10 bestMultimetersof November 2025
112M consumers helped this year.
11% off
1
Fluke 117 Electrician's Ideal Multimeter with Non-Contact Voltage
Fluke
9.9
2
Fluke T5-1000 Open Jaw Electrical Tester with Continuity and Current Tester, 1000V
Fluke
9.8
3
AstroAI Digital Multimeter, TRMS 6000 Counts Multimeters Manual and Auto Ranging; Measures Voltage, Current, Resistance, Continuity, Capacitance, Frequency; Tests Diodes, Transistors, Temperature
AstroAI
9.6
4
Fluke 117/323 EUR Electrician's Multimeter Combo Kit
Fluke
9.4
24% off
5
Fluke 116/323 HVAC Combo Kit - Includes Multimeter and Clamp Meter
Fluke
9.2
OtherUp to 5% off
AZDelivery 3 x USB Charger Doctor Current Voltage Charging Detector Battery Voltmeter Ammeter Multimeter Tester including eBook
AZDelivery 5 x Digital Multimeter Dual LED Display Voltmeter DC 4.5V 30V 20mA Ammeter DSN-VC288 Amperemeter with LED Display compatible with Arduino and Raspberry Pi including E-Book!
AZDelivery Multi Servo Tester 3CH ECS Speed Current Controller 4.8-6V Power CCPM Servo Consistency Master 15mA Meter Server Test Centering Tool including E-Book! (Pack of 5)
Fluke 106 Palm Sized Digital Multimeter
8% off
6
FLUKE FLT5-600 Fluke Electrical Tester T5-600, C11059
Fluke
9.0
35% off
7
Fluke 179 True-RMS Digital Multimeter
Fluke
8.7
15% off
8
AstroAI Digital Multimeter Voltmeter Ohmmeter Ammeter Multi Tester Meter with Backlit LCD Electronic Test Meter
AstroAI
8.5
9
Fluke 175 Digital Multimeter 6000 digits CAT IV 600V
Fluke
8.2
20% off
10
Bosch Professional Digital Multimeter GDM 600-15 (True RMS, Inverted LCD, Measures Frequency/Continuity/Resistance/capacitance, Min/Max/Average, Test Leads MS 90)
Bosch Professional
8.0
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A Guide to Selecting the Best Multimeters
Choosing the right multimeter can be a bit overwhelming, but with a little guidance, you can find the perfect one for your needs. A multimeter is an essential tool for anyone working with electrical circuits, whether you're a professional electrician, a hobbyist, or a DIY enthusiast. It measures voltage, current, and resistance, and can help you troubleshoot electrical problems. To pick the best multimeter for you, consider the following key specifications and how they align with your specific needs.
Accuracy
Accuracy refers to how close the multimeter's readings are to the actual values. This is important because precise measurements are crucial for diagnosing and fixing electrical issues. Accuracy is usually expressed as a percentage. For general use, an accuracy of ±1% is often sufficient. For more critical applications, such as in a laboratory or for professional use, you might need a multimeter with an accuracy of ±0.5% or better. Consider what level of precision you need based on the tasks you'll be performing.
Range
The range of a multimeter indicates the maximum and minimum values it can measure for voltage, current, and resistance. This is important because it determines the scope of tasks you can perform with the device. Multimeters can be manual or auto-ranging. Manual-ranging multimeters require you to set the range yourself, which can be less convenient but may offer more control. Auto-ranging multimeters automatically select the appropriate range, making them easier to use, especially for beginners. Think about the types of measurements you'll be taking and choose a multimeter with ranges that cover those needs.
Display
The display of a multimeter shows the measurement readings. A clear and easy-to-read display is crucial for accurate data interpretation. Displays can be analog or digital. Analog displays use a needle and scale, which can be harder to read but are preferred by some for their responsiveness. Digital displays show readings as numbers, which are easier to read and often more precise. Some digital multimeters also have backlit displays, making them easier to read in low-light conditions. Consider where and how you'll be using the multimeter to decide which type of display is best for you.
Input Impedance
Input impedance is the resistance the multimeter presents to the circuit being measured. High input impedance is important because it ensures that the multimeter does not affect the circuit's operation. This is particularly crucial when measuring sensitive electronics. Most modern digital multimeters have a high input impedance (typically 10 megaohms or higher), which is suitable for most applications. If you work with very sensitive or high-precision electronics, ensure your multimeter has a sufficiently high input impedance.
Safety Ratings
Safety ratings indicate the maximum voltage the multimeter can safely measure and the environments in which it can be used. This is important to prevent accidents and ensure your safety while using the device. Look for multimeters with CAT (Category) ratings, which range from CAT I to CAT IV. CAT I is for low-energy circuits, while CAT IV is for high-energy circuits like those found in industrial settings. Choose a multimeter with a safety rating appropriate for the types of electrical systems you'll be working with.
Additional Features
Additional features can enhance the functionality and convenience of a multimeter. Common features include continuity testing, diode testing, temperature measurement, and data hold functions. These features can be very useful depending on your specific needs. For example, continuity testing helps you check if a circuit is complete, while temperature measurement can be useful for HVAC work. Consider what additional features might be beneficial for your tasks and choose a multimeter that includes those capabilities.
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