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Subaru Delays Launch of Largest EV, the 2027 Getaway SUV

Subaru has postponed the production of its largest electric vehicle yet, the three-row Getaway SUV, due to final adjustments. The model was expected to begin production in Kentucky by year-end but now…

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Luis Roche
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Subaru Delays Launch of Largest EV, the 2027 Getaway SUV

Subaru has officially announced a delay for its highly anticipated three-row electric SUV, the 2027 Getaway. Originally slated to begin production in 2026, the vehicle’s launch has now been pushed back to 2027, making it the largest battery-electric vehicle (BEV) in the automaker’s portfolio. This Subaru Getaway EV delay reflects a broader trend of adjustments within the nascent electric vehicle market, particularly for new models developed on shared platforms.

  • 2027 Getaway EV Delayed: Subaru’s largest electric SUV, the three-row Getaway, will now enter production in 2027, not 2026 as initially planned.
  • Shared Platform Dynamics: The delay is linked to its development alongside the similarly postponed Toyota Highlander EV, highlighting the complexities and interdependencies of joint ventures in EV development.
  • Strategic Adjustment: This postponement allows for crucial “final adjustments” to optimize the vehicle, a common practice aimed at enhancing quality and competitiveness in a rapidly evolving market.
  • Implications for EV Buyers: Consumers awaiting a large, three-row electric SUV from Subaru will need to wait an additional year, though this could result in a more refined and robust product.

Subaru’s Largest EV Pushed Back

The 2027 Subaru Getaway, designed to be a significant entrant into the growing three-row electric SUV segment, now faces a revised timeline. Subaru confirmed that the start of production has been shifted from 2026 to 2027. This decision, while brief in its official explanation, points to the intricate challenges of bringing complex new electric vehicles to market. The Getaway is poised to be a pivotal model for Subaru, offering a larger, more family-oriented alternative to its existing Solterra EV and expanding its presence in the competitive electric SUV landscape.

The automaker’s brief statement indicated the need for “final adjustments” to the vehicle. While seemingly innocuous, such phrases often encompass a wide range of factors, from supply chain optimization and software integration to battery management system refinement and manufacturing process synchronization. For a vehicle of the Getaway’s strategic importance, ensuring exceptional quality and performance from launch is paramount.

A Shared Platform and Industry Context

The delay of the Subaru Getaway EV cannot be viewed in isolation. It is intrinsically linked to its developmental partner, Toyota, and the shared e-TNGA platform that underpins both the Getaway and the upcoming Toyota Highlander EV. Toyota recently announced a similar delay for its three-row Highlander EV, also pushing its launch into 2027. This synchronized postponement underscores the collaborative nature of their EV development and suggests that any adjustments required for one model on the shared architecture likely impact the other.

Comparison with Toyota Highlander EV

The Subaru Getaway is expected to be mechanically identical to the Toyota Highlander EV, much like the Subaru Solterra shares its core architecture with the Toyota bZ4X. This collaboration allows both automakers to leverage economies of scale in research, development, and manufacturing of critical EV components like batteries, motors, and chassis. While both vehicles will share fundamental specifications, they are anticipated to feature distinct exterior designs and interior styling, reflecting their respective brand identities. For more on the Highlander EV delay, readers can refer to InsideEVs’ report.

Technical Specifications and Market Positioning

While definitive specifications for the 2027 Subaru Getaway remain subject to final adjustments, industry observers and leaked information provide a strong indication of its anticipated features. The Getaway is expected to offer versatile battery options, tailored to different range and performance needs. Early estimates suggest a potential maximum range exceeding 300 miles on some configurations, aligning it with top contenders in the long-range EV SUV segment.

Charging capabilities are expected to be competitive, with support for DC fast charging that could allow significant range replenishment in under an hour. As a Subaru, standard Symmetrical All-Wheel Drive (AWD) is virtually guaranteed, providing the brand’s characteristic traction and capability. Towing capacity is also a key consideration for larger SUVs, and the Getaway is projected to offer robust towing figures to cater to adventure-oriented customers, a segment where Subaru traditionally excels. The vehicle is specifically designed to compete with popular three-row electric SUVs from other manufacturers, offering Subaru’s distinct blend of reliability, safety, and all-weather performance.

