Last August I drove my Model Y from Istanbul to Antalya with my in-laws in the back seat and a roof box full of beach gear. My father-in-law asked, twice before we left, whether we would "make it." He drives a diesel and has never once thought about whether he would make it anywhere.
We made it. We stopped twice to charge, both times for less time than it took everyone to use the bathroom and grab coffee. We arrived with more charge left than my father-in-law expected, and by the second stop he had stopped asking questions and started checking the app himself.
That trip, plus two others I have driven this year, Ankara to Izmir and Bodrum to Cesme, add up to just over 1,500 km combined. Together they cover the three shapes of Turkish road trip: the long haul across the interior, the medium highway run, and the short coastal hop. Here is exactly what each one costs in time, energy, and money, and the planning habits that make all three boring in the best way.
Why EV trip planning is a different exercise
With a gas car, the plan is simple: check the fuel gauge, maybe stop once. With an EV, the plan has more moving parts, but they are all knowable in advance. You know your battery size. You know your real-world consumption. You know where the Superchargers sit along your route. The only unknown is traffic.
That predictability is the whole point. Once you have driven a route once with a charging plan, every future trip on that route is a formality. The three routes below are that formality, worked out in full so you do not have to.
Route one: Istanbul to Antalya, 720 km
This is the long one, the classic summer migration route that half of Istanbul seems to drive every July. Most people take the interior highway through Bursa, Usak, and Denizli rather than the slower coastal road.
I left home with the car charged to 90%, which on a Model Y Long Range gives a real-world range of around 330 km once you account for highway speed, some air conditioning, and a loaded car. Two adults, two kids, and a roof box is not a light load.
Here is the full breakdown from that drive.
| Leg | Distance | Arrival charge | Charging time | Energy added | | --- | --- | --- | --- | --- | | Istanbul to Usak Supercharger | 340 km | 11% | 18 minutes | 49 kWh | | Usak to Dinar area Supercharger | 260 km | 14% | 15 minutes | 34 kWh | | Dinar to Antalya | 120 km | 22% | arrival, no charge needed | 0 kWh |
Total distance was 720 km. Total energy used for the drive came to about 126 kWh, which is roughly 17.5 kWh per 100 km, a bit higher than flat highway cruising because of the mountain sections around Denizli and the loaded roof box. Total charging cost for the two Supercharger stops, at an average of around 9 TL per kWh, came to about 747 TL. The 90% we left home with had already been charged overnight on a cheap tariff, so most of the trip's energy was nearly free before we even got in the car.
Driving time alone was about 8 hours. Add the two stops at roughly 18 and 15 minutes, and total trip time landed around 8 hours and 45 minutes, door to door. A friend who drove the same weekend in a diesel SUV, with one fuel stop and one long lunch, took just under 9 hours. The charging time did not cost us the trip.
Route two: Ankara to Izmir, 585 km
This is the highway commuter route for anyone with family in both cities, and it is a much simpler trip because it only needs one stop.
Leaving Ankara at 90%, the car had enough range to cover the first 300 km comfortably, arriving at a Supercharger near Afyon with about 20% remaining. A 22 minute charge back to 75% was enough to cover the remaining 285 km into Izmir with room to spare, arriving at around 16%.
| Leg | Distance | Arrival charge | Charging time | Energy added | | --- | --- | --- | --- | --- | | Ankara to Afyon Supercharger | 300 km | 20% | 22 minutes | 40 kWh | | Afyon to Izmir | 285 km | 16% | none needed | 0 kWh |
Total energy for the trip came to about 102 kWh, and the single charging stop cost roughly 360 TL. One stop, one coffee, done. This is the route where people who have never driven an EV long distance are most surprised. They expect two or three stops and a headache. It is one stop, timed almost exactly to a normal bathroom break.
Route three: Bodrum to Cesme, 300 km
This is the short Aegean hop that plenty of Bodrum and Cesme regulars drive every summer weekend, along the coast through Milas, Aydin, and Selcuk before joining the Izmir otoyol.
At 300 km, this trip does not need a charging stop at all if you leave with a reasonably full battery. Leaving Bodrum at 90%, the real-world range of around 330 km covers the distance with a comfortable buffer, and we arrived in Cesme at 24%, enough to reach a home charger or hotel outlet without any anxiety.
That said, I still plan a five minute stop to check tire pressure and stretch, since soft tires quietly cost you range on any drive, long or short. On this route the planning problem is not charging. It is timing your departure to avoid the Friday afternoon traffic bottleneck around Izmir, which costs far more time than any Supercharger stop would.
