Supra MK 4 Specifications Unveiling Advanced Performance Metrics

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The Toyota Supra MK4 represents a bold leap in automotive engineering, blending heritage with cutting-edge innovation to redefine high-performance dynamics. Engineered as a track-focused coupe, this model introduces a hybrid powertrain, refined aerodynamics, and precision handling that challenge conventional performance benchmarks. Its development integrates decades of motorsport expertise with modern electrification, delivering a vehicle that excels in both straight-line speed and cornering agility.

At its core, the MK4 distinguishes itself through a meticulously optimized powertrain, a chassis designed for dynamic engagement, and an interior crafted for driver immersion. Every technical refinement—from adaptive suspension to active aerodynamics—serves a purpose in elevating the Supra’s capabilities beyond its predecessor. This exploration dissects the MK4’s specifications, comparing its advancements against the MK3 while contextualizing its performance within the competitive landscape of modern high-performance coupes.

supra mk4 specifications

Technical Overview of the Supra MK4: Evolution in Powertrain, Chassis, and Aerodynamics

The Toyota Supra MK4 represents a paradigm shift in performance engineering, integrating Toyota’s GA-F platform with BMW’s B58 engine and advanced hybrid technology. Unlike its predecessor, the MK3, the MK4 prioritizes dynamic balance, efficiency, and track-focused refinement while addressing real-world usability. Key innovations include a twin-turbocharged inline-6 hybrid powertrain, a revised chassis architecture with adaptive damping, and aerodynamically optimized bodywork. These features collectively redefine the Supra’s performance spectrum, targeting both spirited driving and daily drivability.

The MK4’s engineering philosophy emphasizes weight distribution optimization, thermal management, and predictive handling, setting it apart from the MK3’s naturally aspirated, rear-wheel-drive orientation. Below, the powertrain, drivetrain, and chassis systems are dissected for their technical advancements and performance implications.

Powertrain: Hybrid Turbocharged Inline-6 and Energy Management

The Supra MK4’s powertrain abandons the MK3’s 3.0L NA V6 in favor of a 2.4L twin-turbocharged inline-6 hybrid (B58B24T) paired with an electric motor, delivering 487 hp (500 PS) and 439 lb-ft (600 Nm) of torque. This configuration achieves Toyota’s Dynamic Force hybrid system, where the electric motor (123 hp) augments throttle response, regenerative braking, and launch control. The hybrid system also enables EV mode for low-speed maneuvering and hybrid boost for transient power delivery.

Key distinctions from the MK3’s 2GR-FKS engine include:

  • Forced induction vs. naturally aspirated: Turbocharging replaces the MK3’s 3.0L NA V6, improving low-end torque and efficiency while reducing displacement.
  • Hybrid integration: The MK4’s system differs from the MK3’s lack of electrification, offering 30+ km (18+ mi) of pure EV range and 20% better fuel economy (WLTP).
  • Thermal efficiency: The B58’s 48:1 compression ratio (vs. MK3’s 11.5:1) and variable valve timing enhance thermal management under boost.

    • Engine Specifications Comparison

    ParameterMK4 ValueMK3 ComparisonKey Notes
    Engine CodeB58B24T (Twin-Turbo I6)2GR-FKS (NA V6)BMW-derived architecture with Toyota’s hybrid tuning.
    Displacement2.4L (2,393 cc)3.0L (2,994 cc)Smaller displacement with forced induction achieves comparable power output.
    Power Output487 hp @ 6,000 rpm335 hp @ 7,000 rpm (GR)45% increase in power; hybrid motor adds 123 hp.
    Torque Output439 lb-ft @ 1,540–4,400 rpm262 lb-ft @ 4,100 rpm (GR)68% torque increase; hybrid motor extends low-end pull.
    Boost Pressure15 psi (adaptive)N/A (NA)Variable boost via two-stage turbochargers (small + large) for linear spool.
    Fuel SystemDirect + Port InjectionPort InjectionHigh-pressure direct injection (350 bar) improves combustion efficiency.
    Hybrid MotorPermanent Magnet (123 hp)N/AIntegrated into the transmission; 400V architecture for efficiency.
    Transmission MountingIntegrated Hybrid SystemSeparate E-CVT (GR)Motor and generator share the transmission case, reducing parasitic losses.
    Fuel Type91+ RON (Premium Unleaded)91+ RONNo E85 compatibility; optimized for turbocharged operation.
    Thermal ManagementDual electric water pumpsSingle mechanical pumpActive cooling for turbochargers and hybrid components.
    Weight SavingsAluminum block & headCast iron block30% lighter than the MK3’s engine, improving weight distribution.
    Blockquote:
    "The B58B24T’s twin-turbo layout prioritizes linear power delivery by sequencing the small turbo (low-end response) and large turbo (high-rpm power). This contrasts with the MK3’s NA V6, which relied on high-revving torque curves for exhilaration."

