AF Indra Banner Defensa 728x90pxMinelab has unveiled its MDS-20 Dual Sensor Detector designed to strengthen Countermine and Counter-IED operations with proven technology, compact engineering, and operational reliability. The MDS-20 builds on Minelab’s trusted portfolio, including the world-renowned F3 humanitarian demining detector, the compact MF5 and F3Ci, and the advanced MDS-10T. Trusted by governments and organisations across the globe, Minelab handheld mine detectors have become the benchmark for reliability, performance, and ease of use in mission-critical operations.

The MDS-20 integrates advanced metal detection and ground penetrating radar technologies to deliver exceptional detection of low-metal landmines, and the most challenging improvised explosive device components, all in a compact and lightweight platform.

Key Features of the MDS-20:

  • Dual-Sensor Integration — Combines Simultaneous Multi-Frequency (SMF) continuous wave metal detection with Ultra-Wide Band (UWB) Stepped Frequency Radar.
  • Rapid Start-up and Intuitive Interface — Operational in seconds, minimizing training time.
  • Real-Time Detection Display — Graphical metal and radar results with pause function for interrogation.
  • Stealth and Tactical Modes — Interoperable with night vision goggles and covert settings for silent, light restricted missions.
  • High-Speed Target Location — Fast, precise identification with audio, haptic, and visual alerts.
  • All Soils and All Conditions — Reliable detection across diverse terrain and environments.

Full Spectrum Explosive Hazard Detection Including:

  • Low-conductivity and minimum-metal IED components such as carbon rods, short/thin wires, and command wires
  • Plastic Homemade Explosives (HME) containers
  • Minimum-metal Anti-Tank (AT) and Anti-Personnel (AP) landmines
  • Unexploded Ordnance (UXO)

Designed and developed in Adelaide, South Australia, by Minelab’s skilled team of engineers and manufacturing specialists. This detector reflects decades of expertise in counter-explosive detection technology and is purpose-built to meet the evolving requirements of governments, militaries, and humanitarian demining operations worldwide. Full-rate production is scheduled to commence in September 2025, ensuring timely availability for global deployment.

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