Mercedes-Benz EQS

6 model years from 2022 to 2027, compared on size, efficiency, safety and reliability.

Mercedes-Benz EQS
Pictured: Mercedes-AMG EQS 53 4MATIC+ (V297) front. Photo: Tokumeigakarinoaoshima, CC BY-SA 4.0, via Wikimedia Commons
Model years
2022–2027
Class
Large Cars
Latest engines
Electric
EV range
up to 443 mi
Latest rating
Not rated
Recalls
18 campaigns, all years
Most complaints
2023 (60)
Interest
4,653 Wikipedia views / 30 days

The 2026 EQS in brief

The 2026 Mercedes-Benz EQS is a large car powered by electricity and rear-wheel drive and all-wheel drive.

It measures about 207 inches long and 76 inches wide on a 126-inch wheelbase, with a curb weight of roughly 5,856 lb (Class 450 4dr Sedan).

The electric version has an EPA-rated range of up to 390 miles and takes about 11.5 hours to charge on a 240-volt Level 2 charger.

There are no recalls or owner complaints on file with NHTSA for this model year.

The Mercedes-Benz EQS has 6 model years in our data, from 2022 to 2027.

Owners most often report problems with the forward collision avoidance › automatic emergency braking (48), service brakes (34), electrical system (30).

Buying used? 2024 has the fewest problems in our data, and 2022 is the year to avoid.

2022 has the most recalls (14); all years together count 18 campaigns and 116 owner complaints.

How the 2022 EQS compares

The 2022 Mercedes-Benz EQS is a large car powered by electricity and rear-wheel drive and all-wheel drive.

It measures about 207 inches long and 76 inches wide on a 126-inch wheelbase, with a curb weight of roughly 5,699 lb.

About the Mercedes-Benz EQS

The Mercedes-Benz EQS (V297) is a battery electric full-size luxury liftback produced by German automobile manufacturer Mercedes-Benz Group. Part of the Mercedes-EQ family, it was released in September 2021 in Germany and the fourth quarter of 2021 in the United States.

From the Wikipedia article "Mercedes-Benz EQS", licensed under CC BY-SA 4.0.

2026 EQS pros & cons

Full 2026 details →

What's good

  • Long EV rangeUp to 390 miles on a charge (EPA).
  • AWD / 4WD available

Watch out for

No weak spots against similar models in the data.

Best and worst years to buy used

NHTSA recalls and complaints for 3 model years since 2015; use it alongside a pre-purchase inspection. How we calculate this →

Compare head to head

Compare the EQS with any other car →

EQS changes by model year

  1. 2027
    • Longest EV range up from 390 to 443 miles
  2. 2025
    • New body dimensions: 5.1 in longer — most likely a redesign or new generation
    • Longest EV range up from 352 to 390 miles
  3. 2024
    • New body dimensions: 5.1 in shorter — most likely a redesign or new generation
    • Longest EV range up from 340 to 352 miles
  4. 2023
    • Longest EV range down from 350 to 340 miles

Years without a measurable change are left out.

Show all 6 model years side by side
YearLatest enginesBest MPG / rangeLengthWeightOverallRecallsComplaints
2027Electric443 mi––Not rated00
2026Electric390 mi207.1 in5,856 lbNot rated00
2025Electric390 mi207.1 in5,856 lbNot rated21
2024Electric352 mi202 in6,206 lbNot rated312
2023Electric340 mi207.1 in5,699 lbNot rated860
2022Electric350 mi207.1 in5,699 lbNot rated1443

Alternatives to the 2026 EQS

ModelBest MPG / rangeNHTSA overallRecalls
2026 Land Rover Range Rover23 MPGNot rated5
2026 Audi Q722 MPGNot rated1
2026 Tesla Model X352 miNot rated0
2026 Lexus LX20 MPGNot rated1
2026 Lincoln Navigator17 MPGNot rated2
2026 BMW X723 MPGNot rated2

Most common owner-reported problems

Forward Collision Avoidance › Automatic Emergency Braking48
Service Brakes34
Electrical System30
Unknown Or Other18
Forward Collision Avoidance › Warnings11
Structure › Body9
Power Train4
Forward Collision Avoidance › Adaptive Cruise Control4
Owner complaints by model year — Mercedes-Benz EQS
2022: 432023: 602024: 122025: 12026: 02027: 0202220232024202520262027max 60
Check your VIN for open recalls ↗

Sources: EPA, NHTSA, Transport Canada, Wikipedia, Wikimedia Commons. Not affiliated with NHTSA, the EPA or Mercedes-Benz. How we calculate this →