The all-new 2020 Corolla is ready to rock the sedan world. The 12th generation sedan boasts a dynamic design, exceptional comfort, and fun-to-drive personality. For the first time in North America, Corolla will be available as a hybrid — with an anticipated combined fuel efficiency of less than 5.0L / 100 km. Both gas and hybrid models feature Toyota Safety Sense™ 2.0 and are loaded with must-have tech, like Entune™ 3.0 Audio with Apple CarPlay™ compatibility.
With its bumper-to-bumper, wheels-to-roof transformation, the 2020 Toyota Corolla was already big news in sedans for 2019. And now comes the ultimate “But wait, there’s more!” bonus: a new hybrid model that will have an anticipated combined fuel consumption of less than 5.0L / 100 km. That makes the 2020 Corolla Hybrid the most fuel-efficient model to ever wear the model name that debuted more than a half-century ago.
The design isn’t the only thing electrifying about the Corolla Hybrid. This high-efficiency model adapts the latest Toyota Hybrid Synergy Drive from the new-generation Prius, already proven as a fuel economy winner. Only Toyota offers such a distinct choice of hybrids in this vehicle segment, thus catering to customers who have different tastes in design but the same desire for maximum fuel efficiency.
The 2020 Corolla Hybrid, like its gas-powered siblings, delivers a highly-satisfying driving experience, along with the brand’s latest advances in comfort and multimedia technology. As on the 2020 Corolla gas models, the Toyota Safety Sense 2.0 suite of active safety systems comes standard.
The 2020 Corolla Hybrid is yet more evidence of Toyota’s indisputable global hybrid leadership, which began more than 20 years ago.
The hybrid powertrain and battery were a natural fit for the new Corolla because of the Toyota New Global Architecture (TNGA) platform. There’s no compromise in cabin roominess, for example, when choosing the Corolla Hybrid versus a gas model.
The new hybrid system combines a 1.8-litre four-cylinder gasoline engine with two motor/generators through an electronically controlled planetary-type continuously variable transmission (CVT) transaxle. Combined system output of 121 horsepower yields decidedly responsive performance.
The nickel-metal hydride (Ni-MH) battery pack employs a newly developed technology called Hyper-Prime Nickel™ to boost battery performance in a smaller and lighter package. The battery’s smaller size and flatter shape allow it to be packaged under the rear seat, rather than taking up trunk space, and also allowing a 60/40 split folding rear seatback to expand cargo capacity. The battery location also contributes to the vehicle’s lower centre of gravity, a boon to agility.
The engine, working in concert with the electric motor (MG2), assures responsive performance, while exemplary energy efficiency is achieved by using both electric motors (MG1 and MG2) for hybrid battery charging.
The Corolla Hybrid’s linear acceleration response may take some by surprise. When pulling away, the battery provides a subtle power boost in order to put less strain on the engine and eliminate the “rubber band” effect experienced with some hybrids.
A preload differential adds to the confident acceleration feel. During low loads and low differential rotation, differential-limited torque is distributed to the left and right wheels, yielding excellent handling stability. At mid-range and high engine loads, the preload differential functions as an open differential.
Corolla Hybrid has EV mode, which allows the vehicle to be operated as a pure electric vehicle for short distances, depending upon certain conditions, such as battery charge level. This mode is useful for operating the vehicle in parking lots or indoor parking garages, for example. The Vehicle Proximity Notification feature alerts pedestrians of the vehicle’s presence when running in battery mode.
Along with the expected NORMAL and ECO drive modes, a SPORT drive mode setting allows for an increase in power for stronger acceleration response when desired.
Another boost to efficiency comes from the Electronically Controlled Brake (ECB) system, which coordinates operation between the regenerative braking force of the electric motors and the hydraulic braking system force to provide optimal stopping power. By proactively using the electric motors to recover as much electrical energy as possible from the regenerative braking system, this extremely efficient cooperative control helps to maximize fuel economy.
An active hydraulic booster on the conventional (non-regenerative) braking system improves pedal feel and feedback for the driver. Critically, should there ever be a malfunction in the ECB system, the conventional hydraulic braking system can stop the vehicle.
Brake Hold, when engaged, is a convenient technology that reduces driver effort while waiting at a traffic light or while driving in heavy traffic. When the driver presses the accelerator, Brake Hold releases instantly.
The other half of the Hybrid Synergy Drive team, the gas engine, is no less impressive than the electric side. The 2ZR-FXE 1.8-litre inline four-cylinder engine was designed specifically for a hybrid application. The long-stroke configuration employs the Atkinson cycle, which uses a very high compression ratio (13.0:1) along with a shorter intake stroke and longer expansion stroke than the Otto cycle. The Atkinson cycle extracts more energy from the fuel, and the electric motors compensate for reduced low-end power (versus the Otto cycle).
