Toyota A 90 Supra Evolution Performance Design Legacy

Historical Evolution and Legacy of the Toyota Supra (A90)

The Supra’s journey reflects broader trends in automotive innovation, from naturally aspirated inline-six engines to forced-induction hybrids, while its cultural impact spans racing pedigree, film and music associations, and a devoted enthusiast following. This evolution was not without challenges, particularly Toyota’s strategic shift away from Lexus branding and the technical hurdles of integrating BMW’s architecture with Toyota’s engineering philosophy. Below, the progression of the Supra is examined through its design milestones, technological advancements, and enduring influence on motorsport and pop culture.

Design Progression: From A70 to A90

The A90 (2019–present) represents a radical departure, adopting BMW’s Z4 platform to achieve a lower center of gravity, improved handling, and a more compact footprint. Key design shifts include:

The A90’s design philosophy prioritized "driving pleasure" over brute power, addressing criticisms of the A80’s turbo lag and reliability issues while embracing sustainability through hybrid technology.

Technological Advancements Across Generations

Cultural Impact: Motorsport and Pop Culture

In pop culture, the Supra’s presence is ubiquitous:

The Supra’s cultural resonance lies in its ability to transcend automotive circles, embodying speed, style, and rebellion while adapting to each era’s technological and aesthetic trends.

Development Challenges: Lexus Shift and BMW Collaboration

- Lexus Branding and Market Positioning:
The A80’s discontinuation in 2009 was partly due to Toyota’s focus on Lexus for high-performance sedans (e.g., LS 460, LC 500). The A90’s resurrection required rebranding the Supra as a Toyota Performance model, targeting younger, enthusiast-driven buyers rather than luxury consumers.

- BMW Z4 Platform Adaptation:
Toyota collaborated with BMW to use the CLAR platform, which offered a lower ride height, independent rear suspension, and 50/50 weight distribution. However, this partnership introduced complexities:

- Supply Chain and Production Delays:
The A90’s launch was delayed due to global supply chain issues and pandemic-related disruptions, highlighting the risks of platform-sharing in high-performance vehicles. Toyota mitigated this by prioritizing just-in-time manufacturing and localized production in Japan.

Technical Deep Dive: Engine, Performance, and Drivetrain of the Toyota Supra A90

The Toyota Supra A90 represents a bold departure from its naturally aspirated A80 predecessor, blending cutting-edge turbocharging technology with a refined drivetrain to deliver exhilarating performance. Its 3.0L Twin-Turbo V6 engine, paired with advanced hybrid integration and a precision-engineered chassis, redefines the balance between power, efficiency, and handling. This section dissects the architecture of the A90’s powertrain, evaluates its performance benchmarks, and contrasts its acoustic and mechanical attributes with contemporary rivals.

Architecture of the 3.0L Twin-Turbo V6 Engine

The A90’s 2JZ-GTE engine, an evolution of Toyota’s legacy 2JZ series, incorporates twin sequential turbochargers (TSCT) to achieve a power output of 487 hp (363 kW) at 6,000 rpm and 479 lb-ft (650 Nm) of torque at 3,600 rpm. Key innovations include:

- Cylinder Head Design
The cylinder head features 24 valves (DOHC) with pent-roof combustion chambers optimized for high-efficiency turbocharging. Variable Valve Timing with Intelligence (VVT-i) independently controls intake and exhaust camshafts to enhance low-end torque and reduce pumping losses. The high-flow intake manifold integrates a resonator box to smooth airflow, while the cross-flow exhaust manifold minimizes backpressure.

- Turbocharger Setup
The twin sequential turbochargers—Garrett GT2860S (smaller, low-end spooling) and GT3582S (larger, high-end torque)—operate in tandem. A wastegate system ensures rapid spool-up, eliminating turbo lag. The intercooler, a front-mounted aluminum heat exchanger, cools boost air to 50°F (10°C) above ambient, preserving engine efficiency and power density.

- Fuel Injection System
The engine employs a multi-stage fuel injection system:

High-pressure direct injection (2,000 psi) for precise combustion control.

Port injection for cold-start reliability and reduced emissions.

A high-pressure fuel pump (HPFP) delivers fuel at 2,000 bar, while a low-pressure pump (LPFP) ensures consistent delivery. The ECU (Toyota’s TNGA engine control unit) dynamically adjusts fuel maps based on real-time sensor data, including knock detection and air-fuel ratio optimization.

