A good metal detector finds the difference between valuable treasures and worthless metals
Well, come To My Article “The 5 Best Metal Detectors Of Reviews 2022 ” In this article, they are looking for the best metal detector of 2022. Many children have dreamed that they can find a hidden treasure.
From adventurous archaeologists like Indiana Jones or Lara Croft to explorers like Francis Drake or treasure hunters like Jim Hawkins or Allan Quatermain, we’ve been fascinated by the unearthing of valuable coins, forgotten relics, hidden jewels, and impressive jewels for centuries. Unfortunately, the search for buried valuables is usually not very enchanting.
Especially those who use bad material could end up throwing a lot of free time into the proverbial gutter. However, for die-hards who like a game of reasoned gambling, there are excellent metal detectors available that are in many cases a lot more effective than you might think.
The XP Deus is one of the most versatile metal detectors on the market. It is versatile and filled with options, but that also makes it one of the most difficult to operate devices on this list of best metal detectors.
Uniquely, the search coil has its own digital signal processor and battery, while the wireless headset and control box also have independent batteries and act as receivers via a digital radio link to the search coil.
In addition, the remote control has a built-in speaker and a 3.5 mm audio jack plug. Depending on the coil you attach as the head, you can search for frequencies from 4 to 80 kHz, but because the XP Deus still uses VLF, you have to choose a specific frequency each time.
- Selectable Frequency
- Programmable Settings
- Wireless Headphones
- nice and light
- Energy-friendly with excellent battery life
- Good depth and very fast
- Steep learning curve
- Expensive compared to the competition
- VLF: one frequency at a time
Need a good all-round semi-professional metal detector, but want something a bit more user-friendly than the XP Deus? Then Minelab certainly has a solution for you with the Equinox 800.
Once out of the box, it’s very easy to get started quickly with this Minelab Equinox 800: just turn it on, do a bit of noise canceling, select a program and start waving.
Together with the detector you get a very complete booklet that not only helps you to find the right settings, but also to interpret the data – useful for beginners. Also included is a Minelab ProFinder ‘pinpointer’, which is actually a small metal detector itself. You use this as a bonus to better localize your goals.
This Minelab Equinox 800 has ‘only’ 4 search programs, each with 2 search profiles and fewer possible settings than the XP Deus, but it is also possible outside the 5 possible frequencies that you get as factory settings (5, 10, 15, 20 and 40 kHz).
To choose multi-frequency. He is therefore quite all-round, although he is obviously not as good at finding gold as specialized metal detectors. Thanks to the high degree of user-friendliness, this is an excellent device for less experienced investigators with broad fields of interest.
- Multi IQ multi-frequency technology
- Fast & Light
- User friendly
- Bluetooth headphones
- Waterproof up to 3 meters
- Not so well balanced
- Not the cheapest metal detector
The Garrett AT Pro is an all terrain metal detector (hence the ‘AT’, which stands for ‘All Terrain’) that mainly excels at finding coins, relics and jewels, but doesn’t do as well with gold.
That’s because it only works on a single frequency – 15 kHz – which isn’t very efficient if you’re looking for gold. frequency of 15 kHz can do with it, but it is not very efficient.
The main reason this device made it to our top 5 is the fact that it has three features, each of which helps tremendously in finding the right material: a 40-segment iron discrimination to exclude iron, a notch discrimination of 12 segments to also identify materials with better conductivity than iron and an iron audio that you can turn on to adjust the sound you hear when iron is detected.
The sensitivity and ground balance (to take more account of salt deposition) can also be adjusted. These are of course fewer options than we find with the XP Deus, but this Garrett AT Pro is easier to set up.
- Pitch and pitch combination
- Water resistant up to 3 meters
- All kinds of functions to better discriminate
- Built-in pinpoint mode
- User-friendly control panel
- Light & quite fast in pro mode
- Only one frequency (15 kHz)
- Uses 4 AA batteries
- No waterproof headphones
- no backlight
The Garrett ATX with Deepseeker Extension is by far the most rugged metal detector in our best metal detectors list. It works with short 730 pulses per second and 18 to 19 kHz. As a result, it is more sensitive and can detect things more deeply than VLF metal detectors.
An excellent choice for difficult and unusual terrain and great for detecting gold, but also a little too sensitive for soils that are full of iron.
Foldable and extremely sturdy, the Garrett ATC is a bit heavier than the other metal detectors we discuss here, which can get a little tiring after a while.
The excellent ground balance function ensures that the Garrett ATX can adapt very well to the type of ground and the depth detection also almost always knows how to estimate the correct depth quite accurately.
- PI metal detector
- Water resistant up to 3 meters
- Waterproof Headphones
- Very sturdy, compact and foldable
- Also works on very ‘difficult’ terrain, such as black sand
- Also excellent for detecting gold
- Can find very deeply buried objects
- Immune to saltwater
- Slightly heavier than the average metal detector
- Not very ecological with 8 AAA batteries, although a charger is included
- Very expensive
The Tesoro Sand Shark is one of the most popular metal detectors for divers. It has two modes: in ‘Normal Mode’ you will only hear one sound, while in ‘VCO Mode’ or ‘Voltage Controlled Oscillator Mode’ the tones get louder as the target gets closer to the wire coil.
