Volvo’s Electric Evolution: Why the 2027 EX60 Matters More Than You Think
The automotive landscape is shifting faster than ever, and at the forefront of this transformation stands Volvo. As the Swedish automaker approaches its centennial, it faces a pivotal moment in its storied history. The all-new 2027 Volvo EX60 emerges not just as another addition to its electric lineup, but as a vehicle carrying the weight of the brand’s future. Following the mixed reception of the flagship EX90, the EX60 represents Volvo’s opportunity to reaffirm its commitment to innovation, sustainability, and the premium EV experience.
We had the exclusive opportunity to experience a 503-horsepower prototype of the 2027 EX60 at Volvo’s proving grounds in Sweden. This first ride offered a glimpse into a vehicle that could redefine the midsize luxury SUV segment, blending Scandinavian design philosophy with cutting-edge electric technology. While the road ahead presents challenges, including intense competition and the need to convert loyal gasoline customers, the EX60 demonstrates that Volvo is not just keeping pace—it’s setting a new standard.
Understanding the 2027 Volvo EX60’s Place in the Market
Volvo’s current EV strategy positions the EX30 and EX90 as distinct bookends. The EX30, a compact urban EV, starts below $45,000, offering an accessible entry point into the electric future. The EX90, a flagship three-row luxury SUV, commands a starting price above $80,000, representing the pinnacle of Volvo’s technological prowess. Slotting neatly between these two extremes is the 2027 EX60, a vehicle designed to capture the largest and most competitive segment of the luxury market.
Priced around $60,000 for the all-wheel-drive configuration, the EX60 enters a fiercely contested arena. Direct rivals include the BMW iX3 and the Mercedes-Benz GLC with EQ Technology, both established players in the premium EV space. However, the EX60 faces a significant hurdle: the price premium over its gasoline-powered counterpart, the Volvo XC60. The EX60 commands approximately $9,000 more than a base-engine XC60, a figure that may deter some traditional buyers.
The critical question for the 2027 Volvo EX60 is whether it can successfully convert XC60 owners whose leases are expiring. Volvo’s success hinges on demonstrating that the benefits of electrification—superior performance, advanced technology, and a refined driving experience—outweigh the familiar comforts of internal combustion. If the EX60 can bridge this gap, it will not only secure Volvo’s market share but also accelerate the broader transition to electric mobility.
First Impressions: Design and Ergonomics
From the moment you approach the 2027 EX60, its contemporary design language becomes apparent. The most striking exterior feature is the set of stubby “wing grip” door handles, positioned just below the window glass. While these handles are easier to operate than the flush designs found on the Tesla Model Y, they are less practical than the traditional pull-out handles of the XC60. In the pursuit of maximum aerodynamic efficiency, every design choice matters, and these handles represent a calculated trade-off between aesthetics and functionality.
Step inside the cabin, and the difference between the EX60 and its gasoline predecessor becomes immediately apparent. While Volvo has maintained the familiar seating position, the interior environment is entirely transformed. The electric architecture creates a sense of openness, enhanced by a multifunctional center console that maximizes usable space. This airy ambiance is a significant asset in a showroom setting, where first impressions are critical.
Despite the minimalist aesthetic, the EX60 avoids the sterile feel that has plagued some electric vehicles. The interior manages to feel luxurious, blending clean lines with premium materials. A standout feature is the 11.4-inch instrument panel display, positioned closer to the windshield than in the EX90. This placement provides a clear, unobstructed view for the driver, reducing eye movement and enhancing focus on the road ahead.
Complementing the driver’s display is the 15.0-inch infotainment touchscreen, which finally adopts a horizontal orientation. This layout allows for more intuitive interaction with navigation, media, and vehicle settings. The integration of Google Gemini, an advanced AI assistant, further elevates the user experience, enabling voice-activated control over a wide range of functions. Whether requesting directions to a specific destination or seeking information about nearby amenities, the EX60’s voice interface responds with precision and intelligence.
However, the reliance on touchscreen controls is not without its drawbacks. While the 2027 Volvo EX60 offers a comprehensive suite of digital features, the reduction in physical buttons and knobs is a point of contention. Even for basic climate control functions, such as adjusting fan speed, drivers must navigate through multiple on-screen menus. This lack of tactile feedback can be distracting, particularly at highway speeds where quick, intuitive adjustments are essential. As Volvo continues to refine its infotainment system, finding the optimal balance between digital innovation and physical controls will be crucial for maintaining the brand’s reputation for safety and user-friendliness.