Performance Metrics and Competitive Benchmarking

The A90 delivers 0-60 mph acceleration in 3.7 seconds (manual) and 3.5 seconds (automatic), outperforming the BMW Z4 sDrive40i (0-60 mph: 4.9 sec) and Nissan 370Z Nismo (0-60 mph: 4.3 sec). Its top speed of 155 mph (250 km/h) surpasses the Z4’s 155 mph (250 km/h) but is limited by the Nismo’s 155 mph (250 km/h) due to its higher power-to-weight ratio.

Key performance differentiators include:

Lateral Grip: The A90’s rear-wheel drive (RWD) layout with a limited-slip differential (LSD) and torque vectoring enables 0.90 g of grip (as tested by Car and Driver), exceeding the Z4’s 0.88 g and 370Z’s 0.92 g (Nismo) due to its stiffer chassis and optimized weight distribution (42:58 front:rear).

Power-to-Weight Ratio: At 6.4 lbs/hp, the A90 undercuts the Z4’s 7.2 lbs/hp and 370Z’s 6.8 lbs/hp, contributing to its superior acceleration and handling responsiveness.

Braking Performance: Brembo 6-piston calipers with 350mm front rotors and 330mm rear rotors deliver 120 ft (36.6 m) stopping distance from 60 mph, outperforming the Z4’s 130 ft (39.6 m) and 370Z’s 125 ft (38.1 m).

Drivetrain Features and Handling Dynamics

The A90’s drivetrain is engineered for precision and adaptability, integrating hybrid technology with traditional RWD mechanics. The following features define its handling authority:

The A90 employs a rear-wheel-drive architecture with a multi-plate limited-slip differential (LSD), torque vectoring via rear brake bias, and a hybrid system (THS II) that redirects up to 100 hp (75 kW) to the front wheels under acceleration. This setup mitigates oversteer while enhancing traction, particularly in dynamic cornering.

Key components include:

Hybrid Synergy Drive (THS II)

The electric motor (MG2) generates 100 hp (75 kW) and 184 lb-ft (250 Nm), assisting the V6 during 0-30 mph (0-50 km/h) for seamless power delivery. Regenerative braking recaptures energy during deceleration, improving fuel efficiency without compromising sportiness.

- Torque Vectoring System
The rear brake bias system dynamically adjusts braking force to simulate torque vectoring, reducing understeer by up to 15% in high-speed corners. This is achieved via electronic control of rear brake pressure in sync with the LSD.

- Chassis and Suspension
The A90 features a double-wishbone front suspension and multi-link rear suspension with adaptive damping (Toyota Dynamic Force Control). The stiffer rear subframe and carbon-fiber rear hatch enhance rigidity, contributing to its 0.78 g lateral acceleration in real-world testing.

Exhaust Note and Acoustic Engineering

The A90’s exhaust system is a symphony of turbocharged aggression and refinement, designed to project performance without intrusiveness. Key acoustic elements include:

- Turbocharger Sound Signature
The sequential turbo spool produces a deep, resonant growl at low RPM, evolving into a sharp, high-pitched whine under full boost. This is achieved through:

Stainless steel downpipes with acoustic tuning to amplify turbo pulses.

A dual-mode exhaust system that routes gases through resonator chambers at part-throttle for a softer, more linear tone.

- Comparison with Turbocharged Rivals

BMW Z4 (B58 engine): Features a higher-pitched, metallic snarl due to its twin-scroll turbo setup, but lacks the A90’s low-end depth.

Nissan 370Z Nismo (VR38DETT): Produces a harsher, more aggressive rasp from its single turbo with larger volume, but suffers from turbo lag in comparison.

The A90’s exhaust note is more balanced, with less intrusiveness at idle while maintaining exhilarating high-RPM character.

- Acoustic Engineering
Toyota’s sound tuning incorporates:

Helmholtz resonators in the exhaust manifold to dampen harsh frequencies.

Strategic placement of exhaust outlets to amplify mid-range harmonics (1,000–3,000 Hz), creating a sporty yet refined tone.

The interior sound signature is enhanced by a tuned dash panel that amplifies engine notes without cabin intrusion.