    Drivetrain: Transmission, Gear Ratios, and Differential Optimization

    The Supra MK4’s drivetrain diverges from the MK3’s 6-speed manual or 8-speed automatic in favor of an 8-speed twin-clutch automatic (TCT) with hybrid-specific tuning. This system, derived from Toyota’s TNGA-D platform, features direct-shift capability and launch control integration with the electric motor. Below is a step-by-step comparison of the MK4’s drivetrain against the MK3, including gear ratio implications and differential enhancements.

    Transmission Architecture
    The MK4’s TCT (Twin-Clutch Transmission) replaces the MK3’s 8-speed automatic (U850E) with the following key differences:

  • Clutch-based shifting: Eliminates torque converter lag, improving shift precision (0.1s vs. 0.3s in the MK3’s converter-based auto).
  • Hybrid-specific calibration: The electric motor pre-charges the clutch during shifts, reducing engagement delays.
  • Paddle shifters: Manual mode with simulated sequential shifts (vs. MK3’s traditional torque converter shifts).

    • Gear Ratio Comparison
    The MK4’s ratios are optimized for hybrid launch efficiency and high-speed cruising, differing significantly from the MK3’s NA V6 tuning:

    Gear Ratio ComparisonMK4 (TCT)MK3 (8AT/U850E)Performance Implications
    1st Gear4.304.30Hybrid launch advantage: Electric motor assists in low-speed acceleration, reducing wheelspin.
    2nd Gear2.752.63Wider spread for better low-end torque utilization; MK3’s NA V6 favored higher revs.
    3rd Gear1.671.63Linear progression suits turbocharged response; MK3’s ratios were tuned for NA peak torque at ~4,100 rpm.
    4th Gear1.261.22Overdrive ratio shifted higher for efficiency; MK3’s 4th gear was closer to peak power (6,000 rpm).
    5th Gear0.930.87Hybrid cruising efficiency: Electric motor reduces engine load at highway speeds.
    6th Gear0.700.69Minimal difference; both tuned for highway stability.
    7th Gear0.50N/AHybrid-specific: Electric motor handles low-speed driving; engine operates at optimal efficiency.
    8th Gear0.40N/AHighway overdrive: Reduces engine RPM at 120+ mph, improving fuel economy.
    Final Drive Ratio4.104.30Lower ratio in MK4 improves top speed (180+ mph) and acceleration due to hybrid assist.
    Reverse Gear4.304.30Identical; no performance impact.
    Blockquote:
    "The MK4’s 7th and 8th gears are hybrid-specific, allowing the engine to operate in its optimal 2,000–4,000 RPM range during daily driving. This contrasts with the MK3, where 6th gear was the highest, requiring higher RPMs for cruising."

    D

    supra mk4 specifications - Ilustrasi 2

    Performance Metrics and Dynamic Capabilities: Supra MK4’s Track-Ready Precision

    The Toyota Supra MK4 redefines performance expectations for a modern JDM coupe, blending raw power with refined handling dynamics. Its metrics transcend traditional acceleration figures, emphasizing track-oriented capabilities where real-world data often diverges from manufacturer claims. The MK4’s engineering prioritizes dynamic balance—achieved through optimized weight distribution, active aerodynamics, and chassis tuning—positioning it as a competitor to established high-performance coupes. Below, key performance benchmarks are analyzed, including acceleration, braking, and top-speed figures, alongside a comparative assessment of power-to-weight ratios and center-of-gravity adjustments.

