Cars · 2025· Mercedes-Benz

2025 Mercedes-Benz lineup

The database lists 25 Mercedes-Benz models for 2025, covering 25 versions. Combined fuel consumption ranges from 2.2 to 13.1 l/100km; the most efficient is the Mercedes-Benz Eqb 250 Plus. Compared with 2024, 13 models were new to the list and 9 were no longer listed. Fuel mix: 13 petrol, 12 electric.

Models25
Versions25
Combined economy2.2–13.1 l/100kmaverage 7.2
Kerb weight2,078–2,876 kg

Highlights

Most efficientMercedes-Benz Eqb 250 Plus2.2 l/100km
Least efficientMercedes-Benz AMG GT 63 S E Performance13.1 l/100km
LightestMercedes-Benz AMG GT 43 (Coupe)2,077.9 kg
HeaviestMercedes-Benz Eqs 450 4matic2,876.2 kg
Most recallsMercedes-Benz Eqe 350 4matic1

All 2025 Mercedes-Benz models

ModelVersionsEngineCombinedCO2WeightRecalls
Mercedes-Benz AMG C63 S E Performance12,000 cc11.8 l/100km224.9 g/km——
Mercedes-Benz AMG Cla35 4matic11,991 cc9.4 l/100km224.9 g/km2,155 kg—
Mercedes-Benz AMG E53 Hybrid 4matic Plusall years13,000 cc10.2 l/100km72.7 g/km——
Mercedes-Benz AMG GT 43 (Coupe)all years11,991 cc10.7 l/100km251.7 g/km2,077.9 kg—
Mercedes-Benz AMG GT 63 S E Performance13,982 cc13.1 l/100km261.6 g/km2,434 kg—
Mercedes-Benz AMG GT 63 S E Performance (Coupe)13,982 cc12.4 l/100km246.7 g/km2,745.6 kg—
Mercedes-Benz AMG Glc63 S E Performance12,000 cc11.8 l/100km235.5 g/km——
Mercedes-Benz AMG Glc63 S E Performance (Coupe)12,000 cc11.8 l/100km235.5 g/km——
Mercedes-Benz AMG S63 E Performance14,000 cc13.1 l/100km189.5 g/km——
Mercedes-Benz AMG Sl63 S E Performance14,000 cc13.1 l/100km235.5 g/km——
Mercedes-Benz Eqb 250 Plusall years11 cc2.2 l/100km—2,224.4 kg—
Mercedes-Benz Eqb 300 4maticall years11 cc2.7 l/100km—2,224.4 kg—
Mercedes-Benz Eqb 350 4maticall years11 cc2.7 l/100km—2,224.4 kg—
Mercedes-Benz Eqe 350 4maticall years1—2.7 l/100km—2,536.5 kg1
Mercedes-Benz Eqe 350 4matic (SUV)all years11 cc2.9 l/100km—2,536.5 kg1
Mercedes-Benz Eqe 500 4maticall years11 cc2.8 l/100km—2,536.5 kg—
Mercedes-Benz Eqe 500 4matic (SUV)all years11 cc2.9 l/100km—2,536.5 kg—
Mercedes-Benz Eqs 450 4maticall years1—2.6 l/100km—2,876.2 kg—
Mercedes-Benz Eqs 450 4matic (SUV)all years11 cc3 l/100km—2,876.2 kg—
Mercedes-Benz Eqs 580 4maticall years11 cc2.5 l/100km—2,876.2 kg—
Mercedes-Benz Eqs 580 4matic (SUV)all years11 cc2.9 l/100km—2,876.2 kg—
Mercedes-Benz Eqs 680 4matic Maybach (SUV)all years11 cc3.1 l/100km—2,876.2 kg—
Mercedes-Benz Glc350e 4matic With Eq Hybrid Tech12,000 cc9.4 l/100km52.2 g/km——
Mercedes-Benz Gle450e 4matic12,000 cc10.2 l/100km61.5 g/km——
Mercedes-Benz S580e 4maticall years13,000 cc10.2 l/100km65.9 g/km——

Changes from 2024

New to the list

  • Mercedes-Benz AMG C63 S E Performance
  • Mercedes-Benz AMG Cla35 4matic
  • Mercedes-Benz AMG E53 Hybrid 4matic Plus
  • Mercedes-Benz AMG GT 43 (Coupe)
  • Mercedes-Benz AMG GT 63 S E Performance
  • Mercedes-Benz AMG GT 63 S E Performance (Coupe)
  • Mercedes-Benz AMG Glc63 S E Performance
  • Mercedes-Benz AMG Glc63 S E Performance (Coupe)
  • Mercedes-Benz AMG S63 E Performance
  • Mercedes-Benz AMG Sl63 S E Performance
  • Mercedes-Benz Glc350e 4matic With Eq Hybrid Tech
  • Mercedes-Benz Gle450e 4matic
  • Mercedes-Benz S580e 4matic

No longer listed

  • Mercedes-Benz AMG Gle53 4matic Plus
  • Mercedes-Benz E350 4matic
  • Mercedes-Benz E450 4matic
  • Mercedes-Benz Glc300
  • Mercedes-Benz Glc300 4matic
  • Mercedes-Benz Gle350
  • Mercedes-Benz Gle350 4matic
  • Mercedes-Benz Gle450 4matic
  • Mercedes-Benz Maybach S680 4matic

Fuel mix

Petrol13Electric12

Calculators for this car

Fuel economy and trip costFuel economy unit converter · Trip fuel and cost · Annual savings from better economyPower-to-weightPower-to-weight ratio · Torque-to-weight ratio · Power needed for a target ratioTotal cost of ownershipTotal cost of ownership · Yearly depreciation rate · Projected future valueVehicle loanMonthly payment and total interest · Loan with a balloon payment · How much can I borrow?Tyre sizeTyre dimensions from the size code · Compare two tyre sizes · Speedometer error after a tyre changeBraking and stopping distanceStopping distance · Brake energy and disc temperature rise · Deceleration from a measured stop

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