Turkey uses 230 volts at 50 Hz, the same standard found across most of Europe and the Middle East. If you’re traveling from the United States, Canada, or another country that runs on 110-120 volts, this difference matters. Plugging a device rated only for 120 volts into a 230-volt outlet can destroy it or create a fire hazard.
Plug Types Used in Turkey
Turkish outlets accept Type C and Type F plugs. Type C is the simple two-round-pin plug common across Europe. Type F looks similar but adds grounding clips on the sides of the socket. If you’re coming from a European country, your plugs will likely fit without any adapter. If you’re coming from the US, UK, Australia, or anywhere that uses a different plug shape, you’ll need a plug adapter to physically fit into the wall socket.
Adapter vs. Converter: Which Do You Need?
A plug adapter only changes the shape of the plug so it fits the outlet. It does nothing to the electricity flowing through it. A voltage converter actually changes the electrical output from 230 volts down to 110-120 volts (or whatever your device requires). These are two separate problems, and mixing them up is where people damage their electronics.
Here’s the quick rule: check the small print on your device’s charger or power brick. Look for a label that says something like “Input: 100-240V, 50/60Hz.” If you see that range, the device is dual voltage and can handle Turkey’s 230-volt supply on its own. You only need a plug adapter to fit the outlet.
Most modern electronics are dual voltage, including:
- Phone chargers for iPhones, Samsung, and other smartphones
- Laptop chargers from Dell, Apple, HP, and most other brands
- Tablet chargers
- Camera battery chargers
If your device label says only “120V” with no range, it is single voltage and will not safely work in Turkey without a voltage converter. Plugging it in directly could blow a fuse, damage the device, or start an electrical fire.
Hair Dryers, Straighteners, and Heating Appliances
This is where most travelers run into trouble. Hair dryers, curling irons, and straighteners are often single-voltage devices rated at 120V only, especially cheaper models sold in North America. They also draw a lot of power, which makes using a basic voltage converter risky since inexpensive converters can overheat with high-wattage appliances.
Your safest options are to buy a dual-voltage travel hair dryer before your trip (they typically have a small switch to toggle between 120V and 240V) or simply plan to use one at your hotel. Many Turkish hotels provide hair dryers in the room or at the front desk. Trying to run a 120V-only hair dryer through a cheap converter is the single most common way travelers fry their electronics abroad.
Travelers From the UK and Europe
Since Turkey runs on 230 volts at 50 Hz, the voltage and frequency are identical to the UK, Germany, France, and the rest of Europe. Your devices will work without any converter. The only issue is the plug shape. UK travelers use the three-pronged Type G plug, which won’t fit into Turkey’s Type C or Type F sockets. A simple UK-to-European plug adapter solves this. Travelers from countries that already use Type C or F plugs can plug in directly with no adapter at all.
Where to Buy Adapters in Turkey
If you arrive without the right adapter, you can find them at airports, electronics stores, tourist shops, and department stores throughout the country. Many hotel front desks keep adapters available to lend or rent. That said, adapters at airports tend to be overpriced, so picking one up before your trip or at a local shop in the city is usually cheaper. A basic Type C adapter costs very little and takes up almost no space in your bag.
Checking Your Devices Before You Go
Spend two minutes before your trip flipping over each charger and power brick you plan to bring. The input voltage is printed on every one. If it reads “100-240V,” you’re set with just a plug adapter. If it reads “120V” only, you either need a converter or should leave that device at home. Pay special attention to anything that produces heat, since those are the devices most likely to be single voltage and most dangerous to use on the wrong power supply.