Mito Meter 2.0 [EURO] 3-in-1 EMF/RF Meter Bench Test
- May 29
- 7 min read
Updated: Jun 4
The Build & Unboxing
The second edition of the Mito Meter was developed in 2024 with input from EMF professionals around the world, mainly those who used the original version to remotely screen and manage their clients’ environments. The primary goal was to have the meter detect EMFs as closely as possible to Building Biology guidelines, while also being able to accurately monitor dynamic power grid activity overnight — this is a standard procedure with a full EMF property audit.
For some, the unboxing experience may be a bit underwhelming. The meter arrives in a plain box with no instruction book or promotional packaging — just the meter and its accessories. That said, the size of the meter surprises everyone, as most don’t expect it to be so small. This simple packaging also helps avoid drawing attention during international shipping in countries where the meter’s instructions and how-to-guides do not align with the countries industry-based EMF safty guidelines, as has occurred previously. (See interactive instruction book Here and you will understand why.)
Overview & Operation
Unlike traditional 1–9 or 1-7 LED bar read outs on EMF meters, the Mito Meter 2.0 uses a progressive threshold pattern system designed to better separate low, medium, and high RF exposure ranges across a much wider dynamic scale. (See more Here) It is the most simple 3-in-1 EMF meter on the market to use with just one mode switch, a power ON/OFF switch and a sound/alarm switch.
The meter displays only one EMF/RF mode at a time. Unlike many 3-in-1 meters that attempt to display all three field types simultaneously, the Mito Meter is designed to prioritise RF accuracy and sensitivity. Simultaneous multi-mode operation causes 3-in-1 EMF meters to significantly under-read RF levels, and miss hot spots, as the circuitry must divide processing across multiple measurements, which also introduces additional noise on the meters board. Plus, it is best practice to stay focused on one field type at a time.
Magnetic Field Measurements
LFM Mode (Low Frequency Magnetic)
The Mito Meter 2.0 uses an ultra-sensitive single-axis magnetic sensor instead of the less sensitive 3-axis sensors used in some other brands. It has a detection range of 40 Hz to 15 kHz and displays readings in nanoTeslas (nT) — consistent with Building Biology measurement preferences.
This range does not include very low-frequency systems such as European rail networks operating around 16 Hz. This is generally not a concern unless you live in close proximity to that type of infrastructure.
Field strength detection starts at 10 nT (0.1 mG) and goes up to 3000 nT (30 mG). The meter is weighted toward higher frequencies, which means it places greater emphasis on higher-frequency components that are often overlooked by standard meters, and even professional meters. This includes harmonics from the power grid, such as multiples above the standard 50/60 Hz frequency.
A professional meter might typically show around 50 nanoteslas (nT), or 0.5 mG, of background magnetic field from the power grid. However, higher-frequency harmonics (such as 150 Hz and above) can also be present, especially close to road intersections, often pushing an extra 10–30 nT (0.1 to 0.3mG) that other meters miss. The Mito Meter 2.0 combines these components into a single accumulated reading, providing a broader estimate of the overall field environment.
When used with the optional monitoring software, the Mito Meter 2.0 can measure all the way down to 1 nT (0.01 mG), making it ideal for those assessing land or searching for exceptionally low A/C magnetic field environments. (Most 3-in-1 meters struggle to detect much under 50nT (0.5mG).
For property assessments, monitoring dynamic background magnetic fields from the power grid is one of the most important factors, and this meter is designed specifically for that purpose. It also includes built-in logging capability, allowing up to 12 hours of continuous recording in LFM-X Mode without the need for external computers or software.
Magnetic Field Score: 9 / 10 Electric Field Measurements
LFE Mode (Low Frequency Electric)
The electric field mode covers a frequency range of 40 Hz to 50 kHz and displays readings in volts per meter (V/m). Sensitivity is the highest in the 3-in-1 meter category, thanks to the body-potential voltage pad, which uses the body as an antenna to increase sensitivity.
The Mito Meter measures down to 1–2 V/m and performs similarly to entry-level Gigahertz Solutions low-frequency meters in low electric-field environments such as bedrooms when using the 'potential reading' method (not a potential-free reading).
A 'potential reading' involves holding the meter or grounding it, while a 'potential-free' reading is taken with the meter positioned in place without grounding and no person within a meter to interfere with the reading.