ABRP versus the in-car trip planner
Tesla's built-in navigation handles all three of these routes without any extra app. Type in the destination, and it calculates charging stops automatically based on your current charge, the cars ahead of you at each Supercharger, and live traffic. For a standard Supercharger-only route inside Turkey, it is genuinely good, and it is what I used for all three trips above.
A Better Route Planner, known as ABRP, is worth adding when your trip gets more complicated. Here is how they actually differ in practice.
| Feature | Tesla in-car planner | ABRP | | --- | --- | --- | | Supercharger routing | Automatic and reliable | Requires manual setup | | Non-Tesla chargers | Not included | Included, useful for mixed networks | | Custom consumption models | Fixed to Tesla's own estimate | Fully adjustable for load, weather, speed | | Live queue data at stops | Built in | Depends on data source | | Trip sharing with others | Limited | Easy to export and share | | Best for | Simple Supercharger-only trips | Mixed charging, towing, or non-Tesla legs |
For any of the three routes above, the in-car planner alone gets the job done. I only reach for ABRP when I am testing a route with non-Tesla fast chargers mixed in, or when I want to model a specific worst case like driving with a full roof box and headwind, since ABRP lets you dial in your own consumption number instead of trusting the car's default guess.
The reserve buffer strategy
Every plan above assumed arrival with charge left over, never arrival at zero. That is deliberate, and it is the single habit that makes long Tesla trips stress-free.
The rule I use is simple. Never plan a leg that arrives below 15%. Traffic, headwind, a detour around construction, or a colder morning than expected can all eat into your margin, and 15% gives you room to absorb that without recalculating mid-drive. On the Istanbul to Antalya route, both legs arrived above that line even with a loaded car and mountain climbs, which tells you the planner already builds in some cushion, but I still treat 15% as my personal floor, not a suggestion.
If a route only works by planning to arrive at 5%, that is a sign to add a shorter earlier stop rather than push your luck. A short 10 minute top up an hour earlier is always better than a tense last 20 km watching the percentage drop toward zero.
Off-peak charging timing, the night before
The cheapest energy in any of these three trips was the charge sitting in the battery before we even left the driveway. Charging to 90% overnight on a home night tariff, rather than topping up at a Supercharger the next morning, is the single biggest cost lever available to you.
We covered the actual math on this in our Supercharger versus home charging cost comparison, and the gap holds up on trip days just as much as ordinary weeks. Every kilometer you leave home with already in the battery is a kilometer you are not paying Supercharger rates for later. Set a charging schedule the night before any trip, not the morning of.
Cabin preheat at charging stops
On the two longer routes, we used the charging stops for more than just adding electrons. While the car charges, you can precondition the cabin from the app or the screen, cooling it down before you get back in for a hot afternoon leg, or warming it before a cold morning start.
This matters for two reasons. First, comfort, since nobody wants to load kids back into a car that has been sitting in Denizli sun for twenty minutes. Second, efficiency, because preconditioning while plugged in uses Supercharger power rather than battery power, so you start the next leg at full charge instead of a few percent lower from running the air conditioning to cool the cabin down after departure. It is a small trick, but on longer trips those small percentages are exactly what keep you above your 15% buffer.
Bathroom break math
Here is the detail that convinces skeptical passengers faster than any spec sheet. On the Istanbul to Antalya trip, our two charging stops took 18 and 15 minutes. A normal family road trip bathroom, snack, and stretch break takes roughly 15 to 20 minutes once you count parking, walking in, and walking back out.
Those numbers are close enough that the charging stop and the human break happen at the same time, not back to back. You are not adding EV time to your trip. You are folding your existing stops into the same window the car needs anyway. The only trips where this breaks down are ones with zero natural stops planned, which in my experience describes almost nobody driving more than two hours with kids or a full bladder in the car.
Planning your own route
If you are driving a route you have not done before, the process that worked for all three trips above is the same every time. Check your route for Supercharger coverage first using Tesla's Supercharger map for Turkey to confirm stations exist where you expect them. Let the in-car planner build a first draft. Set your reserve buffer to 15% and check that every leg respects it. Charge to your departure percentage the night before on off-peak power. And treat every planned stop as a chance to precondition the cabin and take the break you were going to take anyway.
Once you have driven a route this way one time, you stop thinking about it. That is the actual goal of trip planning: not eliminating the stops, but making them invisible.
If you want to check your own numbers before a trip, whether that is comparing routes, apps like the ones we reviewed in our Tesla app roundup, or just working out what a long weekend away will cost you in electricity, Volt is built to answer exactly that kind of question in plain language instead of forcing you to do the math yourself. Take a look at what we are building.