This week, Toyota unveiled the all-new sixth-generation RAV4 model, which will be available only in hybrid and plug-in hybrid versions. The latest generation brings some charging-related upgrades not often seen in PHEVs.
The new 2026 Toyota RAV4 PHEV has a manufacturer-estimated range of 50 miles. That’s about 20% more than the 42 miles available in the outgoing generation. The range was increased primarily thanks to a higher battery capacity and a more efficient front electric motor axle, which for the very first time came equipped with silicon carbide semiconductors.
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- The 2026 Toyota RAV4 PHEV. (Source: Toyota)
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- The 2026 Toyota RAV4 PHEV. (Source: Toyota)
DC Fast Charging
There will be four trim levels of the 2026 Toyota RAV4 PHEV available in the US. On the SE and GR SPORT trims, there is a SAE J1772 charging inlet for AC charging scenarios only. Charging power will be up to 11 kW, which is pretty solid.
The next two trims, XSE and Woodland, will have a CCS1 charging inlet for AC and DC charging scenarios. According to the Japanese manufacturer, the car can recharge from 10-80% state-of-charge (SOC) in approximately 30 minutes at a DC charger.
The Japanese website additionally reveals that the charging current is limited to 125 amps (a level of 50 kW, assuming a 400-volt class battery system).
Its DC fast-charging power might be up to five times higher than AC charging, although due to the small size of the battery, a 30-minute session will result in the addition of only 35 miles of all-electric range (in a 10-80% SOC session).
Having a DC charging option might be valuable in some cases, but it’s difficult to imagine that a PHEV driver would use it frequently. First of all, a PHEV vehicle already has a backup engine, so it does not have to recharge to continue driving (the total range is quite high). Secondly, driving to a charging station is not always optimal, and the charging speed/EV range is relatively low. Finally, DC fast charging might be similarly expensive to fuel, since home AC charging is the primary and significantly less costly solution.
The above things make us think that the DC charging feature is just a side effect of having a DC charging inlet for power export features. At least in Japan, there will be Vehicle-to-Home (V2H) solutions “to supply electricity in a range of living scenarios”. We assume that the same for other global markets — sooner or later.
The 2026 Toyota RAV4 PHEV. (Source: Toyota)
CCS1 Over NACS
The fact that the 2026 Toyota RAV4 PHEV comes with a CCS1 charging port is another interesting thing, considering that in North America, the industry is switching to the NACS (SAE J3400). Toyota even recently introduced three all-electric models with NACS charging ports: the 2026 Toyota bZ, 2026 Toyota C-HR, and 2026 Toyota bZ Woodland. We guess that a NACS version will follow later this decade.
The charging inlet is located on the front-right (passenger side), which is the new standard in all 2026 model year Toyota EVs. We have doubts about the convenience of this location, especially in a tight garage when one parks close to the wall on the passenger side.
The 2026 Toyota RAV4 PHEV. (Source: Toyota)
Here are a few video presentations of the all-new Toyota RAV4 family:
Front passenger side would be good when pulling into a Tesla Magic Dock supercharger.