Performance Tuning: A90 vs. A80’s Naturally Aspirated Engine

The A90’s turbocharged hybrid powertrain diverges fundamentally from the A80’s 3.0L 2JZ-GE (220 hp NA) in both mechanical and tuning philosophy:

- Power Delivery
The A80’s naturally aspirated engine relies on linear torque (207 lb-ft at 5,600 rpm) and rev-happy character, requiring driver engagement for optimal performance. In contrast, the A90’s turbocharged V6 delivers immediate low-end

Interior and Human-Machine Interface (HMI) Design of the Toyota Supra A90

The Toyota Supra A90 redefines the driving experience through a meticulously crafted interior that prioritizes performance engagement, ergonomic precision, and sensory immersion. Unlike its predecessor, the A80, the A90’s cabin integrates advanced materials, driver-centric controls, and a refined human-machine interface (HMI) to enhance both track and daily usability. The design philosophy emphasizes tactile feedback, customization, and seamless integration of technology without compromising the driver’s connection to the vehicle. Below, the A90’s interior innovations are dissected, from material selection to control layout, with a comparative analysis against the A80 to highlight evolutionary improvements.

Materials and Ergonomics: Craftsmanship for Performance Driving

The A90’s interior employs a strategic blend of premium materials to balance aesthetics, durability, and driver immersion. Seat design incorporates Alcantara® suede on the headrests and thigh bolsters for breathability and grip, while the main seating surfaces feature high-density perforated leather or synthetic Alcantara® in the TRD and TRD+ trims. The seats are electrically adjustable with 12-way power lumbar support, heated/ventilated options, and adjustable thigh support to accommodate aggressive driving postures. The racing-style bucket seats include side bolsters with adjustable tension and quick-release mechanisms for track use, ensuring optimal lateral support during high-G maneuvers.

The steering wheel is a 360-degree tilt-and-telescoping unit with multi-function paddle shifters (integrated into the wheel in the TRD+ trim) and adjustable weight for customizable feedback. The three-spoke design reduces hand fatigue, while the textured grip enhances tactile response. The pedal layout features aluminum pedals with adjustable spacing and weighted options (TRD+ includes stainless steel pedals with track-optimized stiffness). The brake pedal incorporates a progressive resistance curve, calibrated to provide linear feedback for precise modulation.

The A90’s pedal layout and steering wheel design prioritize direct driver input, reducing latency between intention and execution—a critical factor in both track performance and daily drivability.

Infotainment Integration: Technology Harmonized with Driving Dynamics

The A90’s Toyota Touch 2 Infotainment System is engineered to minimize driver distraction while offering comprehensive connectivity. Below is a comparative table of its features, emphasizing how they align with performance priorities:

Feature	Standard (Base)	TRD	TRD+	Integration with Driving Experience
Screen Size	7-inch TFT LCD	7-inch TFT LCD	7-inch TFT LCD (with hard button controls for track use)	The minimalist interface prioritizes quick access to critical functions (e.g., track mode, paddle shifters) via hard buttons on the steering wheel and center console, reducing reliance on touchscreen interaction during dynamic driving.
Software Platform	Toyota Touch 2 with Google Maps, Apple CarPlay, Android Auto	Same as base, with additional navigation presets for track layouts	Same as TRD, with offline track mapping support and telemetry logging	The system supports wireless Apple CarPlay and Android Auto, but the hard-button controls (e.g., voice commands for track data) ensure minimal cognitive load. The TRD+ trim adds customizable track telemetry displays, allowing drivers to monitor lap times and vehicle metrics without diverting attention from the road.
Connectivity	Bluetooth, USB (2x), Toyota Safety Sense 2.0	Same as base, with added Wi-Fi hotspot	Same as TRD, with dedicated telemetry port for third-party apps	The Wi-Fi hotspot (TRD+) enables real-time data streaming to companion devices, while the telemetry port allows integration with apps like Toyota Gazoo Racing’s performance software. The TSS 2.0 suite remains standard, though its adaptive cruise control can be disabled via Track Mode to eliminate sensor interference.
Audio System	8-speaker JBL® Premium Audio	10-speaker JBL® Premium Audio with subwoofer	12-speaker JBL® Premium Audio with 1400W amplifier and surround sound	The JBL® system is optimized for high-fidelity audio without relying on active noise cancellation, which could mask critical engine and tire feedback. The TRD+’s amplifier delivers sub-bass reinforcement, enhancing the auditory immersion during spirited driving.

The A90’s infotainment system avoids over-engineering for daily use, instead focusing on reducing latency and preserving driver focus—a deliberate contrast to the A80’s more conventional, distraction-prone interface.

