Range & depth (max): - Long-Range: up to 1,000 m front distance; up to 30 m depth. - Ionic: up to 1,000 m front distance; up to 20 m depth. - Magneto Scan: up to 16 m depth (short-range pinpointing).
Signal control: AGC auto ground calibration + BRF interference filtering; optional vibration & adjustable audio/brightness.
Runtime & display: 3.7V 7800 mAh battery (long field sessions) and a daylight-readable color screen.
*Reality check: Performance varies with target size/orientation, soil mineralization, moisture, and EMI. Dial sensitivity to a stable threshold for best results.
Shipping & Delivery
Ships in 1–2 business days with tracking
U.S. transit typically 2–8 business days
UPS/FedEx/USPS; signature/insurance on high-value orders
Use a physical address (PO Boxes may reject larger parcels)
Damage/loss: report within 48 hours for quick resolution
The BR 100 Pro combines three professional detection systems in one unit, making it a versatile choice for prospectors targeting gold, treasures, water, voids, and metals. It can reach 30 meters deep and scan forward up to 1000 meters.
Key Features
Engineered for precision, the BR 100 Pro incorporates long-range detection, ionic scanning, and a magneto scan system for near-surface anomalies. Its calibration technology adapts to any terrain, while BRF filtering eliminates interference. It is lightweight, easy to transport, and includes user-friendly interfaces with adjustable display brightness and sound settings.
Detection Systems
Long-Range Locator – Targets gold, metals, diamonds, water, voids, and more.
Ionic Search System – Detects ionic domains around buried metals.
Magneto Scan – Locates magnetic metals, voids, and caves.
Depth & Range
Depth: 30 m
Forward Range: 1000 m
Accessories
BR 100 Pro Main Unit
Power Max 55 Scanner & Sensor
Antennas
Headphones
USB-C 18W Charger
Hard Case
Warranty Card
Warranty
2-Year Manufacturer’s Warranty
Why Choose BR 100 Pro?
Ideal for advanced explorers, the BR 100 Pro offers three complementary systems in one compact package, ensuring precision across multiple search scenarios.
