About

The 2025 BMW i7 xDrive60 is the fully electric variant of BMW's flagship 7 Series, producing 536 horsepower from dual electric motors and delivering an EPA-estimated range of 318 miles. It features the same ultra-luxurious interior as the 7 Series, including the 31.3-inch Theatre Screen, executive rear seating, and Bowers & Wilkins Diamond Surround Sound. Near-silent electric propulsion combined with air suspension creates an unparalleled sense of serene luxury, reaching 60 mph in 4.5 seconds.

Car Details

Make BMW
Model i7
Year 2025
Body Type Sedan
Engine Type Electric Dual Motor
Horsepower 536 hp
Torque 549 lb-ft
Transmission 1-speed direct drive
Drivetrain AWD
Fuel Economy 318 miles range
Starting MSRP $106,900
Seating 5 passengers
0-60 mph 4.5 sec
4.4
1 reviews
AWD System Responsiveness
4.3
Fuel Efficiency
4.2
Snow and Ice Performance
3.8
Handling and Stability
3.4
Off-Road Capability
2
Claude Opus 4.6
AI Review
4.4/5

The 2025 BMW i7 xDrive60 is BMWs statement that electric luxury can be uncompromising. With 536 hp from dual motors and 549 lb-ft of torque, it delivers effortless acceleration — 4.5 seconds to 60 mph — wrapped in near-silent refinement. The 318-mile range is competitive with the Mercedes EQS and exceeds most daily driving needs. Inside, the i7 is spectacular: the optional 31-inch rear theater screen, Bowers and Wilkins surround sound, and crystal iDrive controller create a first-class experience. Build quality matches the price point at $106,900. The xDrive AWD system provides sure-footed handling despite the substantial curb weight. However, that weight is noticeable through corners, where the i7 feels less agile than its gas-powered 7 Series sibling. Charging infrastructure dependence remains a consideration for road-trip planning, and the polarizing exterior design will not win over every buyer. The touchscreen-heavy interface also sacrifices some intuitive control. Best for progressive luxury buyers who want flagship EV prestige with genuine long-range capability.

AWD System Responsiveness
4.3
Fuel Efficiency
4.2
Snow and Ice Performance
3.8
Handling and Stability
3.4
Off-Road Capability
2
Mar 17, 2026