    Acceleration and Top-Speed: Real-World vs. Manufacturer Claims

    The Supra MK4’s performance figures reflect Toyota’s commitment to transparency, though real-world testing reveals nuanced deviations from official claims. The 0-60 mph (0-97 km/h) sprint is quoted at 3.4 seconds (for the TRD+ model), a figure validated by independent tests but dependent on conditions such as tire compound, track surface, and launch control calibration. Similarly, the 0-100 mph (0-161 km/h) time of 11.1 seconds underscores the MK4’s ability to sustain high-speed acceleration without sacrificing stability, a critical factor for track use.

    Top-speed figures are less variable, with the MK4 achieving 155 mph (250 km/h) in standard trim, limited by aerodynamics rather than engine output. The TRD+ variant, with its revised cooling and exhaust systems, maintains this limit while improving thermal efficiency under sustained high-speed conditions. Independent tests confirm these figures, though real-world top-speed may fluctuate by ±3 mph (5 km/h) due to wind resistance and gradient.

    Key Consideration: The MK4’s acceleration metrics are optimized for track engagement, where launch control and traction management (via the DSC+ system) prioritize wheelspin control over raw time. This results in consistent 0-60 mph times within 0.1–0.2 seconds of the quoted figure under ideal conditions.

    Braking and Skidpad Grip: Chassis Optimization for Precision

    The Supra MK4’s braking system, featuring Brembo 6-piston front calipers and 4-piston rear calipers, delivers stopping distances from 60–0 mph in 102 feet (31 meters), aligning with competitors like the Nissan GT-R (105 feet) and Porsche 718 Cayman S (108 feet). This performance is attributed to carbon-ceramic brake pads (optional) and adaptive brake force distribution, which reduces dive under hard braking by 15% compared to the MK3.

    Skidpad grip, a critical metric for cornering performance, measures 1.15 g on the Toyota-provided test surface, surpassing the MK3’s 1.08 g and rivaling the GT-R’s 1.20 g (with Nismo tuning). The MK4’s wide track (62.2 inches front, 61.4 inches rear) and low center of gravity (46.5% front bias) contribute to this result, though the GT-R’s rear-wheel-drive bias allows for higher lateral grip in extreme conditions.

    Dynamic Trade-off: The MK4’s front-wheel-drive layout sacrifices peak skidpad performance compared to RWD rivals but gains in understeer control—a deliberate design choice for predictable handling at the limit.

    Performance Summary Table: MK4 vs. MK3 and Competitors

    Below is a comparative analysis of key performance metrics, highlighting the MK4’s advancements over the MK3 and its positioning among modern high-performance coupes.
    Metric Supra MK4 (TRD+) Supra MK3 (Nismo) Notable Achievements
    0-60 mph (0-97 km/h) 3.4 sec 3.5 sec Faster than Porsche 718 Cayman S (3.6 sec) and Nissan GT-R (3.2 sec with Nismo tune).
    0-100 mph (0-161 km/h) 11.1 sec 11.8 sec One of the fastest JDM coupes in sustained acceleration.
    Top Speed 155 mph (250 km/h) 155 mph (250 km/h) Limited by aerodynamics; TRD+ maintains stability at high speeds.
    Braking (60-0 mph) 102 ft (31 m) 110 ft (33.5 m) Faster than GT-R (105 ft) and Cayman S (108 ft) with carbon-ceramic brakes.
    Skidpad Grip (lateral g) 1.15 g 1.08 g Exceeds MK3 by 7%; competitive with GT-R (1.20 g) but less than RWD-focused rivals.
    Nürburgring Nordschleife Lap Time 7:33.3 (TRD+) 7:45.1 (Nismo) Faster than Porsche 911 Carrera S (7:42.0) and GT-R (7:40.0) in stock form.
    Power-to-Weight Ratio 320 hp / 3,090 lbs = 103.6 hp/ton 300 hp / 3,200 lbs = 93.8 hp/ton Higher than Cayman S (98.5 hp/ton) but lower than GT-R (106.8 hp/ton).
    Center of Gravity Height 18.1 in (46.0 cm) 18.5 in (47.0 cm) Lower than Cayman S (18.3 in) and GT-R (18.7 in), improving agility.

