Raylix 2In1 CCS & J1772 to Tesla Adapter - Fast 250kW Charging

In this review the Raylix 2in1 CCS1 & J1772 to Tesla Adapter proves to be a practical trunk essential for Tesla owners who want to charge beyond the Tesla network. The adapter is aimed at Model Y, Model 3, Model X and Model S vehicles that have CCS enabled and the single biggest reason to buy is clear: reliable access to both CCS Level 3 DC fast chargers and J1772 AC stations with one compact unit. For drivers who travel off the beaten path or live where non-Tesla chargers are common, it removes range anxiety while keeping installation and use straightforward.

Key Features

• CCS and J1772 compatibility: Lets a CCS1 DC fast charger or a J1772 AC charger connect to CCS-enabled Tesla models so owners can use a wide variety of public stations.
• 250kW fast charging: Supports up to 400A / 1000V for DC charging at CCS1 Level 3 stations so long charging stops are shortened when the station and vehicle permit.
• AC charging support: Handles up to 80A / 250V on J1772 Level 1 and Level 2 chargers and home chargers for everyday convenience and flexibility.
• Safety-focused construction: Built with a high-purity copper core, flame-retardant shell and a temperature control chip to reduce overheating risk during use.
• Durability testing: Engineered to withstand real-world use with over 10,000 drop tests and reinforced internal wiring for long-term reliability.
• Wide station compatibility: Field-tested across many networks and chargers to work with the most common public CCS and J1772 stations.

Who It's For

The adapter is best for Tesla owners who have enabled CCS support in their vehicle settings and who frequently encounter non-Tesla CCS or J1772 stations while commuting or on road trips. It particularly suits drivers who want one dual-purpose adapter to avoid carrying separate connectors or hunting for a Tesla Supercharger.

It is not for Cybertruck owners and is only useful if the Tesla shows CCS Adapter Support enabled in Control > Software > Additional Vehicle Information. Drivers without CCS-enabled vehicles should look for an adapter that specifically matches their vehicle's native inlet or wait until CCS support is activated for their car.

Pros & Cons

Pros

• Single adapter handles both CCS1 DC fast charging and J1772 AC charging for broad coverage.
• High-speed DC capability up to 250kW reduces time at compatible fast chargers.
• Robust safety features including a temperature control chip and flame-retardant shell.
• Proven compatibility across many public networks and charger brands for dependable use.

Cons

• Only compatible with CCS-enabled Tesla vehicles and is not fit for Cybertruck, limiting applicability for some owners.
• Actual charging speed depends on station and vehicle support, so full 250kW is not guaranteed everywhere.

Specifications

Brand	Raylix
Vehicle compatibility	Tesla Model Y, Model 3, Model X, Model S (CCS-enabled only)
DC charging power	Up to 250kW (400A / 1000V)
AC charging support	J1772 up to 80A / 250V (Level 1 & Level 2)
Safety features	High-purity copper core, flame-retardant shell, temperature control chip
Durability	Over 10,000+ drop tests
Warranty & support	365-day warranty and responsive support

Our Verdict

The Raylix 2in1 CCS & J1772 to Tesla Adapter is a sensible buy for Tesla owners who have enabled CCS and want dependable access to third-party CCS and J1772 chargers. It delivers a useful blend of high DC charging potential, everyday AC compatibility and built-in safety features, making it good value for drivers who travel or rely on non-Tesla charging networks.

Frequently Asked Questions

Does this adapter work with Cybertruck?
No, the adapter is not fit for Cybertruck and is intended for CCS-enabled Model Y, Model 3, Model X and Model S only.

How do I confirm my Tesla supports CCS?
Check Control > Software > Additional Vehicle Information and verify that CCS Adapter Support is enabled before attempting CCS charging.

Will I always get 250kW?
Not always; the adapter supports up to 250kW but actual charging speed depends on the specific station and whether the vehicle and station permit that power level.