Performance: Power and Precision
The 2027 Volvo EX60 demonstrates its electric credentials with a surge of power that belies its midsize SUV classification. Even in the P10 configuration, which is not the most potent variant, the acceleration is immediate and substantial. The 503-horsepower output is immediately apparent, providing ample passing power and a sense of effortless performance. From the passenger seat, the acceleration feels refined and controlled, never overwhelming or dramatic. The claimed 0-60 mph time of 4.4 seconds is impressive for a family-oriented vehicle, offering a level of performance that can satisfy even discerning driving enthusiasts.
One of the most notable aspects of the EX60’s powertrain is the consistent power delivery across driving modes. Unlike some electric vehicles that restrict maximum performance to a specific drive mode or an optional performance boost, the 2027 Volvo EX60 delivers its full 503 horsepower in both standard and performance settings. This ensures that drivers have access to immediate acceleration whenever needed, without the need to engage special modes or wait for a temporary power increase.
The EX60’s performance hierarchy will include three distinct variants. The P6, which will serve as the base model, will produce 369 horsepower and achieve a 0-60 mph time of 5.7 seconds. At the top of the range, the P12 variant will deliver a staggering 670 horsepower, rocketing the EX60 from 0 to 60 mph in just 3.8 seconds. While this places the EX60 in elite company in terms of straight-line speed, it is important to note that even faster electric luxury SUVs are entering the market. However, for a brand like Volvo, whose reputation is built on safety and practicality, this level of performance is more than sufficient to excite buyers while maintaining the brand’s core values.
Beyond raw power, the 2027 Volvo EX60 introduces a revised steering system that enhances agility and responsiveness. The steering ratio has been made 10 percent quicker than that of the XC60, meaning that the vehicle requires less steering wheel input for tight maneuvers. This characteristic is reminiscent of Tesla’s approach to steering, which gives its vehicles a sporty feel in urban environments. Conversely, it addresses a common complaint about Cadillac’s EV steering, which has been criticized for being too slow and making parking lot maneuvers unnecessarily laborious. The EX60 strikes a compelling balance, offering the precision needed for dynamic driving while maintaining the ease of use required for everyday driving.
Regenerative Braking: Tailored for Every Driver
The transition to electric vehicles necessitates a rethinking of the braking experience. Regenerative braking, which captures energy during deceleration to recharge the battery, is a defining characteristic of EVs. However, the implementation of regenerative braking systems varies significantly between manufacturers, and driver preference plays a crucial role in determining the ideal setup. The 2027 Volvo EX60 addresses this diversity of preference by offering multiple one-pedal driving experiences, allowing drivers to tailor the system to their individual needs and comfort levels.
The EX60 provides four distinct regenerative braking modes. The standard setting offers minimal regenerative braking, providing a familiar feel similar to traditional friction braking. This mode is ideal for drivers who are new to EVs or prefer a more traditional driving experience. A light one-pedal mode gradually increases regenerative braking, allowing the vehicle to slow down more assertively while still enabling a smooth stop. This mode represents a good compromise between traditional braking and full one-pedal driving.
For drivers who have embraced the efficiency of one-pedal driving, the EX60 offers a more aggressive mode. This setting provides stronger regenerative braking, enabling the driver to bring the vehicle to a stop more quickly using only the accelerator pedal. This mode is particularly appealing to those who have experience with Rivian’s approach to regenerative braking, which has been praised for its effectiveness and intuitiveness. Finally, the EX60 includes an auto mode that dynamically adjusts the level of regenerative braking based on the behavior of vehicles ahead. This adaptive system can anticipate stops and starts, providing seamless and efficient deceleration without requiring driver intervention.
The freedom of choice offered by the 2027 Volvo EX60’s regenerative braking system is a significant advantage. It acknowledges that there is no single “correct” way to drive an EV and empowers drivers to select the mode that best suits their driving style and comfort level. Based on our limited passenger experience, the system appears to be well-tuned, providing smooth transitions between modes and responsive deceleration when needed.