    Power-to-Weight Ratio and Center of Gravity: Agility vs. Straight-Line Speed

    The Supra MK4’s power-to-weight ratio (103.6 hp/ton) places it among the most efficient high-performance coupes, outperforming the Porsche 718 Cayman S (98.5 hp/ton) while trailing the Nissan GT-R (106.8 hp/ton). This balance is achieved through:
  • Aluminum-intensive body panels (reducing curb weight by 220 lbs vs. MK3).
  • Optimized battery placement in hybrid models, lowering the center of gravity to 18.1 inches (vs. 18.5 inches in the MK3).
  • Rear-wheel-drive bias (54:46 weight distribution), enhancing oversteer potential without sacrificing stability.
    • Engineering Trade-off: The MK4’s front-wheel-drive architecture sacrifices peak straight-line acceleration compared to RWD rivals but improves cornering exit speed and traction under throttle. The GT-R’s RWD layout allows for higher lateral g forces (1.20 g) but at the cost of greater body roll in high-speed corners.
    The center of gravity (CoG) adjustments are particularly impactful:
  • Lower CoG improves body control in fast sweeps, reducing roll moments by 12% compared to the MK3.
  • Wide track and stiff suspension

    • Interior and Driver Experience: Precision Engineering for Performance Engagement

    The Supra MK4 redefines the driver-centric philosophy of its predecessor with a meticulously crafted cockpit designed to enhance immersion, ergonomics, and operational efficiency. Every element—from the materials to the control placement—is optimized for track precision while maintaining daily usability. The interior balances lightweight construction with premium tactile feedback, ensuring the driver remains connected to the vehicle’s performance without distraction.

    The MK4’s cabin prioritizes driver engagement through intuitive controls, high-quality materials, and a refined seating position that minimizes fatigue during prolonged high-performance sessions. Below, the cockpit’s layout, driver-focused features, and technological integrations are examined in detail, alongside a comparative analysis of key upgrades over the MK3.

    Cockpit Layout and Ergonomic Design

    The Supra MK4’s interior follows a minimalist yet functional approach, eliminating non-essential elements to reduce driver workload. The dashboard adopts a digital-analog hybrid design, with a 10.25-inch fully digital gauge cluster flanked by a 12.3-inch touchscreen infotainment display positioned centrally for easy visibility. The flat-bottom steering wheel (370mm diameter) features paddle shifters and haptic feedback buttons for gear selection and media control, while the shorter-throw manual shifter (6.9-inch throw) is mounted on a tilt-adjustable column for customizable reach.

    Key ergonomic improvements include:

  • Pedal placement: Optimized for heel-toe downshifting, with a 160mm brake pedal travel and 180mm clutch pedal travel (manual models).
  • Seat position: The driver sits 20mm lower than in the MK3, lowering the center of gravity and improving visibility over the front wheels.
  • Door panels: Incorporate Alcantara and carbon-fiber accents, reducing weight while maintaining a premium feel.
  • Storage: Minimalist but practical, with a center console glovebox and cupholders integrated into the door sills for accessibility.

    • > "The MK4’s flat-bottom steering wheel and shorter-throw shifter reduce driver fatigue during long track sessions while maintaining the tactile feedback essential for precise inputs."

    Materials and Build Quality

    The MK4’s interior emphasizes weight reduction without compromising durability, using a blend of high-performance materials and strategic carbon-fiber applications. Key materials include:
  • Alcantara: Used for seat upholstery, door panels, and center console trim, providing a soft yet breathable surface ideal for high-G environments.
  • Carbon fiber: Applied to the dashboard, door sills, and shifter knob, reducing weight by up to 15% compared to traditional plastics.
  • Aluminum: Found in the pedal cluster and steering wheel, enhancing rigidity and heat dissipation.
  • Leather (optional): Available in full-grain or perforated options, with Suzuki Sport seats (standard) featuring ventilation and cooling channels for extended track use.

    • The seamless stitching and premium finishes ensure a refined aesthetic, while the reduced cabin weight (by ~10kg compared to MK3) improves handling responsiveness.

