Mitsubishi Eclipse Sportback EV Charging Specs and Connector Details

The important part is not the headline number alone: Mitsubishi is specifying NACS for DC charging while retaining J1772 for Level 1 and Level 2 AC charging.

NACS for DC, J1772 for AC

Mitsubishi says NACS compatibility will be standard on every Eclipse Sportback EV, giving the vehicle access to the Supercharger network. That removes a connector-adapter question that has complicated purchase decisions for several recent EV launches.

At home and on conventional public AC equipment, the Eclipse Sportback EV will use J1772 for both Level 1 and Level 2 charging. That split is practical. NACS handles the high-power DC side; J1772 preserves compatibility with the installed base of North American AC chargers.

One notable omission is CHAdeMO. Reporting from emptytank.ca says the Eclipse Sportback EV skips that format. For a new North American EV, that is a straightforward infrastructure decision rather than a loss of useful capability. Buyers should nevertheless verify the final connector layout and included charging hardware when order books open.

The 150 kW limit needs context

The peak charge rate is 150 kW. Mitsubishi’s stated 10–80% estimate is approximately 35 minutes, with the standard 75 kWh lithium-ion pack. Those numbers are usable, but they are not sufficient to predict a road-trip stop on their own.

Charging output varies with the power source, ambient conditions, battery temperature, battery condition and age, and accessory use during charging, Mitsubishi notes. The vehicle’s pack is liquid-cooled, a necessary component for controlling battery temperature during repeated DC sessions. It does not guarantee that the Eclipse Sportback will hold 150 kW for a long portion of the charge curve.

The key missing measurement is the curve itself: initial power is less important than the average power delivered between 10% and 80%. Until Mitsubishi publishes that data or vehicles can be instrumented on compatible DC stations, “35 minutes” should be treated as a manufacturer estimate under suitable conditions—not a planning baseline.

What to check before buying

The Eclipse Sportback EV is sourced from Nissan and based on the next-generation Nissan LEAF, according to Mitsubishi. That makes its charging hardware more consequential than its badge: this is a platform-level decision affecting every home-charging and highway-charging session.

Prospective owners should wait for three items. First, confirm whether the NACS access described by Mitsubishi works across the relevant Supercharger locations at launch. Second, check the actual 10–80% charging curve, especially after multiple fast-charge stops where thermal throttling becomes visible. Third, price the Level 2 installation around the J1772 connection rather than assuming a connector change is required.

For longer journeys, charging stops should also be planned around driver conditioning and recovery, not only the battery estimate. The verdict for now: the connector strategy is correct, the 150 kW ceiling is adequate, and the real test is sustained charging performance under load.