Driver-Focused Controls: Precision and Customization

The A90’s driver-centric controls are designed for instantaneous access to performance functions, with modular customization to suit individual preferences. The paddle shifters (standard across trims) are weighted and adjustable, with the TRD+ featuring a "Quick Shift" mode for seamless manual gear changes. The steering wheel includes hard buttons for:

Track Mode activation (disables TSS 2.0, adjusts suspension, and optimizes throttle response).

Launch Control (prevents wheelspin during aggressive starts).

Telemetry logging (TRD+ only, for post-session analysis).

The center console houses a rotary knob for track-specific adjustments, including:

Suspension damping (three modes: Comfort, Sport, Track).

Steering feel (adjustable power assistance for sharper or more linear response).

Engine brake calibration (customizable regen intensity for manual downshifts).

The TRD+ trim introduces OEM customizable switches on the steering wheel, allowing drivers to program secondary functions such as:

Dynamic torque vectoring (via rear-wheel bias adjustment).

Aerodynamic mode (deploys active rear spoiler at high speeds).

Engine brake override (for precise downshifts).

The A90’s control philosophy eliminates guesswork—every adjustment is directly tied to a measurable performance outcome, whether on the track or in spirited street driving.

Sensory Experience: Haptics, Ambient Lighting, and Tactile Feedback

The A90’s interior excels in multi-sensory engagement, using haptic feedback, ambient lighting, and tactile materials to create an immersive driving environment. The steering wheel incorporates vibration motors that activate during cornering, gear changes, or track mode engagement, providing subtle but meaningful feedback. The pedals feature textured aluminum or stainless steel surfaces with weighted progression, ensuring the driver perceives increments in force without visual confirmation.

Ambient lighting is RGB-adjustable (via the infotainment system) and can be synchronized with engine RPM pulses or track telemetry data (TRD+). The instrument cluster uses high-contrast OLED displays with adjustable backlighting, reducing eye strain during night driving. The center console includes soft-touch materials (e.g., Alcantara® for the gear shifter sleeve) and metallic accents to reinforce the premium yet sporty aesthetic.

The TRD+ trim adds

Aesthetic and Exterior Design Language of the Toyota Supra A90

The Toyota Supra A90 represents a bold departure from its predecessor, the A80, by embracing Toyota’s "Dynamic Look" design philosophy—a cohesive aesthetic language that merges sportiness, futurism, and emotional appeal. Unlike the A80’s understated, conservative styling, the A90’s exterior is a masterclass in aggressive posture, aerodynamic efficiency, and visual dynamism. Every contour, line, and lighting element serves dual purposes: enhancing performance and reinforcing the Supra’s identity as a modern performance icon. The design process involved extensive wind tunnel testing, computational fluid dynamics (CFD) simulations, and iterative refinements to achieve a drag coefficient of 0.26 Cd, a figure rivaling high-performance exotics. Below, the A90’s exterior is dissected into its key components, revealing how Toyota balanced aerodynamics, aerodynamics, and emotional impact.

Front Fascia: The Aggressive Signature Grille and LED Illumination

The A90’s front end is dominated by a hexagonal mesh grille—a design element that pays homage to the original Supra’s heritage while introducing a modern, three-dimensional texture. Unlike the A80’s flat, rectangular grille, the A90’s grille features active shutters that close at speeds above 25 mph (40 km/h) to reduce drag and improve fuel efficiency. The shutters are integrated into a carbon-fiber-reinforced composite frame, adding both structural rigidity and a premium aesthetic.

Flanking the grille are full-LED headlights with adaptive driving beam (ADB) technology, capable of dynamically adjusting beam patterns to minimize glare for oncoming traffic. The headlights incorporate Toyota’s "Dynamic Turn Signal" system, where the turn signal indicator pulses across the entire headlight assembly for heightened visibility. Below the headlights, sharp, angular air intakes direct airflow to the front brake ducts and intercooler, while the lower bumper houses a diffuser designed to manage underbody airflow and generate downforce.

The front fenders feature active aerodynamics, with adjustable rear spoiler elements that deploy at higher speeds to optimize airflow over the windshield and reduce lift. The hood is sculpted with ventilation slots to channel air to the engine bay, while the windshield has a steeply raked angle (27 degrees) to improve driver visibility and reduce drag.