    Driver-Focused Controls and Customization

    The MK4 introduces driver-adjustable controls to tailor the experience, with a focus on track-oriented functionality. Key features include:

    - Steering wheel controls:

  • Paddle shifters (manual models) with haptic feedback for gear changes.
  • Cruise control buttons (if equipped) and media controls (volume, track skip).
  • Rotary knob for quick settings adjustment (e.g., driving modes, fan speed).

    • - Center console:

  • Rotary gear selector (automatic models) with haptic confirmation.
  • Dual-zone climate control with separate temperature settings for driver and passenger.
  • Wireless Apple CarPlay/Android Auto (via 12.3-inch touchscreen).

    • - Driving modes:

  • Track, Sport, and Comfort modes with adjustable throttle response, steering feel, and suspension calibration.
  • Customizable gauge cluster layouts (e.g., boost pressure, lap times, or G-forces).

    • > "The MK4’s paddle shifters and haptic feedback controls eliminate the need for hand-eye coordination during gear changes, allowing the driver to focus solely on the track."

    Infotainment System: Performance Without Distraction

    The 12.3-inch touchscreen infotainment system runs on Toyota’s in-house OS, optimized for responsiveness and minimal latency—critical for track use. Key specifications include:
  • Operating system: Toyota Touch 2.0 (derived from Linux-based architecture), ensuring fast wake-up times (~1 second).
  • Touchscreen: Capacitive, multi-touch with haptic feedback for button presses.
  • Connectivity:
  • Wireless Apple CarPlay/Android Auto (up to iOS 16/Android 12).
  • Bluetooth 5.0 with LE Audio support for low-latency audio streaming.
  • Toyota Safety Sense 2.5+ (if equipped), including adaptive cruise control and lane-keeping assist.
  • Rear-seat entertainment: Optional 10.1-inch rear display (in higher trims) with USB-C ports.

    • Limitations:

  • No navigation system (standard), though Google Maps/Waze can be used via CarPlay.
  • Touchscreen sensitivity may require gloves for precise input in wet conditions.
  • Bluetooth pairing can be slow during initial setup.

    • > "The MK4’s infotainment system prioritizes functionality over flashy graphics, ensuring the driver remains focused on the road while still offering modern connectivity."

    Seating Position and Visibility Enhancements

    The MK4’s lowered driver position and optimized windshield angle improve both track performance and visibility. Key improvements include:
  • Driver height: 20mm lower than the MK3, reducing center of gravity and improving weight transfer distribution.
  • Windshield rake: Steeper angle (vs. MK3) for better forward visibility without compromising aerodynamics.
  • Rear visibility:
  • 360-degree camera feed (standard in higher trims) displayed on the center infotainment screen.
  • Wide-angle side cameras with bird’s-eye view for parking and track exit/entry.
  • Seat adjustment:
  • 12-way power-adjustable seats with memory presets (up to 3 positions).
  • Suzuki Sport seats (standard) feature ventilation and side bolsters for lateral support.

    • > "The MK4’s seating position and camera system eliminate blind spots, making it one of the most driver-focused coupes in its class for both street and track use."

    Feature Comparison: MK4 vs. MK3 Interior Technology

    The following table highlights key differences in interior technology between the Supra MK4 and MK3, emphasizing driver impact:
    Feature MK4 Implementation MK3 Implementation User Impact
    Digital Gauge Cluster 10.25-inch fully digital, customizable layouts (boost pressure, lap times, G-forces) 6.1-inch TFT digital with analog backup, limited customization Improved data visibility and real-time performance monitoring for track use.
    Infotainment System 12.3-inch touchscreen, Toyota Touch 2.0 OS, wireless CarPlay/Android Auto 7-inch touchscreen, outdated OS, wired CarPlay (limited Android Auto) Faster response times, modern connectivity, and reduced cable clutter.
    Steering Wheel Controls Flat-bottom design, paddle shifters, haptic feedback buttons, rotary knob Thicker rim, basic cruise control buttons, no paddle shifters Enhanced ergonomics and quicker access to critical functions.
    Seating Position 20mm lower, improved visibility, Suzuki Sport seats with ventilation H

    Safety and Advanced Driver-Assistance Systems (ADAS) in the Supra MK4: Precision Protection and Dynamic Adaptability

    The Supra MK4 integrates a comprehensive suite of Active Safety Systems (ASS) and Advanced Driver-Assistance Systems (ADAS), designed to mitigate collision risks while harmonizing with the vehicle’s performance-oriented dynamics. Toyota’s Toyota Safety Sense 3.0 (TSS 3.0) forms the core of this suite, offering a balance between real-world effectiveness and driver engagement—critical for both daily commuting and track-focused driving. The system’s modular architecture allows selective deactivation for performance scenarios, though with region-specific legal considerations. Structural enhancements further elevate crash protection, aligning with stringent safety ratings while preserving the MK4’s sporty character.

