Single Motor versus Twin Motor: Choosing Your 2025 Volvo EX40 Powertrain

The 2025 Volvo EX40 offers two distinct powertrain options that deliver different driving experiences while maintaining the core electric benefits. Your daily driving needs, performance preferences, and efficiency priorities will guide which powertrain makes the most sense for your lifestyle. Let's explore what makes each option unique and who might benefit most from either configuration.

The fully electric EX40 represents Volvo's commitment to sustainable driving without compromise, offering impressive range figures and rapid charging capabilities regardless of which powertrain you select. However, the differences between Single Motor and Twin Motor configurations create notably different driving dynamics worth understanding before making your decision.

Efficiency Champion: Single Motor Extended Range

The Single Motor Extended Range variant delivers the maximum driving distance on a single charge, reaching up to 476 km. This rear-wheel drive configuration places the electric motor at the back of the vehicle, providing better weight distribution and the responsive handling characteristics driving enthusiasts appreciate.

With sufficient power for confident highway merging and passing, the Single Motor option delivers the ideal balance of performance and efficiency. The rear-wheel drive setup offers engaging handling characteristics that make daily commutes more enjoyable while maximizing your driving range between charges.

For drivers who primarily travel in urban and suburban environments with occasional longer trips, the Single Motor Extended Range provides the perfect combination of capability and efficiency. You'll spend less time charging and more time driving, with the added benefit of lower energy consumption that reduces your operating costs.

Key charging capabilities remain impressive, with the ability to replenish from 10-80% in approximately 28 minutes when connected to a fast-charging station. This makes even longer journeys practical with brief charging stops that align perfectly with natural break times.

Performance Advantage: Twin Motor

Drivers seeking maximum acceleration and all-weather capability will appreciate the Twin Motor configuration. With motors powering both the front and rear axles, this all-wheel drive setup delivers exceptional traction in slippery conditions while reducing the 0-100 km/h sprint to just 4.8 seconds.

The Twin Motor's combined output of 402 hp provides exhilarating acceleration that transforms your daily commute. The immediate torque delivery characteristic of electric vehicles feels even more pronounced with the Twin Motor setup, creating a driving experience that surpasses many performance-oriented conventional vehicles.

Beyond straight-line performance, the Twin Motor configuration offers enhanced stability during cornering and more confident handling in adverse weather conditions. The sophisticated power management system distributes torque between axles to optimize grip and efficiency, adjusting instantly to changing road conditions.

While the Twin Motor variant offers slightly reduced range compared to the Single Motor Extended Range option (approximately 418 km), it still provides ample distance for daily driving with occasional longer trips. The tradeoff between slightly reduced range and significantly enhanced performance makes sense for drivers who value dynamic driving and all-weather capability.

Practical Considerations

Your typical driving environment should influence your powertrain choice. Urban drivers who rarely encounter challenging weather might find the Single Motor perfectly suitable while enjoying its maximum efficiency. Those living in areas with frequent snow or rain will appreciate the added confidence of the Twin Motor's all-wheel drive system.

Both powertrains support the same charging capabilities, with AC charging at home providing a full charge overnight and DC fast charging delivering rapid top-ups during longer journeys. The Volvo Cars app allows you to monitor charging progress remotely and precondition the battery for optimal charging speeds.

Maintenance requirements remain virtually identical between the two configurations, with both benefiting from the reduced service needs characteristic of electric vehicles. With fewer moving parts than conventional powertrains, both options offer lower long-term operating costs and improved reliability.

Making Your Decision

When selecting between the Single Motor and Twin Motor configurations, consider these key questions:

1. Do you frequently drive in snow, ice, or heavy rain where all-wheel drive provides significant benefits?
2. Is maximum driving range between charges your primary concern, or are you willing to trade some range for enhanced performance?
3. Do you value spirited acceleration and dynamic handling, or is efficient, comfortable transportation your main priority?

If maximum range and efficiency top your list, the Single Motor Extended Range makes the most sense. For drivers wanting the most capable and dynamic EX40 experience in all conditions, the Twin Motor justifies its slightly reduced range with substantially improved performance and all-weather confidence.

Both powertrains offer the inherent benefits of electric driving: instant torque, smooth acceleration, reduced operating costs, and zero tailpipe emissions. Your choice comes down to which specific advantages align best with your driving style and environment.

2025 Volvo EX40 Powertrain Comparison

Feel the difference yourself—schedule a back-to-back test drive of both EX40 powertrain options at Volvo Cars Metro West and discover which electric experience resonates with your driving style.