If you’ve just picked up a Tesla Model 3 and expected a charging cable in the box, you’re not alone, and you’re not wrong to be confused. Since Tesla dropped the included cable for UK deliveries, the question ‘which cable do I actually need?’ lands in our inbox daily. The short answer: a Type 2 Mode 3 cable, 32A, three-phase if you can stretch to it. Here’s exactly why, and how to pick the right length.
Why your Model 3 didn’t come with a cable
Tesla stopped including a charging cable with UK Model 3 deliveries in 2021, and as of 2026, none is supplied.
The change came in quietly with the refreshed Model 3 lineup and has caught out buyers ever since. Tesla’s reasoning was essentially cost and market shift: as home wallbox installations became the norm, a bundled cable felt redundant to many customers. That logic makes sense for someone with a pre-installed wallbox. It makes considerably less sense if you’re standing on your driveway wondering why the car won’t charge.
The upshot: every new Model 3 buyer in the UK needs to budget for a Type 2 cable. We’d suggest doing this at the same time as arranging your home wallbox installation. That way you’re ready to charge from day one.
The Model 3’s charging inlet explained: Type 2 AC and CCS in one port
The Tesla Model 3 has a single combined inlet that handles both everyday AC charging and rapid DC charging, but these use different sections of the same port.
For AC charging (home wallbox, public AC posts), the Model 3 uses a Type 2 (IEC 62196-2) inlet, the same standard 7-pin round connector used by every modern EV sold across the UK and Europe. This is the upper section of the port.
For rapid DC charging (motorway services, fast chargers), the car uses CCS Combo 2: this is the same inlet with two additional large DC pins at the bottom. These DC pins are only active during rapid charging.
The key point many buyers miss: you do not need a special Tesla cable or a CCS cable for everyday AC charging. Any quality 32A Type 2 cable works perfectly. The Tesla badge on the car doesn’t mean you’re locked into Tesla’s own accessories. This is a fully standardised port, governed by IEC 62196-2 (the AC connector standard).
For a deeper background on what this connector actually is, see our guide to what a Type 2 charging cable is and how it works.
- Type 2 AC section: 7 pins (L1, L2, L3, N, PE, CP, PP); CCS adds 2 DC pins below; Type 2 cable connects to upper section only; CCS rapid (tethered) uses both sections; Port location: rear-left of vehicle
How fast does the Model 3 charge? (11kW onboard AC)
The Tesla Model 3’s onboard AC charger is rated at 11kW (3-phase), according to Tesla’s published onboard charger specifications, not 22kW, as some retailers incorrectly claim.
This distinction matters when you’re choosing a cable and setting expectations for charge times. Here’s what 11kW looks like in practice:
- Home 7.4kW wallbox (single-phase, 32A): 11kW onboard → delivers 7.4kW, full charge ~8-9h, cable: 32A Type 2 5-7m
- Public 3-phase 22kW post (3-phase 32A): 11kW onboard → delivers 11kW, full charge ~5-6h, cable: 32A 3-phase Type 2 5-7m (same cable)
- Tesla Supercharger (DC CCS, 150-250kW): up to 170kW DC (varies by site/variant), ~25 min to 80%, cable: tethered, none to buy
The 11kW figure is the car’s ceiling for AC charging. Whether you hit it depends on what the charger supplies:
- Single-phase wallbox at home (most UK installations): The grid connection limits output to around 7.4kW regardless of what the car could theoretically accept. This is perfectly adequate for overnight charging.
- 3-phase public AC post (22kW rated): The car’s onboard charger steps in and caps intake at 11kW. You won’t get 22kW, but 11kW is a genuinely faster top-up during a shopping trip or at a destination charger.
This is why we recommend a 3-phase cable even for predominantly home-charging drivers. At home it delivers exactly the same 7.4kW as a single-phase cable. At a public 3-phase post, it unlocks that extra 3.6kW the single-phase cable simply cannot access.
Which cable spec to buy: 32A, single- or three-phase?
Our recommendation is a 32A three-phase Type 2 cable: it’s the single cable that covers every AC charging scenario the Model 3 will encounter.
Here’s the quick logic:
- 32A: Matches the maximum current the Model 3 can draw on AC. Don’t go lower.
- Three-phase (5-pin on the wallbox end): Works perfectly on any single-phase wallbox at home (delivers 7.4kW) and unlocks 11kW at public 3-phase posts. The premium over a single-phase cable is typically around £20, money well spent.
- Mode 3: All charging cables for public and home wallbox use are Mode 3. This is the tethered-to-socket standard; it’s what every quality cable sold in the UK is unless specifically labelled otherwise.
You do not need to buy a cable rated specifically “for Tesla.” Any reputable 32A Type 2 cable from a quality manufacturer will work. For a full breakdown of the speed implications of different cable ratings, our 7kW vs 22kW charging cable guide covers the maths in detail.