Friction created by the piston skirts, rotating parts and oil pump is reduced, and an electric water pump eliminates the parasitic losses with a conventional belt-driven pump. Toyota sought efficiency gains in every system. The highly-efficient air conditioning system, for example, uses S-FLOW control, which automatically optimizes airflow throughout the cabin according to the temperature setting, actual cabin and outside temperatures, sunlight intensity, and occupied seats.
Getting the engine up to operating temperature quickly is critical to conserving fuel and reducing emissions at start-up. In the Corolla Hybrid, an exhaust heat recirculation system speeds up engine coolant warm-up. That in turn allows the hybrid system to stop the gas engine earlier and more often in the driving cycle when it’s not needed, for example in low-power-demand city driving conditions.
The PTC (Positive Temperature Coefficient) heater quickly provides cabin heat electrically in cold temperatures.
The Corolla Hybrid rolls on 15-inch aluminum alloy wheels with low-rolling resistance tires. As on the Corolla gas models, the new multi-link rear suspension improves both handling agility and ride comfort compared to the previous-generation Corolla Sedan.
The instrument panel uses a high-grade meter with a 7-inch Multi-Information Display (MID). The MID shows the speedometer, as well as a hybrid system indicator/real-time battery charge status indicator. ECO accelerator guidance, also shown in the MID, can provide a guideline for maximizing fuel efficiency by coaching the driver on optimal accelerator pedal operation to match driving conditions. Drivers who like the visual appeal of seeing engine rpm can choose to display a tachometer.
The 2020 Corolla Hybrid’s multimedia offerings start with the standard Entune™ 3.0 Audio system that includes: 8-in. touchscreen display; six speakers; Apple CarPlay compatibility; Entune 3.0 App Suite Connect; Safety Connect; Scout GPS Link Compatible; Siri Eyes Free; auxiliary audio jack and USB 2.0 port with iPod connectivity and control; AM/FM; MP3/WMA playback capability; voice recognition training and tutorials; hands-free phone capability; voice recognition; music streaming via Bluetooth; customizable home screen, and weather/traffic information via Entune 3.0 App Suite.
The Corolla Hybrid features eight standard airbags and Toyota’s Star Safety System, which includes Enhanced Vehicle Stability Control, Traction Control, Electronic Brake-force Distribution, Brake Assist, Anti-lock Braking System, and Smart Stop Technology. All Corolla models come equipped with a standard backup camera.
Toyota Safety Sense 2.0
Significantly, all 2020 Corolla models are equipped as standard with Toyota Safety Sense™ 2.0, an advanced suite of integrated active safety features.
PCS (Pre-Collision System): Is designed to automatically activate the brakes to help avoid a collision or mitigate the impact force. PCS is able to detect a vehicle or pedestrian in day and low-light conditions, as well as a bicycle during daylight.
Full-Speed DRCC (Dynamic Radar Cruise Control): Designed for highway use, designed to maintain a set vehicle-to-vehicle distance and is also capable of low-speed following up to speeds of about 24 mph. The Corolla can stop when the vehicle ahead comes to a stop, maintaining an appropriate distance to it.
LDA (Lane Departure Alert) w/ Steering Assist: Designed to give the driver audible and visual warnings and, if necessary, provides steering assistance if it detects the possibility of leaving the driving lane. It also detects excess weaving within the driving lane that might indicate driver distraction, inattention or drowsiness.
LTA (Lane Tracing Assist): LTA is enabled when LDA and DRCC are both on and active. LTA employs a lane centering function that will make constant steering inputs to help the driver keep the vehicle in its lane. LTA is designed for uses on relatively straight highways to preemptively avoid unwanted lane departures and reduce driver fatigue.
AHB (Automatic High Beam): When enabled, detects the headlights of oncoming vehicles and taillights of preceding vehicles and automatically switches between high and low beams as appropriate.
The 2020 Corolla Hybrid will go on sale in Canada in the Spring of 2019.
The legendary Toyota Supra makes its long-awaited return starting with its debut at the 2019 North American International Auto Show. The all-new GR Supra is engineered for pure driving pleasure – from its 335 HP turbocharged inline six-cylinder engine to its racing-inspired interior. Fun-to-drive has never looked or felt so good.