    Active Safety Suite: Standard and Optional Features

    The Supra MK4’s safety suite is divided into standard and optional features, each tailored to enhance situational awareness and collision avoidance without compromising the vehicle’s dynamic capabilities. Standard features are pre-installed across all trims, while optional systems—such as Proactive Driving Assist (PDA)—require additional configuration. These systems leverage radar, cameras, and ultrasonic sensors to monitor surroundings, with real-time data processed by the vehicle’s central safety computer to intervene when necessary.

    Key standard ADAS features include:

  • Pre-Collision System with Pedestrian Detection (PCS w/PD): Uses millimeter-wave radar and a front-facing camera to detect potential collisions with vehicles or pedestrians, applying automatic emergency braking (AEB) if evasive maneuvers fail. Effectiveness is enhanced in urban environments but may reduce sensitivity in heavy traffic due to sensor saturation.
  • Lane Departure Alert (LDA) with Steering Assist: A monocular camera tracks lane markings, issuing haptic seat alerts or gentle steering corrections if unintended drift occurs. The system distinguishes between voluntary lane changes (e.g., overtaking) and unintentional deviations, reducing false activations.
  • Automatic High Beams: Dynamically switches between high and low beams based on headlight detection from oncoming vehicles, improving visibility without blinding other drivers. Operates in conjunction with adaptive cruise control (ACC) for cohesive nighttime driving.
  • Road Sign Assist: Uses machine learning to recognize and display speed limits, traffic signs, and warnings via the 12.3-inch digital gauge cluster, reducing driver workload in complex road networks.

    • Optional ADAS upgrades (available via Proactive Driving Assist package):

  • Adaptive Cruise Control (ACC) with Full-Speed Range Dynamic Radar Cruise Control (DRCC): Maintains set speeds and adaptive following distances using radar-based object tracking, with 0–180 km/h (0–112 mph) compatibility. Integrates with lane-centering assist for highway stability.
  • Lane Tracing Assist: An evolution of LDA, this system automatically corrects steering to keep the vehicle centered in its lane, active between 60–140 km/h (37–87 mph). Requires hands-on steering wheel to prevent misuse.
  • Blind Spot Monitoring (BSM) with Rear Cross-Traffic Alert: Rear ultrasonic sensors detect vehicles in blind spots, triggering LED warnings in side mirrors and audible alerts during lane changes. The Rear Cross-Traffic Alert activates during reverse, warning of approaching vehicles.
  • 360-Degree Camera System: Provides a stitched panoramic view via four 180-degree cameras, aiding parking and low-speed maneuvering. Includes bird’s-eye perspective and dynamic grid lines for spatial awareness.

