Future Toyota Celica Sport Will Feature an All-Wheel Drive Hybrid Powertrain
Toyota is reportedly reviving the iconic Celica nameplate, with the next-generation sports car set to feature a hybrid turbocharged 2.0-liter powertrain and all-wheel drive.
By Caleb Miller | Published: March 27, 2026
The fifth-generation Toyota Supra is slated for retirement by the end of this year, but fans of Toyota’s performance heritage need not despair. The Japanese automaker is preparing to resurrect another legendary name from its storied past: the Celica. A Toyota executive confirmed the brand’s commitment to a new Celica at a 2024 event in Japan, and now a new report from Autocar is shedding further light on the sports car’s designation and powertrain.
Autocar’s discussion with Gazoo Racing marketing manager Mikio Hayashi revealed that the forthcoming model will be known as the Celica Sport. Hayashi also confirmed that the vehicle will feature all-wheel drive, a feature not surprising given the nameplate’s illustrious history in rally racing. While previous generations were offered in front-wheel-drive configurations, the earliest Celica models were rear-wheel drive, showcasing the model’s adaptability across different drivetrain layouts.
The rally connection appears poised to continue with this latest iteration, as evidenced by a Toyota rally car prototype spotted testing in Portugal in February 2026. The current Yaris-based rally racer will not be eligible for the World Rally Championship in 2027, and the camouflaged prototype’s compact coupe silhouette strongly suggests it is the successor: the Celica. This development positions the Celica Sport as Toyota’s likely next contender in the WRC arena.
Hayashi’s statements also lent further credence to earlier reports regarding the Celica Sport’s powertrain. The vehicle is expected to incorporate a hybrid turbocharged 2.0-liter four-cylinder engine. Toyota first teased this new turbo-four, codenamed G20E, at the 2025 Tokyo Auto Salon, showcasing it in the mid-engined GR Yaris M concept. This engine is also anticipated to be featured in the revived MR2 and the new Celica.
“The displacement size of 1.6 liters [used in the GR Yaris], for example, cannot meet emission regulations,” Hayashi explained to Autocar. “So we have to consider the possibility of a 2.0-liter. We are thinking about various sizes, but we are not at a stage where we can tell you exactly what size it is. Nothing has been decided yet about whether it will be a standard hybrid or plug-in hybrid.”
The mid-engined GR Yaris M concept marked the debut of Toyota’s new 2.0-liter engine, offering a glimpse into the future of its performance lineup. Hayashi refrained from providing a specific launch timeline for this new engine, stating, “We are continuing to develop that. We have high expectations. We cannot point to a timeline but can say we are making steady progress.”
According to Autocar, the new engine features a shorter piston stroke than Toyota’s current offerings, a design choice aimed at reducing its physical dimensions and overall weight. This more compact and lighter engine design means that the addition of hybrid components—specifically the battery and electric motor—would result in only a marginal weight increase compared to current GR performance vehicles. While the precise power output of this setup in the Celica remains unconfirmed, earlier reports have projected figures around 400 horsepower. German publication Auto Motor und Sport suggests that with a larger turbocharger, the hybrid system could potentially deliver in excess of 600 horsepower, hinting at the powertrain’s significant performance potential.
The innovative new powertrain could also find its way into other GR-branded vehicles. The GR Yaris is a strong candidate to receive a version of the new engine, particularly in the European market. For the United States, the GR Corolla is a likely recipient of this next-generation powerplant. Further details regarding both the engine and the all-new Celica are expected to emerge throughout 2026, as Toyota continues to refine its performance lineup.
High-Performance Turbo-Four Engine Development
Toyota’s foray into smaller, more efficient yet powerful engines is exemplified by the development of its new 2.0-liter turbo-four. This engine, codenamed G20E, represents a strategic shift toward optimizing performance while adhering to increasingly stringent global emission standards. The decision to move from the 1.6-liter unit found in the GR Yaris to a 2.0-liter displacement was driven by regulatory requirements that favor larger engine capacities for meeting emissions targets, particularly in Europe where such regulations are most stringent.
The design philosophy behind the G20E centers on achieving high power density through advanced engineering. By incorporating a shorter piston stroke, Toyota engineers have managed to reduce the engine’s physical size and weight—critical factors for maintaining the agile handling characteristics expected of a sports car. This compact architecture allows for more flexible packaging within the vehicle chassis, contributing to optimal weight distribution and a lower center of gravity, both essential for enhancing driving dynamics.