In July 2018, in view of tens of thousands of spectators at England’s world-renowned Goodwood Festival of Speed, a low, long-hood sports car wearing full-body camouflage with mysterious “A90” markings blasted up the narrow, curvy hill-climb circuit. For Toyota enthusiasts, “A90” was the giveaway: the A40, A60, A70 and A80 that came before were Supras.
In January 2019, the fifth-generation GR Supra, the first global Toyota GAZOO Racing model, makes its undisguised world debut at the North American International Auto Show in Detroit, ending years of anticipation and speculation among sports car enthusiasts around the world. Behind the new Supra is a 50+ year lineage of unique Toyota sports and GT cars. Ahead of it awaits the world’s great driving roads, some of which were used to develop this all-new expression of Toyota pure sports car performance.
The 2020 Supra goes on sale in summer of 2019. Driving enthusiasts can look forward to an exhilarating blend of power, precision and agility thanks to a rear-wheel drive design that honours Toyota sports car heritage with its low centre of gravity and optimal weight balance. There is a strong connection to Toyota’s 1967 2000 GT and 1993-2002 Supra in both design and mechanical configuration.
Yet, the 2020 Supra is a fully forward-looking sports car, brimming with a cutting-edge powertrain, chassis and multimedia technology. Like the pinnacle of the previous Supra series, the 2020 model will be powered by a turbocharged inline six-cylinder engine. The new Supra’s 3.0-litre twin-scroll turbo six will produce 335 hp and 365 lb-ft of torque and will be teamed with a quick-shifting 8-speed automatic transmission with paddle shifters. Toyota projects 0-96 km/h acceleration in 4.1 seconds.
By defining specific performance and handling targets early in development, Toyota GAZOO Racing in Japan, with much input from Toyota Motor North America and Toyota Motor Europe, imbued the Supra with its own driving characteristics. While posting the kind of performance numbers that excite enthusiasts, the 2020 Supra will reward drivers of all skill levels with a thrilling sports car feel, even in everyday driving.
Toyota President and Master Driver Akio Toyoda tested the Supra on the Nürburgring and other racing venues to give his personal feedback as a Master Driver to ensure this new model would exceed the expectations of Supra fans across the globe.
Supra devotees have waited a long time for the next-generation model. They’ll find the 2020 Supra worth the wait.
The 2020 Supra embodies its rich lineage at first glance, with a design that shows a particular kinship with the fourth-generation Supra built from 1993-2002, as well as the landmark 1967 Toyota 2000 GT. The resemblance is more than skin deep: the new-generation Supra also shares with those notable models the common traits of a short wheelbase, sophisticated chassis and high-performance inline-six-cylinder engine.
Toyota offered a glimpse of the new Supra’s design theme in 2014 with the dramatic FT-1 concept car that emerged from Toyota’s Calty design centre in California. Supra’s striking exterior design was inspired by the FT-1’s expressive form.
Optimization of the FT-1 design onto the efficient, high-performance packaging of Supra was achieved by condensing the forms, reducing unnecessary elements and further enhancing the dynamic and powerful character. It focuses on core Supra attributes, such as its inline six-cylinder engine and rear drive layout, while enhancing other features, such as stretching the hood to highlight the engine, creating a taut, but spacious two-seat cabin that helps accentuate an ultra-wide stance. The result is a look unique to Supra internally referred to as “Condensed Extreme.”
The Supra design delivers a 50:50 weight balance while optimizing front-to-rear aerodynamic balance. Toyota’s sports car heritage is evident throughout. The double-bubble roof design, for example, recalls the Toyota 2000 GT and it reduces drag by shaving the roof centre to reduce the projected frontal area without sacrificing occupant headroom.]
The front fascia was inspired by the fourth-generation Supra yet is even more expressive, with a prominent central grille section flanked by large air intakes. In the rear, the prominent, arching rear integrated spoiler, which helps to suppress aerodynamic lift, pays homage to the tall rear wing that was available on the fourth-gen Supra Turbo. The trapezoidal rear bumper shape conveys a dynamic sense of movement toward the tires.
The six-lens LED headlights integrate both daytime running lamps and turn signal functions to create a distinctive lighting signature for the new Supra. The rear combination lamps feature a simple structure with the turn, tail and stop functions integrated into the distinctive main ring shape. The backup lamps are LEDs located in the centre of the lower bumper.
Expressive colours accentuate the emotional connection drivers feel with a high-performance sports car, which is why the 2020 Supra’s paint palette will include bold red, yellow and blue shades. The available matte gray adds a sense of drama to the Supra’s tautly curved surfaces by combining a matte finish and a hint of blue to create a metal-like texture.
Other available colours include silver, white, black and dark gray.