Getting the length right: rear-left port and wallbox placement
The Model 3’s charge port sits at the rear-left of the car, and that single fact determines the right cable length for your driveway.
Here’s the practical breakdown:
- 5m: Suits most UK driveways where the wallbox is mounted on the wall to the driver’s left (nearside), level with or slightly ahead of the car’s rear quarter. This covers the majority of standard home installs.
- 7m: The right choice if your wallbox is on the right (offside), at the front of a garage, or if the car needs to park slightly further forward than usual. A small amount of slack in the cable is always preferable to a taught run that puts stress on the inlet.
- 10m: On-street parking, awkward layouts, or public charging where the post isn’t in an ideal position relative to where you park.
Our returns data at EV Cable Hub suggests the most common length error is choosing 5m when 7m was needed: the cable reaches, but only just, and repeated stress on the connector shortens the cable’s service life. If you’re on the fence, go longer.
Do you need a cable for Tesla Superchargers?
No. Tesla Superchargers are tethered: the CCS cable is permanently fixed to the charger unit.
When you pull up to a Supercharger, the cable is already there. You pick it up, plug the CCS Combo 2 end into your car’s combined inlet, and charging begins. There is nothing to buy, nothing to unpack from the boot.
This applies to the entire UK Supercharger network. The cables at Supercharger sites are rated for DC rapid charging. This has nothing to do with the Type 2 AC cable you carry for home and public AC use. They are separate systems sharing the same physical port on the car.
The only scenario where you’d need any kind of cable at a rapid charger is if you visit a third-party DC rapid charger that is not tethered (uncommon in the UK, but it exists). At those sites, a CCS cable is required, but these are specialised and sold separately from standard Type 2 AC cables.
Keeping a cable in the boot: what to store in the car
Most Model 3 drivers will rely primarily on their home wallbox for everyday charging, but a cable in the boot gives you flexibility for destination charging, public AC posts, and any situation where your home charger is unavailable.
Our recommendation for a boot cable: the same 32A 3-phase Type 2 cable you use at home. There’s no need to carry a separate emergency cable; a quality coiled cable takes up minimal boot space and covers every AC charging eventuality.
It’s also worth knowing the Model 3 differs from the Model Y in this area. If you’re cross-shopping or buying as a second Tesla, our Tesla Model Y charging cable guide covers the Y’s slightly different charging considerations.
At EV Cable Hub, all our cables are shipped with free next-working-day DPD delivery on orders over £150, backed by a minimum 2-year warranty, with Klarna finance available and 30-day returns. Carbon-neutral shipping as standard.
Frequently asked questions
What charging cable does the Tesla Model 3 need?
A Type 2 Mode 3 cable: the same 7-pin round connector used by every modern EV sold in the UK and across Europe, standardised under IEC 62196-2 (the AC connector standard). For home wallboxes, 32A single-phase gives 7.4kW; 32A three-phase gives 7.4kW on single-phase and 11kW at compatible public posts.
Does the Tesla Model 3 come with a charging cable?
No, not in the UK as of 2026. Tesla removed the included cable from UK deliveries in 2021. You need to buy a Type 2 cable separately. We’d suggest budgeting for a decent 3-phase one at the same time as your wallbox.
Can I use a standard Type 2 cable with a Tesla Model 3?
Yes, absolutely. Despite the Tesla badge, the Model 3’s AC inlet is a standard Type 2 port (IEC 62196-2). Any quality 32A Type 2 cable will work. You are not locked into Tesla’s own accessories.
Do I need a cable to use a Tesla Supercharger?
No. All Tesla Superchargers are tethered. The CCS cable is permanently attached to the charger unit. Just plug the CCS end into your car’s combined inlet. You only need your own cable for AC charging (wallbox or public AC posts).
What length cable do I need for a Tesla Model 3?
5m suits most UK driveways where the wallbox is on the same side as the charge port. Because the Model 3’s charge port is on the rear-left, if your wallbox is on the right or at the front of the garage, go to 7m. On-street or awkward parking: 10m.
Can I charge a Tesla Model 3 at 22kW?
The Model 3’s onboard charger is rated at 11kW (3-phase), per Tesla’s published onboard charger specifications. You cannot exceed that: even with a 22kW public post and a 22kW cable, the car limits input to 11kW. The value of a 3-phase cable is reaching that 11kW figure at compatible posts.
What is the difference between CCS and Type 2 on a Tesla Model 3?
They share the same physical inlet opening. Type 2 AC charging uses the upper 5-pin section; CCS rapid charging adds two large DC pins at the bottom. For home and public AC charging, you always use a standard Type 2 cable. CCS (with the DC pins) is only used at rapid chargers, which supply their own tethered cable.