    • Safety Feature Effectiveness and Limitations

    The following table summarizes the real-world effectiveness and operational limitations of the Supra MK4’s ADAS, based on Toyota’s validation tests and third-party crash analysis:
    System Function Real-World Effectiveness Limitations
    Pre-Collision Braking (PCB) Automatically applies brakes to reduce collision severity or avoid impact entirely.
    • Reduces front-end collisions by ~50% in low-speed scenarios (0–50 km/h).
    • Effective in urban and highway conditions with clear sensor visibility.
    • Pedestrian detection achieves ~85% accuracy in daylight (drops to ~60% at night).
    • May misfire in heavy traffic due to sensor ambiguity (e.g., distinguishing between brake lights and taillights).
    • False positives possible in snow or fog, triggering unnecessary braking.
    • Driver override required in emergency maneuvers (e.g., swerving to avoid debris).
    Lane Keeping Assist (LKA) Applies corrective steering to prevent unintended lane departures.
    • Reduces single-vehicle lane departure crashes by ~30% in highway conditions.
    • Works effectively on well-marked roads with clear lane lines.
    • Haptic alerts provide ~2-second reaction time before steering intervention.
    • Ineffective on unmarked roads or during aggressive cornering (e.g., track use).
    • May overcorrect in poorly maintained lanes (e.g., faded markings).
    • Not designed for off-road use—disables automatically in extreme angles.
    Adaptive Cruise Control (ACC) Maintains set speed and distance from preceding vehicles.
    • Improves traffic flow efficiency by ~15% in stop-and-go conditions.
    • Radar-based detection works up to ~300 meters (984 ft) in clear conditions.
    • Seamlessly integrates with lane-centering assist for highway stability.
    • Struggles in heavy rain/fog—reduces detection range by ~40%.
    • Not designed for dynamic track use—may conflict with throttle inputs.
    • Legal restrictions in some regions (e.g., Germany requires hands-on steering at all times).
    Blind Spot Monitoring (BSM) Alerts driver to vehicles in blind spots via mirror LEDs and audible warnings.
    • Reduces lane-change collisions by ~40% in urban and highway scenarios.
    • Effective detection range: ~5 meters (16 ft) laterally and ~70 meters (230 ft) rearward.
    • Rear Cross-Traffic Alert prevents ~25% of backing accidents in parking lots.
    • False alerts possible with large vehicles (e.g., trucks) or reflective surfaces.
    • Not a substitute for shoulder checks—driver remains responsible for final decision.
    • Ultrasonic sensors may degrade in extreme temperatures.

    Structural Safety Enhancements and Crash Protection

    The Supra

    The Toyota Supra MK4 stands as a testament to how hybrid technology and aerodynamic innovation can harmonize to create a driver-centric machine. Its specifications reveal a vehicle that pushes the boundaries of acceleration, handling, and efficiency, all while maintaining the emotional connection to Toyota’s motorsport legacy. Whether evaluated through raw performance metrics, ergonomic enhancements, or safety advancements, the MK4 redefines expectations for what a modern sports coupe can achieve. For enthusiasts and engineers alike, its arrival marks not just an evolution, but a reimagining of automotive performance.

    FAQ

    What are the stock specifications of the Supra MK4?

    The stock Toyota Supra MK4 (A80, 1993–2002) comes with a 3.0L inline-6 engine (1MZ-FE) producing 220–225 hp (JDM) or 220 hp (USDM), 5-speed manual or 4-speed auto, and a 5-speed manual-only option in later years. Weight ranges from 3,200–3,400 lbs, and it uses a rear-wheel-drive layout with a 4-link suspension.

    How much horsepower does the Supra MK4 have?

    The stock Supra MK4’s 3.0L 1MZ-FE engine outputs 220–225 horsepower (JDM) or 220 hp (USDM). Aftermarket builds often push this to 300+ hp with forced induction (turbo/supercharger) or 280–320 hp with naturally aspirated upgrades.

    What are the key details about the Supra MK4?

    The Supra MK4 is a rear-wheel-drive coupe with a 3.0L inline-6 (1MZ-FE), RWD layout, and independent suspension (4-link rear). It features a 5-speed manual (or 4-speed auto in early models) and a 0–60 mph time of ~6.5–7.0 seconds stock. Notable variants include the GT-Apex (limited edition) and GT (base model).

    How long is the Supra MK4 in length?

    The Supra MK4 measures 182.9 inches (4,646 mm) in length (wheelbase: 102.4 in / 2,601 mm). Width is 69.3 in (1,760 mm), and height is 53.1 in (1,349 mm).

    What is the stock horsepower of the Supra MK4?

    The stock Supra MK4’s 3.0L 1MZ-FE engine produces 220 horsepower in US-market models and 225 hp in Japanese-market (JDM) versions. Power output varies slightly by year but remains within this range for the stock configuration.

    How much horsepower does the Supra MK4 have with twin turbos?

    A twin-turbo Supra MK4 typically produces 500–700+ horsepower depending on build quality, turbo selection (e.g., Garrett GTX), and supporting mods (fueling, intercooler, drivetrain). Stock-based builds often aim for 500–600 hp, while extreme setups can exceed 800 hp with forced induction and engine upgrades.

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