Falcon Gold Tracker MD20 Metal Detector 300kHz Probe with Headphones

Themost popular Falcon model, the MD20 with 5' waterproof probe, has become an industry standardfor electronicprobes of all kinds.  Its highfrequency of 300 kHz and unique electronic design have given itan excellent ability to findsuper fine gold particles that otherdetectors and probes cannot find.  The Falcon can find particles ofgoldbarely visible with the human eye.

This Bundle contains:

• Falcon MD20 Metal Detector
• Falcon Headphones

The Falcon's superior abilityto detect gold, silver, copper, platinum and other valuable metals inrock formationsprovide the prospector with atool unavailable until now.   Historically, tailing piles were created by miners selecting good ore from "worthless rocks" by sight alone.  Millions of dollarsof valuable orewere discarded because the minercouldn't see the metal!!  Those metals are still lying in those tailingpileswaiting for someone withthe electronic sight of a Falcon. 

With improvedsensitivityand more power, the MD20 series of Falcons will give the modern prospector the ability to find gold inplaces never beforedetectable.  Small enough to fit inyou pocket and rugged enough to be used in the field,  the MD20 will be anecessarytool for every serious prospector.

While designed with the gold prospector in mind, the Falcon has found many other metal detecting uses, such as:

• Hobby - Pinpointing coins and jewelry without touching them
• Medical - Locating metal fragments in the body 
• Construction - Locating covered up nail heads
• Food Service - Scanning for metal fragments
• Wood Working - Finding metals before damaging blades
• Many others where small metal pieces need to be detected.

Tech Details

• Operating frequency; 300 kHz
• Dimensions: 1.6"x 3.25" x 6"
• Weight 14oz.
• Probe: waterproof 6" probe on 5' cable
• Batteries: two 9V alkaline
• Battery life: 40-50 hours
• Target alert: built in speaker and headphone jack
• Controls: ground balance, sensitivity. Probe has adjustable copper ring for sensitivity selection.