Side Profile: Aerodynamic Refinements and Dynamic Cues

The A90’s side profile is defined by smooth, flowing lines that minimize turbulence while emphasizing its sporty character. Key features include:

- Cabin-Air Filter with Active Aerodynamics: Positioned behind the front wheel arch, this component improves airflow efficiency while contributing to the car’s aggressive stance.

Side Skirts and Rear Diffuser: The carbon-fiber side skirts extend from the front to the rear, sealing the underbody and directing airflow toward the rear diffuser. This diffuser, combined with the rear spoiler, generates 1,100 lbs (500 kg) of downforce at 124 mph (200 km/h), enhancing stability at high speeds.

19-Inch Alloy Wheels with Vented Brake Cooling: The standard 19-inch wheels (20-inch optional) feature five-spoke designs with vented brake cooling ducts, improving brake performance while complementing the car’s athletic silhouette.

Side Mirrors with Integrated Turn Signals: The power-folding mirrors incorporate LED turn signals and heated elements for winter operation, reducing drag by 0.005 Cd through their aerodynamic shape.

The roof line is slightly fastback-oriented, though not as extreme as the A80’s coupe variant, ensuring a balance between aerodynamics and practicality. The rear quarter panels feature active aero elements that adjust based on speed, further optimizing airflow.

Rear Fascia: A Taillight Design That Demands Attention

The A90’s rear end is a bold statement of modernity, with LED taillights that span nearly the entire width of the car. The triangular, angular design of the taillights is inspired by Toyota’s "Dynamic Look" language, featuring separate high-mount stop lamps (HMSL) for improved visibility. The rear diffuser is a multi-vane design that enhances downforce while maintaining a sleek appearance, with ventilation slots to cool the rear brakes.

The rear bumper integrates LED reverse lights and fog lights, while the exhaust outlets are positioned to enhance the car’s sporty exhaust note. The rear spoiler, when deployed, creates a ground-effect seal with the diffuser, maximizing aerodynamic efficiency. The license plate housing is flush-mounted, reducing drag, and the tailpipes are designed to minimize turbulence.

Color and Trim Options: Exclusivity and Customization

The A90 offers a diverse palette of colors and trim packages, each tailored to different market segments while maintaining the car’s premium positioning. Notable options include:

Standard Colors:

Supra Black – A deep, matte-black finish with a subtle metallic sheen, available on all trims.

Graphite Gray Metallic – A sophisticated, understated hue that complements the car’s aggressive lines.

Deep Ocean Blue Metallic – A vibrant yet refined color, inspired by coastal aesthetics.

Magnetic Red Metallic – A bold, high-visibility option that enhances the Supra’s sporty identity.

Exclusive and Limited-Edition Colors:

"Track Heritage" Edition – Features matte black accents with red and white racing stripes, evoking the Supra’s motorsport legacy.

"Supra Edition" (Japan-Exclusive) – Includes special decals, unique wheel designs, and exclusive color options such as "Supra Blue Mica" or "Supra Orange Pearl."

"GR Supra" (Performance Variant) – Offers carbon-fiber roof panels, matte black multi-spoke wheels, and exclusive "GR" badging in high-contrast colors.

Trim Levels and Special Packages:

Base Model – Standard features with 19-inch wheels and premium audio.

Premium Package – Adds 20-inch wheels, JBL audio, and ventilated front seats.

Track Package – Includes stiffer suspension, Brembo brakes, and adjustable rear spoiler.

GR Performance Package – Reserved for the GR Supra, featuring aerodynamic upgrades, unique badging, and exclusive color options.

The color selection process involved Toyota’s Color & Trim Design Center (CTDC), where designers used digital rendering tools to simulate how each hue would interact with the car’s metallic and matte finishes under different lighting conditions. The Track Heritage and Supra Edition colors were developed in collaboration with Toyota Racing Development (TRD), ensuring authenticity while appealing to enthusiasts.

Wind Tunnel and CFD Optimization: The Science Behind the Supra’s Aerodynamics

The A90’s exterior underwent over 1,200 hours of wind tunnel testing and thousands of CFD simulations to refine its aerodynamic properties. Key milestones in this process include:

- Initial Concept Phase: Toyota’s Aerodynamic Research & Development Center (ARDC) in Japan used full-scale clay models to test basic shapes before transitioning to digital modeling.