Because the Mito Meter 2.0 only has a small antenna for electric fields, the potential method is recommended for best results. The meter is also weighted toward higher frequencies in LFE mode, meaning readings from your electrical system, electrical cabling, and connected devices can increase when equipment such as split-system air conditioners or solar inverters are operating, generating elevated levels of high-frequency electrical noise (“dirty electricity”).
Electric Field Score: 8 / 10
RF (Radio Frequency) Measurements
The RF mode detects frequencies from 100 MHz to 8 GHz and displays readings in microwatts per square meter (µW/m²). This range is well suited for general broadband RF detection and covers the main lower-tier microwave communication bands, (4G, 5G, 6G, 7G… ) including smart meters, bluetooth and Wi-Fi.
The meter uses a single-axis antenna, so in some situations it has to be moved and/or rotated to locate the strongest signal direction.
Starting at 100 MHz allows detection of new sources such as DAB (Digital Audio Broadcast) radio around 200 MHz — which is more problematic than 5G in Australia — while the upper 8 GHz range allows detection of higher-frequency technologies including Wi-Fi 6 and Wi-Fi 7 channels operating near 7 GHz. The Mito Meter 2.0 performs particularly well at detecting higher-frequency Wi-Fi emissions due to its compact antenna, which is better suited to shorter wavelengths.
Between approximately 600 MHz and 1 GHz, commonly used by lower-band mobile tower frequencies, the meter will under-read at low signal levels. (By up to 7uW/m2 (0.007mW/2) It also under-reads fast-pulsing signals by about half of what is there, such as Bluetooth and some smart meters at lower power levels. However, enabling the RF sound signature mode greatly improves detection of fast bursts and pulses, and cell tower low bands. The objective with this meter is to achieve no sound feedback at all around places you spend extended time in, like your living room & bedroom.
The RF audio response is not as refined as more expansive dedicated RF meters such as the Safe and Sound Pro II RF Meter, but it is still effective for identifying local RF sources and general environmental exposure.
Like ALL broadband RF meters, no single RF meter reads perfectly across every frequency within its specified range. Some frequencies read higher or lower depending on antenna design and signal type. For example, the most popular RF meter on the market — which I would rate 10/10 overall — over-reads 2.4 GHz Wi-Fi & Bluetooth signals by 4×.
The Mito Meter also includes a built-in 6-minute recording mode that can replay results, displaying average and peak values, along with a density score based on the duration and concentration of detected RF peaks. This feature is useful for quick environmental spot checks in locations where prolonged RF surveying may not be practical or permitted, such as in many Australian classrooms.
RF Score: 8 / 10
Optional Monitoring Software
For those interested in monitoring their environment, there is an option at the point of purchase to order a software package that runs on Android, Mac, and PC. It allows continuous recording and saving of data from all three modes to CSV files. (Only one mode can be recorded at a time.)
Only a small percentage of users use the Envirosens app package, which is why it is optional at the point of purchase for $40 AUD. (Suppied with special data USB cable.)
Conclusion
This meter does not replace professional-grade equipment, but for most users it is more than sufficient for screening the primary EMF offenders: RF, magnetic fields, and electric fields.
Ultra-sensitive users should ideally own a higher-end EMF kit and use the Mito Meter as a portable, on-the-move go-to device. Even if you own a more advanced EMF/RF setup — such as a low-frequency Gigahertz Solutions entry-level meter, and something like the Safe and Sound Pro2 RF meter — their size means they cannot be carried in a pocket, which is where the Mito Meter becomes the ideal companion for mobility.
The bottom line is that there is no other 3-in-1 meter that comes close to its sensitivity across the three essential modes than this unit. Well, ex
cept for the ENV RD-100 and ENV RD-10 [AU], which I will review at a later date. Cons
Extremely easy to lose or misplace
Only peak readings displayed, no averages
Batteries lose charge over a couple of months if not kept topped up
(Not an issue if used regularly, and it can be powered or charged via phone or laptop)
Alarm thresholds cannot be changed
Only available via mitometer.com
Small print of values on display
Monitoring software limited to mW/m² display
No instruction book or quick guide in the box (On-line only)
Pros
Rechargeable battery
Six warning alarm thresholds
Very fast boot-up time
Easy-to-read display
Assembled in Australia
Independently tested and calibrated
Three-year warranty
Fits in a jeans coin pocket
Extremely durable
RF sound signature mode
Records both EMF and RF
Optional advanced monitoring software
Professional backup support
Online interactive manual and guides
RF and LFM modes can be recalibrated (Only if need be, years down the track)
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