The main limitation is the slower 10–80% charging.
Charging Reality
10–80%
39 min (est.)
Average DC power
125 kW
Practical Ownership
Seats
5
Cargo
19.6-70.3 cu ft
Payload
1,080 lbs
Roof load
0 lbs
How it compares
Compared with 17 US-market EVs with a similar body style (2022–2026).
Main trade-off
Slower 10–80% charging
9 minslower than median
Nominal Capacity
124 kWh
Usable Capacity
116 kWh
Battery Type
Lithium-ion
Architecture
400 V
Source: Manufacturer
Home / Destination
Charging Type
J1772
Port Location
Rear Right
Charge Power
9.6 kW
Fast Charging
Fast Charging Port
CCS Combo 1
Port Location
Rear Right
Charge Power (max)
170 kW
Charge Power (10-80%)
125 kW
Charge Time DC (10-80%)
39 min
Autocharge Supported
Yes (via Mercedes me Charge)
Plug & Charge
Plug & Charge Supported
Yes
Supported Protocol
ISO 15118 Plug & Charge
Preconditioning
Preconditioning Possible
Yes
Automatically using Navigation
Yes (route-based battery pre-conditioning)
Home / destination charging — 0–100%
AC full charge: fastest ~13h 45m
Charging option
Power used
Approx. time
Range per hour
Notes
Level 1 · 120V / 12A
1.4 kW
94h 10m
—
—
Level 1 · 120V / 16A
1.9 kW
69h 25m
—
—
Level 2 · 240V / 32A
7.7 kW
17h 5m
—
—
Level 2 · 240V / 40A
9.6 kW
13h 45m
—
—
Level 2 · 240V / 48A
9.6 kW
13h 45m
—
Limited by vehicle
Fast charging — 10–80%
Fastest DC 10–80%: ~39 min
Charging option
Power used
Approx. time
Range per hour
Notes
DC 50 kWCCS connector
50 kW avg.
1h 35m
—
—
DC 150 kWCCS connector
125 kW avg.
39 min
—
Limited by charger
DC 250+ kWCCS connector
125 kW avg.
39 min
—
Vehicle-limited above 250 kW
Estimated charging times are based on usable battery capacity, charging power and vehicle charging limits. Peak DC power is usually reached only briefly; average 10–80% power is more useful for estimating real charging time. Actual charging speed can vary by charger output, battery temperature, state of charge, weather, software and battery condition.
Reminder: Range and energy consumption figures are estimates. Actual results may vary depending on weather, driving style, terrain, and other conditions. Review the BEVDB methodology for estimate boundaries and source labels. If this model page looks wrong, use Report incorrect data and include this page URL plus an official source link when possible.