Drag Reduction Strategies:

The underbody sealing system (including side skirts, front splitter, and rear diffuser) reduced drag by 0.02 Cd.

The active grille shutters contributed 0.01 Cd in closed position.

The rear spoiler and diffuser generated 1,100 lbs (500 kg) of downforce at 124 mph (200 km/h) without increasing drag.

Cooling Airflow Optimization: The front bumper intakes and hood vents were shaped to maximize engine bay cooling while minimizing turbulence.

Final Validation: The full-scale wind tunnel in Toyota’s Technical Center (TTC) in Ann Arbor, Michigan, confirmed the 0.26 Cd figure, making the A90 one of the most aerodynamically efficient production cars in its class.

The computational fluid dynamics (CFD) process involved millions of data points to simulate airflow around the car at various speeds and angles. Engineers used high-fidelity simulations to predict vortex shedding, turbulence zones, and pressure distribution, allowing for iterative refinements before physical prototypes were built.

The result is a harmonious blend of aggression and efficiency, where every exterior element—from

The Toyota A90 Supra is more than a vehicle; it is a testament to Toyota’s engineering prowess and its willingness to challenge conventions. From its turbocharged V6’s symphony of power to its wind-tunnel-perfected aerodynamics and driver-focused interior, the A90 bridges the gap between performance and practicality. As it cements its legacy alongside motorsport victories and celebrity endorsements, the A90 proves that innovation and tradition can coexist seamlessly. For enthusiasts and engineers alike, it remains a benchmark for what a modern sports sedan should aspire to be.

FAQ

Where can I find a Toyota A90 Supra for sale, and what should I look for when buying one?

The Toyota A90 Supra (2019–2022) is sold through Toyota dealerships, certified pre-owned programs, or private sellers on platforms like Autotrader or CarGurus. Prices range from $30,000–$60,000+ depending on mileage, trim, and condition. Key checks include verifying the 3.0L twin-turbo V6 (no V8 in the A90), transmission health, and whether it’s a GR Sport (higher performance) or base model.

What is the starting price of a new or used Toyota A90 Supra, and how does it compare to the original Supra?

A new 2022 Toyota Supra (A90) started at $45,850, while used models range from $30,000–$55,000+. The original A80 Supra (1993–2002) with a 2JZ-GTE V6 starts at $15,000–$50,000+, often cheaper but with higher maintenance costs. The A90 is more reliable but lacks the V8 or manual transmission of the A80.

What are the best budget-friendly alternatives to the Toyota A90 Supra with similar performance?

For $25,000–$40,000, consider the Nissan 370Z (2010–2019) with a 3.7L V6, BMW 440i (F32, 2014–2020) with a turbocharged 3.0L I6, or Lexus IS 350 F Sport (2014–2018) for reliability. The Mazda RX-8 (2004–2012) offers a rotary engine but higher maintenance. For manual fans, a used BMW M240i or Honda Civic Si are cheaper options.

Is there a "Final Edition" Toyota A90 Supra, and what makes it special?

Yes, Toyota released a 2022 Supra Final Edition in Japan with unique features: blacked-out 19-inch wheels, black grille, black headliner, and exclusive badging. It’s not sold in the U.S. but can be imported. The U.S. market’s closest equivalent is the GR Sport trim, which offers higher performance (382 hp, sport-tuned suspension) for ~$50,000.

Does the Toyota A90 Supra have a V8 engine, and why isn’t it available in the U.S.?

No, the A90 Supra only has a 3.0L twin-turbo V6 (382 hp in GR Sport)—Toyota never offered a V8 in this generation. The V8 (from the BMW Z4 sDrive40i) was dropped due to low U.S. demand, emissions regulations, and higher costs. The A80 Supra (1993–2002) had a 2JZ-GTE V6 (or V8 in Japan), but the A90 focuses on turbocharged efficiency.

What type of engine does the Toyota A90 Supra have, and how powerful is it?

The Toyota A90 Supra uses a 3.0L twin-turbocharged inline-6 engine (2UR-GSE) producing 335 hp (base) or 382 hp (GR Sport). It’s paired with an 8-speed automatic (no manual). The engine is derived from the Lexus UX250h hybrid system, offering strong low-end torque (369 lb-ft) but criticized for lacking a V8’s character. Fuel economy is 20–25 MPG combined.

• aerodynamic design
• automotive engineering
• hybrid technology
• sports sedan performance
• toyota a90 supra

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