The EV connector landscape in 2026 looks dramatically different from just three years ago — at least in North America. Globally, the picture is more stable: Europe has had CCS2 for years and isn't changing; China runs GB/T; Japan is slowly transitioning from CHAdeMO. This guide gives you a single reference point for all of it: every connector type, which vehicles use them by region, and what adapter gets you from one to another.

Every Connector Type in Use in 2026

NACS / SAE J3400

The compact oval connector originally developed by Tesla, now standardized as SAE J3400 and adopted by virtually every major North American automaker. Handles both AC Level 2 (up to 19.2kW in North America) and DC fast charging (500kW+ rated) through a single, small port. Standard on all new North American EV production from 2025 onward. Used on Tesla vehicles in all markets where Tesla hasn't transitioned to CCS2 (mostly historical US market).

CCS1 / Combo 1

J1772 AC connector on top with two large DC fast-charge pins below. The North American DC fast charging standard from 2015 to 2024. Still fitted to millions of vehicles on the road. DC charging rated to 350kW. CCS1-only charging stations are becoming increasingly rare as networks add NACS alongside or in replacement.

CCS2 / Combo 2

Type 2 (Mennekes) AC connector on top with the same DC fast-charge pins below. The DC fast charging standard for Europe, Australia, the Middle East, and most non-China/Japan global markets. DC rated to 350kW. Mandated for new public DC infrastructure under EU regulation. Used by Tesla in Europe and Australia.

J1772 / Type 1 (AC only)

The standard AC-only connector for Level 1 and Level 2 charging in North America and Japan. Five-pin, round connector. No DC fast charging capability — the DC pins are added below it to form CCS1. Found on every non-NACS Level 2 public station and virtually all home wallboxes in North America installed before 2026.

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DC Fast Charging Upgrade · EV Shop

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Type 2 / Mennekes (AC only)

The standard AC charging connector for Europe, Australia, and most global markets outside North America and Japan. Seven-pin. Supports single-phase (up to 7.4kW) and three-phase (up to 22kW) AC. DC fast charging is handled separately via the CCS2 combined standard.

CHAdeMO

A large round DC fast charging connector developed by Japanese automakers. Independent from the AC port (vehicles have both a CHAdeMO and a Type 1/Type 2 AC connector). Rated to 200kW for legacy installations; a proposed 500kW "CHAdeMO 3.0" exists but has not been widely deployed. Found primarily in Japan; declining in Europe and North America. No new vehicles from major global automakers are being launched with CHAdeMO in 2026.

GB/T (AC and DC)

China's national standard, mandated for all EVs and charging infrastructure in mainland China. Two separate connectors — one for AC (similar form factor to Type 1) and one for DC fast charging (larger, different pin layout). The DC connector supports up to 250kW under the current GB/T 18487 standard. Every EV sold in China uses GB/T, and Chinese-market vehicles exported to other countries are re-specified with the regional connector standard.

2026 Vehicle Connector Reference — North America

Native NACS (2025–2026 Model Year)

CCS1 (2022–2024 Model Year — Still on the Road)

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2026 Vehicle Connector Reference — Europe and UK

Adapter Compatibility Matrix

What Connector Does Your Car Have? (Quick Identification)

If you're unsure, the physical shape is the definitive test:

• →Compact oval, about the width of two fingers, single small opening — NACS. Used on all new North American EVs and historical Tesla vehicles.
• →Large combined opening: round upper section + two rectangular lower pins — CCS1 if the upper section has five pins in a circular arrangement (J1772); CCS2 if the upper section has seven pins including three larger power pins (Type 2).
• →Large round separate connector, separate from an AC port nearby — CHAdeMO. Look for the circular CHAdeMO housing, which is distinct from the separate J1772 or Type 2 AC port nearby.
• →Round/oval shaped with a flat pin arrangement, China-market vehicle — GB/T. GB/T DC has a distinctive rectangular contact arrangement that differs from CCS.

International Travel Checklist

1. 1Confirm your vehicle's connector type before planning any international EV trip.
2. 2Research the dominant charging standard in your destination country (CCS2 in Europe/AU, CHAdeMO or CCS2 in Japan, GB/T in China).
3. 3Check whether adapters between your connector and the destination standard are available and certified for your vehicle.
4. 4Download the charging network apps relevant to your destination before you leave your home market.
5. 5Use EV Charger Scout or PlugShare to map charging stops along your international route before departure.
6. 6Consider the option of renting a local EV with native connector compatibility rather than shipping or driving your own vehicle internationally.