Fun fact: In the new version of the famous Supra logotype, the “S” was inspired by a racetrack s-bend.
The 2020 Supra cockpit deftly blends traditional GT elements with ultra-modern functionality. The low, narrow-section dash gives the driver expansive forward visibility, ideal for precisely placing the car in corners.
A high-definition colour display forms the instrument panel, projecting a large-diameter, three-dimensional meter dial that seems to float over it. The single-metre design consolidates information necessary for performance driving, such as the tachometer and shift-timing indicator, enabling the driver to easily focus on critical control information through the small-diameter steering wheel.
The display’s easy-to-read layout puts multimedia information, including audio and navigation, on the right side. A full-colour Head-Up Display projects vital driving and navigation information ahead of the driver.
Toyota designers took a fresh approach to designing the centre console, giving it an asymmetrical shape that tightly envelops the driver, with a padded pillar that serves as a right leg bolster. The passenger’s side of the console, meanwhile, is open for a roomy feel, yet also features kneepads for bolstering in corners.
The centre console tightly groups controls for sports driving. The climate control panel protrudes from the centre dash, easing operation without averting eyes from the road.
Toyota designed the 2020 Supra to be both an everyday sports car and an occasional track car. To that end, its sport seats, featuring integrated head restraints, were inspired by racing. The heated, leather seats use a narrow main section combined with the shoulder bolsters to firmly hold the driver and passenger.
Supra’s smartly trimmed luggage area, accessed via a lightweight composite hatch, offers capacity for two people to pack for a weekend getaway. The compartment is shaped to accommodate long items, such as a track day toolkit.
The 2020 Supra will feature a 3.0-litre turbocharged inline six that will produce 335 hp and 365 lb-ft of torque. The torque comes on strong from very low engine speeds, thanks to a combination of a twin-scroll turbocharger, direct fuel injection, and continuously variable timing on both the intake and exhaust camshafts. Engine response is further enhanced thanks to the inline six’s variable intake valve lift system that adjusts intake valve timing and duration.
The 8-speed automatic transmission delivers quick up- and down-shifts and features paddle shifters for manual control when desired. Short ratios for the lower gears and a Launch Control function enable powerful acceleration with maximum traction. Toyota estimates 0-96 km/h acceleration in 4.1 seconds. Top track speed will be electronically limited to 250 km/h.
The 2020 Supra will offer two driving modes, Normal and Sport. Sport Mode provides track-driving capability by reducing intervention of the traction and stability control functions as well as sharpening throttle response, increasing steering weight, improving transmission shift crispness, more aggressive active differential tuning and amplifying exhaust sound.
For performance driving enthusiasts, the Supra will have an active differential that uses an electric motor and multi-plate clutches to control lateral torque. The active differential precisely controls torque distribution between the rear wheels, with stepless variable locking from 0-100 per cent. The differential can control torque distribution between the rear wheels when cornering under both acceleration and braking, enabling greater momentum through a corner. The active differential is also effective at ensuring neutral handling by reducing both understeer and oversteer.
Toyota GAZOO Racing had a specific vision when developing Supra. High structural rigidity, a low centre of gravity and 50:50 weight distribution was paramount to Toyota’s goal of achieving neutral cornering balance. For example, Toyota identified nine areas of the vehicle’s rear structure to be reinforced to increase rigidity.
Toyota also specified spring and shock absorber tuning for the new double-joint spring strut front suspension and multi-link rear suspension. Likewise, Toyota set specific parameters for Supra’s stability control system performance.
The front suspension subframe and control arm mounting points are extremely rigid to yield precise cornering characteristics. Aluminum control arms reduce unsprung weight, resulting in superior agility and efficiency. High-performance wheel hubs feature increased stiffness and optimized kinematics. For precise handling, Supra features a variable assist and variable ratio sport-tuned electric power steering.
The multi-link rear suspension with a five-arm construction consists of lightweight aluminum to reduce weight while steel is employed in key areas for added strength and durability. The rigid rear subframe, and the bracing that connects it to the body structure, helps ensure extremely precise wheel control. Supra will come standard with 19-inch forged alloy wheels. The rear wheels and tires are wider than on the front (rear tires: 275/35R19; front tires: 255/35R19) to enhance grip, and performance Michelin Pilot Super Sport tires are fitted. Brakes are large at all four corners, highlighted by 13.7-inch front rotors held by 4-piston Brembo calipers.
Standard on Supra is Adaptive Variable Suspension. This system instantly adjusts damping force in response to driver input and road conditions. Two settings for the suspension are available – Normal and Sport.