The integration of a turbocharger is central to the engine’s performance strategy. A turbocharger compresses intake air, forcing more oxygen into the combustion chambers, which in turn allows for more fuel to be burned, resulting in a significant power and torque boost. This forced induction approach enables the G20E to deliver the spirited acceleration and responsiveness that enthusiasts demand from a performance vehicle.
Hybridization as a Performance Enhancer
The combination of the G20E engine with a hybrid system represents a sophisticated approach to performance electrification. In this configuration, an electric motor works in tandem with the turbocharged gasoline engine, creating a powertrain that can deliver both exhilarating performance and improved efficiency. The electric motor provides instant torque, which is particularly beneficial in sports cars where immediate throttle response is crucial for an engaging driving experience.
The hybrid system can function in several modes to optimize performance and efficiency. In pure electric mode, the vehicle can operate solely on battery power for short distances, reducing emissions and fuel consumption. During acceleration, the electric motor can provide a power boost to the gasoline engine, resulting in a combined output that exceeds what either power source could achieve individually. Furthermore, regenerative braking captures kinetic energy that would otherwise be lost as heat during deceleration and stores it in the battery, allowing for energy recovery and improved overall efficiency.
The decision to offer both standard hybrid and plug-in hybrid options provides consumers with flexibility based on their driving needs and preferences. A plug-in hybrid system typically includes a larger battery pack that can be recharged from an external power source, such as a home charger or public charging station. This allows for extended all-electric driving range, making it a practical choice for daily commuting while still offering the performance benefits of the hybrid system for longer journeys.
Market-Specific Powertrain Strategies
Toyota’s approach to deploying the new G20E powertrain across its global markets reflects a nuanced understanding of regional market demands and regulatory environments. The decision to potentially equip the GR Corolla in the United States with a version of this engine underscores the importance of performance-oriented vehicles in the American market. U.S. consumers have a strong appetite for powerful, engaging cars, and a hybrid turbo-four would position the GR Corolla competitively within the hot hatch segment.
In Europe, the GR Yaris is a prime candidate for the new engine, particularly given the regulatory landscape that favors this displacement size. The success of the current GR Yaris in Europe demonstrates a strong market for compact, high-performance vehicles that prioritize driving engagement and efficiency. A powertrain update would ensure that the GR Yaris remains competitive in a market where emissions regulations are becoming increasingly stringent.
The strategic deployment of the G20E across different models and markets highlights Toyota’s commitment to providing a range of performance electrification solutions tailored to specific regional needs and preferences. This approach allows Toyota to maximize the utility of its engineering investments while ensuring that its performance vehicles remain at the forefront of innovation and market relevance.
The Future of Toyota Sports Cars
The introduction of the Celica Sport represents a significant moment in Toyota’s ongoing revival of its iconic sports car lineup. With the Supra nearing the end of its current generation, the Celica’s return signals a renewed focus on the affordable, driver-focused sports car segment that has long been a cornerstone of Toyota’s brand identity. The Celica nameplate, with its rich rally heritage and broad appeal, is well-positioned to capture the imagination of a new generation of enthusiasts.
The combination of all-wheel drive and a hybrid turbocharged powertrain offers a compelling proposition in the modern sports car market. This configuration delivers the performance and handling characteristics that enthusiasts expect while also addressing the growing demand for electrification and efficiency. The Celica Sport’s potential to compete in the World Rally Championship further underscores its performance credentials and its connection to Toyota’s racing legacy.
As Toyota continues to refine its performance lineup, the G20E engine and hybrid technology are poised to play a central role in shaping the future of the brand’s sports cars. The successful integration of these technologies into vehicles like the Celica Sport and GR Corolla could set a new benchmark for performance electrification, demonstrating that hybrid powertrains can deliver both exhilarating driving experiences and environmental responsibility.
Competitive Landscape and Market Positioning
The re-entry of the Toyota Celica into the sports car market is set to shake up a competitive landscape that has seen significant shifts in recent years. With the departure of the Supra from the 2026 model year lineup, Toyota is strategically positioning the Celica Sport to fill a performance gap in its portfolio while appealing to a broad range of driving enthusiasts. The decision to revive the Celica nameplate, rather than introducing an entirely new model designation, leverages the brand equity and nostalgic appeal that the Celica built over several decades.
Market
