Article overview
Technical data
Technical data
Mercedes-Benz G 580 with EQ Technology
| Drive system and battery | ||
| Drive |
| All-wheel drive |
| E-motors | Type | Permanently excited synchronous machine (two-speed) |
| Output (peak) | kW | 432 |
| Torque (peak) | Nm | 1,164 |
| Battery type |
| Lithium-ion |
| Max. recuperation capacity | kW | 217 |
| Max. AC charging capacity (onboard charger series/option) | kW | 11 |
| AC charging time[1], three-phase (11 kW) | h | 11.77 (WEU + Coc) |
| Max. DC charging capacity | kW | 200 |
| DC charging time[2] at fast charging station | min | 32 |
| DC charging[3]: range after 15 minutes (WLTP) | km | 170 |
| Suspension | ||
| Front axle | Independent suspension with double wishbones | |
| Rear axle | Rigid De-Dion axle | |
| Brake system | Hydraulic dual circuit | |
| Steering | Electro-mechanical | |
| Wheels | 7.5J18ET43 | |
| Tyres | 265/60R18 | |
| Dimensions and weights | ||
| Wheelbase | mm | 2,890 |
| Track width front/rear | mm | 1,638 / 1,637 |
| Length/width/height | mm | 4,624/1,931[4] /1,986 |
| Turning circle | m | 13.6 |
| Boot volume | litres | 620/1,990 |
| Kerb weight according to EC | kg | 3,085 |
| Payload | kg | 415 |
| Gross vehicle weight | kg | 3,500 |
| Performance; fuel consumption; emissions | ||
| Acceleration 0-100 km/h | seconds | 4.7 |
| Maximum speed[5] | km/h | 180 |
| Energy consumption combined[6] | kWh/100 km | 30.3-27.7 |
| CO₂ emissions combined6 | g/km | 0 |
| Range6 | km | 434-473 |
| CO₂ class |
| A |
[1] The charging times correspond to 10-100% full charge when using a wallbox or public charging station (AC connection with at least 11/22 kW; 16/32 A per phase) at 23 degrees Celsius.
[2] The charging times correspond to 10-80 % charge when using a DC fast-charging station of category "K" or "L" according to EN17186 with 500 A charging current
[3] At DC fast-charging stations with 500 amps based on the WLTP range
[4] Without exterior mirrors
[5] Electronically regulated
[6] The specified values were determined in accordance with the WLTP (Worldwide harmonised Light vehicles Test Procedure) measurement method. The ranges given refer to ECE markets. The energy consumption and CO₂ emissions of a car depend not only on the efficient utilisation of the fuel or energy source by the car, but also on the driving style and other non-technical factors.