Road and track development took place in France, Austria, Italy (including many winding roads through the Alps), Germany (including the Nürburgring track), Sweden (ice and snow road testing), the U.K., Japan, Australia, and the U.S. A global citizen, the new Supra will be assembled in Graz, Austria.
Like its 1990s predecessor, the 2020 Toyota Supra will be equipped as a premium GT, with a deft balance of function and premium comfort and convenience features. Keyless Smart Entry, dual automatic climate control, auto-dimming rearview mirrors, rear camera, rain sensor windshield wipers, garage door opener, power folding mirrors, and a leather-wrapped steering wheel will be standard.
Standard active safety features include forward collision warning, automatic emergency braking with pedestrian detection, lane departure warning with steering assist, automatic high beam and road sign assist. Additional active safety and convenience features are adaptive full speed cruise control, blind spot monitor, rear cross traffic alert and rear end collision warning.
The new-generation Supra will of course deliver a state-of-the-art multimedia and connectivity experience. It will get an 8.8-inch touchscreen display with navigation, rotary touch controller, Supra Connect telematics services, wireless Apple CarPlay, a premium 12-speaker JBL audio system, and wireless phone charging.
The 2020 Toyota Supra traces a 50+ year lineage to Toyota’s first sports car, the 1965 Sports 800. This sleek but tiny (3.5 m. long) coupe offered a little over 40 horsepower from an air-cooled, two-cylinder boxer engine. The Sports 800 weighed just 580 kg and could reach 160 km/h in racing trim. It was successful in long distance races where reliability and fuel economy worked to its advantage. Here’s one for car trivia buffs: The Sports 800 was the first production sports car to have a lift-out aluminum roof panel.
In 1967, Toyota stunned the sports car establishment with the limited-production, hand-built 2000 GT. This six-cylinder, two-seat coupe smashed three world records and set 13 new international records for speed and endurance. Just 351 of the 2000 GTs were made, about 60 of those left-hand-drive for export to the U.S.
Nevertheless, many Americans saw the 2000 GT when a specially built roadster version was the automotive star in that year’s James Bond film, “You Only Live Twice.” Today, 2000 GTs can approach $1 million in collector-car auctions.
In 1978, Toyota introduced the first Supra (A40) as a premium, six-cylinder version of the popular Celica sports coupe. Four years later, Toyota began to separate the Supra from the Celica, with the second generation (A60) featuring a completely different front-end design and a striking Performance model with wider wheels and fender flares.
With the debut of the third-generation model for 1986 (A70), the Supra became its own distinct car. The following year, the Mk. III, as Supra aficionados call it, debuted a Turbo upgrade model with 230 horsepower.
Then came the icon: the fourth-generation Supra (A80, or “Mk. IV” to Supra buffs) arrived in 1993 and upended the global sports car / GT hierarchy. The Supra Turbo used twin sequential turbochargers to extract 320 horsepower from its 3.0-litre inline six. This utterly unique sports GT could accelerate from zero-to-96 km/h in under five seconds, trouncing direct competitors, as well as some European models costing two-to-three times as much.
The Mk. IV Supra left the North American market after 1998 but was produced until 2002. It went on to become famous for new generations in video games and in the “Fast and Furious” film series, stoking an intensely loyal following that helped spur Toyota to develop the all-new fifth-generation Supra.
The 2020 GR Supra is the first global model developed by Toyota GAZOO Racing, the international umbrella for Toyota’s global motorsport program. In just the past year GR won the Le Mans 24 Hours race and the FIA World Rally Champions. Its work is based on three pillars: developing people through taking part in motorsport; creating fans through the excitement of motorsport and producing fun-to-drive cars; and making ever-better cars by applying the knowledge gained from motorsport competition.
This ethos has been fully embraced by both Kiichiro Toyoda, founder of Toyota, and Akio Toyoda, Toyota Motor Corporation president, for its goal of “making ever-better cars”. Starting with this Supra, Toyota GAZOO Racing will transfer technical learnings from the race track or rally stage to the development of not just new generations of Toyota’s sports-focused GR models, but also to its wider range of vehicles, driven by tens of millions of people around the world.
With the 2020 Supra, Toyota is seeking to ignite automotive enthusiasts with fond memories of the Supra, as well as spark a new wave of sports car fans around the world.
|2020 SUPRA PRELIMINARY SPECIFICATIONS|
|Overall Length||172.5 in.|
|Overall Width||73.0 in.|
|Overall Height||50.9 in.|
|Track Width Front||62.8 in.|
|Track Width Rear||62.6 in.|
|Curb Weight||3,397 lbs|
|0-96 km/h||4.1 seconds|