Quantum VX900 - Gold Detector
The Quantum VX900 is a cutting-edge, multi-functional detection system that integrates 3D ground imaging, advanced sensor technology, and intelligent processing – making it the ultimate choice for gold prospectors, treasure hunters, and exploration professionals.
Key Technologies:
• ASU V35 Sensor: The world’s first Active Sensing Unit, designed for precise detection of both modern and ancient metals. Supports 2D & 3D ground imaging and live scanning.
• SFX System: Ensures stable and accurate metal detection, even in mineralized soils.
• RSPU Unit: Remote Signal Processing Unit analyzes microwave signals from long distances with selective frequency resonance and advanced filtering.
• VX100 Pinpointer: Highly responsive pinpointing tool for accurate target localization during excavation.
• ADRI / MDRI / RMS Systems: Advanced AI-based systems for simulating physical resonance, analyzing electrostatic fields, and enhancing signal precision for both passive and active target identification.
Search Coils:
• V10 Coil (12x8 inches): Highly sensitive to gold nuggets and small coins. Effective for shallow and medium.
• V25 Coil (12x12 inches): Optimized for deep and large targets , with stable performance in large areas.
• ASU V35 Sensor (13x17.5 inches): High-resolution imaging and layered target analysis with unparalleled accuracy.
Detection Modes:
• 2D & 3D Ground Imaging
• Deep Mode for enhanced depth and discrimination
• Graph Mode for visual signal analysis
• Target ID with numeric classification
• Multi-layer target analysis
• Smart Ground Calibration with Iron Rejection
Why Choose the Quantum VX900?
• Combines ASU, SFX, and RSPU Systems for unmatched versatility.
• Offers exceptional detection depth and target discrimination accuracy.
• Suitable for all terrains – desert, rocky, humid, or mineralized.
• Provides high-resolution imaging, smart analysis, and long-range tracking.
Thanks to the first-of-its-kind Active Sensing Unit (ASU V35), the device excels at detecting both new and old metals with unparalleled accuracy. This advanced technology can be easily tested on both old and new metals, demonstrating the device’s accuracy in a practical and straightforward manner.





