The Broader Subaru EV Strategy

The Getaway EV delay comes as Subaru continues to expand its electric vehicle lineup. The Solterra, a compact electric SUV, currently serves as the brand’s sole global EV offering. However, Subaru has outlined ambitious plans for a more comprehensive electric portfolio, including the forthcoming Subaru Uncharted and Trailseeker EVs. The Uncharted is expected to be another collaboration with Toyota, potentially serving as an electric counterpart to the Forester, while the rugged Trailseeker is anticipated to deliver enhanced off-road capabilities in an electrified package. These models, along with the Getaway, form the backbone of Subaru’s strategy to achieve its ambitious electrification goals by the end of the decade.

What This Means for Subaru and EV Buyers

For Subaru, the Getaway EV delay represents a recalibration rather than a setback. In the fast-evolving EV landscape, taking extra time to refine a key new product can prove beneficial in the long run. Launching a meticulously developed and highly competitive vehicle is crucial, especially for a brand like Subaru that prides itself on reliability and customer satisfaction. Rushing a product to market with unaddressed issues can lead to significant reputational damage and costly recalls, as seen with some early EV entrants. This measured approach suggests a commitment to quality over speed, which could ultimately benefit the brand’s long-term EV adoption rates.

For prospective EV buyers, particularly those looking for a spacious, three-row electric SUV with Subaru’s renowned AWD capabilities, the delay means an extended waiting period. However, it also signifies that the final product might be more polished, address potential early-production issues, and incorporate the latest technological advancements. This extra development time could translate into improvements in software integration, battery thermal management, charging efficiency, or even subtle enhancements to driving dynamics. As the automotive industry navigates complex supply chains and rapidly advancing battery technology, such delays are becoming increasingly common, reflecting the inherent complexities of developing new energy vehicles. Carscoops also reported on the potential implications of this delay.

FAQ

What is the new production timeline for the Subaru Getaway EV?
The Subaru Getaway EV is now expected to begin production in 2027, pushed back from its original 2026 schedule.
Why was the launch of the Subaru Getaway EV delayed?
Subaru cited the need for “final adjustments” to the vehicle. This delay is also synchronous with the postponement of its platform-mate, the Toyota Highlander EV, suggesting shared developmental considerations.
What kind of vehicle is the Subaru Getaway EV?
The Getaway EV will be Subaru’s largest electric vehicle, a three-row electric SUV designed to offer substantial passenger and cargo space, along with Subaru’s characteristic all-wheel drive capabilities.
Will the Subaru Getaway EV share components with other Toyota/Subaru models?
Yes, the Getaway EV is expected to share its core e-TNGA platform and mechanical components with the Toyota Highlander EV, similar to the Solterra/bZ4X partnership. This allows for shared development and manufacturing efficiencies.
How does this delay impact Subaru’s overall EV strategy?
While it pushes back a key model, the delay allows for further refinement, potentially ensuring a stronger market entry. Subaru remains committed to expanding its EV lineup, which includes the Solterra, Uncharted, and Trailseeker models.

Conclusion

The revised timeline for the 2027 Subaru Getaway EV underscores the intricate and often challenging process of introducing new electric vehicles, particularly those developed on shared platforms. While the Subaru Getaway EV delay means a longer wait for consumers, it also offers Subaru the opportunity to deliver a thoroughly optimized and competitive three-row electric SUV. As the EV market matures, such strategic adjustments are becoming a necessary part of ensuring vehicle quality and long-term success. All eyes will now be on 2027 for the official unveiling and production start of what promises to be a significant addition to Subaru’s electric future.

folder_openUncategorized schedule7 min read eventPublished personLuis Roche
Luis Roche
Written by Luis Roche

Luis Roche is NexusVolt's senior electric mobility analyst with 8+ years covering the EV industry. He tracks every major automaker — from Tesla and Rivian to BYD and Hyundai — alongside the battery breakthroughs reshaping the sector. His expertise spans solid-state battery development, charging infrastructure economics, autonomous vehicle integration, and the intersection of grid-scale storage with renewable energy. Before joining NexusVolt, Luis spent years analyzing energy markets in Europe and following the global EV transition through both engineering and policy lenses. He personally road-tests new EV models, attends industry briefings (CES, IAA Mobility, Auto Shanghai), and reads every quarterly earnings report from automakers covering electric drivetrains. When not writing about the latest 800V architecture or battery chemistry breakthrough, Luis is exploring charging networks across Europe in his own EV — first-hand testing the experience he writes about for readers.

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