Quantum VX900

Thanks to the groundbreaking Active Sensing Unit (ASU V35)—the first of its kind—the device delivers exceptional accuracy in detecting both modern and ancient metals.
This advanced technology can be easily tested on a variety of targets, offering a clear and practical demonstration of the device’s unmatched detection precision.

The Quantum VX900 supports the advanced V10 and V25 search coils, both engineered to operate seamlessly within the SFX precision system. These coils enable efficient detection of metal targets across close, medium, and deep ranges—depending on the coil selected.

The Quantum VX900 is equipped with a cutting-edge Remote Signal Processing Unit (RSPU)—a revolutionary advancement in detection technology. This unit analyzes microwave frequency waves emitted by underground targets, using built-in algorithms based on Selective Frequency Resonance (SFR) and advanced signal filtering.

This technology enables the device to accurately detect and track signals from metal targets and underground voids over long distances.
Thanks to its sophisticated electronic architecture, the RSPU provides users with unprecedented capabilities to determine the direction and distance of targets, while minimizing interference and maximizing detection efficiency—even in challenging environments.

The Quantum VX900 comes equipped with the Pinpointer VX100—a precision tool designed to accurately locate targets during drilling, especially small or deeply buried ones.

Operating at very close range, it significantly reduces the search radius and accelerates target recovery. The VX100 delivers instant feedback through progressive audible and vibration signals, ensuring efficient performance across various soil types and field conditions.

The Quantum VX900 integrates ground imaging with active scanning technologies, powered by the advanced ASU V35 sensor—creating one of the most unique and sophisticated detection systems in the world.

Utilizing active scanning, the device penetrates to significant depths, delivering high-resolution 2D and 3D imaging, precise target analysis, superior detection of minerals and voids, and highly accurate depth measurements.

With the ability to analyze subsurface environments with exceptional precision, the Quantum VX900 excels at identifying both modern and ancient minerals.

Engineered for balanced performance across all types of terrain, it stands as the ideal choice for users seeking deep, accurate, and efficient detection across a wide range of field applications.

• Advanced Ground Imaging: Supports 2D and 3D imaging with live scanning capabilities, delivering detailed and comprehensive visuals of detected targets.
• Customizable Scanning Features: Offers full control over scan dimensions and scanning method, allowing users to tailor the system to specific exploration requirements.
• Accurate and Detailed Analysis: Provides precise classification of detected targets, along with highly accurate depth measurements.
• 3D Control: Enables multi-angle imaging of the scanned area, offering a clear and thorough view of the target’s size and structure.
• Instant Verification and Testing: Allows real-time testing and confirmation of both surface and subsurface minerals.

The Quantum VX900 sets a new benchmark in ground exploration—combining precision, flexibility, and cutting-edge features for outstanding field performance.

• Dimensions: 12 x 8 inches
• Engineered for detecting small to medium-sized targets with high precision and fast response.
• Delivers exceptional sensitivity to gold nuggets and low-conductivity metals, making it ideal for scanning surface and mid-level layers.
• Offers accurate metal discrimination and maintains stable performance in mineralized and challenging ground conditions.

• Dimensions: 12 x 12 inches
• Optimized for deep penetration, the V25 coil is ideal for detecting large, deeply buried metal targets.
• Highly effective for scanning wide areas with stable performance and minimal ground interference.
• Supports 2D Layered Target Analysis, enabling precise identification of target type and depth.