller integration, each unit is hand-tested by our engineering team to ensure field-grade performance in the most demanding environments.

We are investing heavily in automated assembly lines and expanded testing facilities to increase output while maintaining the uncompromising quality standards that define Xensor technology.

Crafted with precision
Xensor team lead during field interview, representing our expert engineering team
Our team brings together expertise in aerospace engineering, embedded systems, and AI-driven signal processing.
EUDesigned & Built
24/7Field-Ready
50+Missions Completed
99.2%Detection Accuracy

Expert Engineers

Our multidisciplinary team combines backgrounds in robotics, defence technology, and sensor physics to push the boundaries of autonomous detection.

Field-Proven

Every system undergoes extensive real-world testing in collaboration with military and humanitarian partners before reaching operational deployment.

Innovation-Driven

Continuous R&D investment in AI algorithms, sensor fusion, and flight autonomy keeps Xensor at the forefront of mine detection technology.

XENSOR by ASDRO GmbH. All rights reserved.

Crafted in Europe. Proven in the field.