It performs slightly less well on dry land: iron is sometimes detected a little too quickly and PI metal detectors come into their own anyway in environments where VLF is less effective.
Those planning to search for gold or coins on the beach, prospect in salty environments or really dive under the water can hardly do better in this price range (and even slightly above).
The earphones are completely water resistant and attach to the face with clips, so they can’t suddenly fall out while you’re below the surface of the water.
The fact that you can also dive to a depth of 60 meters is an important feature if you want to make optimal use of this Tesoro Sea Shark.
- PI metal detector
- Excellent for use over wet sand and in saltwater environments
- Dial knob for depth setting
- Quite user-friendly
- Can be used up to about 60 meters below the water surface
- Water-resistant earphones included
- Less good on dry land, with more interference
- Operates with 8 AAA batteries
- Threshold value for sound not always stable
Compare metal detectors
How does a metal detector work?
Most metal detectors have a circular head at the end of their stem around which a coil of wire is wound. When the battery generates electricity, current flows through that wire, creating a magnetic field around the head that moves with you as you sweep the detector across the floor.
If there is a metal object in there somewhere, it affects the electrons around the atoms in the metal. By changing the magnetic field in the metal, electrical activity is also created there, which in turn creates magnetism.
Inside the head of the metal detector is a second coil of wire attached to a circuit with a loudspeaker. When the electricity created in the new magnetic field around the object runs through that receiver, let that sound come out of the speaker and you know you’ve found something.
The closer the receiver coil gets to the metal, the stronger the magnetic field, the more current flows into the speaker and the louder the sound becomes. The best metal detectors can also tell you in advance what type of metal is hidden.
Buying a metal detector,
what to pay attention to
Most metal detectors can find objects buried 20 to 50 centimeters deep underground. Exactly how far their signals reach depends on many factors, including:
- The type of detector and the frequency(s) it uses.
- How long the object has been underground: Metal objects begin to oxidize or rust after a while, making them harder to find.
- The size and shape of the object: the larger, the easier to locate. Circular objects (such as rings and coins) can be detected at a greater depth than thin-shaped objects (such as nails).
- The material of the object. Metals that are highly conductive (such as silver) may be deeper than lead and other less conductive metals.
- Object orientation: Things that lie ‘flat’ are easier to detect because they offer a larger target area. In addition, they are more effective at forwarding their signals to the detector.
- The layout of the soil layers.
Unwanted targets are often ferrous and are therefore attracted to magnets. Sometimes, however, it can also be bottle caps and the like.
The better your detector can exclude unwanted targets, the less disappointment you will have to deal with and the less your other half will whine to finally stop with this stupid hobby.
The electric fields that generate magnetism all oscillate at specific frequencies. Depending on the type of metal, the composition of the soil and the depth at which it was found, different frequencies also give different results.
The majority of metal detectors are therefore specialized to find certain objects. Roughly speaking, three types can be distinguished:
VLF metal detectors
Very Low Frequency detectors use a single detection frequency. It usually falls between 6 and 20 kHz and is almost always below 30 kHz, allowing the devices to find all kinds of metal.
VFLEX metal detectors
These use high-tech digital electronics and signal processing to amplify conventional VLF. This is usually done via small microcontrollers (a kind of miniature computers) that allow the control box and the coil wire to communicate with each other.
‘Millimeter-Wave’ scanners use short waves of 1 to 10 millimeters in length (about 10 times smaller than the microwaves emitted and received by our smartphones) that can be reflected to reveal not only metal, but also many other materials. can detect.
PI metal detectors
Pulse Induction detectors rely on higher frequencies and short signals. This allows them to penetrate the ground more deeply, but they are also less specific.
FBS metal detectors
‘Full-Band Spectrum’ metal detectors use multiple frequencies at the same time, giving the impression that there are several detectors in the unit. They are usually a lot more expensive than their more focused cousins.
BBS metal detectors
(‘Broad Band Spectrum’ metal detectors): is a proprietary Minelab technology that operates at as many as 17 frequencies (between 1.5 kHz and 25.5 kHz).
MPS metal detectors
Multi-Period Sensing metal detectors emit short signals at different times. In addition, the received signals are sampled in different time periods, which makes it possible to separate the signals from the ground and those from the found objects – very useful when the soil layers are highly mineralized.
Some soil types, such as wet beach sand or red soil (which contain a lot of iron particles), contain a lot of salts. Unfortunately, those minerals react in a similar way to metal objects and mineralization can easily mask clay targets.
Good detectors know how to filter out the ground signals that answer their own signals. This can be done manually, occasionally automatically or continuously automatically.