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| Category | Sports car racing |
|---|---|
| Country |
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| Inaugural season |
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| Teams |
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| Tyre suppliers | |
| Drivers' champion | GT500: Sho TsuboiKenta YamashitaGT300: Naoya GamouTogo Suganami |
| Makes' champion | GT500:Toyota GT300:Mercedes AMG |
| Teams' champion | GT500:TGR Teamau TOM'S GT300:K2 R&D LEON Racing |
| Official website | SuperGT.net |
 Current season | |
Super GT (stylized asSUPER GT) is asports car racing series that began in 1993. Launched as theZen Nihon GT Senshuken (全日本GT選手権), generally referred to as theAll Japan Grand Touring Car Championship (JGTC), the series was renamed to Super GT in 2005. It is the top level of sports car racing in Japan.
The series is sanctioned by theJapan Automobile Federation (JAF) and run by the GT Association (GTA).Autobacs has been the title sponsor of the series and its predecessor since 1998.
The JGTC (Japanese Grand Touring Championship)[1] was established in 1993[2][3] by theJapan Automobile Federation (JAF) via its subsidiary company the GTA (GT Association), replacing the defunctAll Japan Sports Prototype Championship forGroup C cars and theJapanese Touring Car Championship forGroup A touring cars, which instead would adopt thesupertouring formula. Seeking to prevent the spiraling budgets and one-team/make domination of both series, JGTC imposed strict limits on power, and heavy weight penalties on race winners, in an openly stated objective to keep on-track action close with an emphasis on keeping fans happy.
The JGTC had planned to hold a race during the2005 season at theShanghai International Circuit inChina, in addition to the existing overseas round atSepang inMalaysia. However, holding the series in more than two countries would have meant the JGTC would lose its status as a "national championship" under the International Sporting Code of theFIA, and therefore could not keep "Japanese Championship" in its name. The series would instead be classified as an "international championship" by the FIA, and would therefore require direct authorization from it, rather than the JAF.
Initially, JAF announced JGTC would be renamed "Super GT World Challenge" with the goals of "challenge to the world", and "challenge to entertainment"; however, FIA prevented JAF from using it due to confusion of the suffix with "World Championship" (a higher level FIA recognition status) and a dispute withSports Car Club of America, which ranSpeed World Challenge since 1990.[citation needed] On December 10, 2004, it was announced that new name of JGTC was confirmed as "Super GT". However, despite the name change and several attempts at holding a second overseas race, Super GT has continued to only hold one overseas race per year; in theory, it could regain its status as a national championship and return to JAF jurisdiction.
In 2014, Super GT and the German touring car seriesDTM announced the creation ofClass 1,[4] which would unify GT500's and DTM's technical regulations, allowing manufacturers to race in both series with a single specification of car. After some delays, technical regulations were fully aligned in 2020, with the GT500 category fully adopting Class One specifications.[5] By 2021 however, DTM switched to aGroup GT3 series due to massive manufacturer exodus. Super GT maintained the current technical regulations for GT500, though the "Class 1" moniker would no longer be used.[6]
Super GT races take place on well-known Japanese race tracks such asFuji Speedway,Suzuka Circuit, andMobility Resort Motegi. The series also races atAutopolis in theKyushu region,Okayama International Circuit in theChugoku region, andSportsland Sugo in theTohoku region. Races are typically single events between 250 and 300 kilometres' distance, with one compulsory pit stop in the middle of the race for driver changes and refuelling. In 2022, the series introduced a new longer-distance format for select races, held over 450 kilometres with two compulsory pit stops.[7]
The series had already expanded internationally by the time it was rebranded in 2005.Sepang International Circuit inMalaysia hosted a championship round every year until 2014, when it was replaced by a new event atChang International Circuit inBuriram,Thailand.[8] Additional overseas races were planned to be held atShanghai Circuit in 2005, andYeongam International Circuit in 2013,[9] but both events were cancelled. Buriram and Sepang were both on the 2020 provisional calendar, but both races were cancelled due to theeffects of the COVID-19 pandemic. 2025 saw the return of Sepang.TheInternational Suzuka 1000km endurance race in late August was the longest and most prestigious event on the Super GT calendar, from 2006 when it was added as a championship round, until 2017, the final year of the event in its 1000 km format. The Suzuka 1000 km was replaced with the Intercontinental GT Challenge Suzuka 10 Hours in 2018.[10][11] That year, Super GT revived the Fuji GT 500 Mile Race (805 km) as the series' new endurance round. It ran from 2018 to 2019, but was not renewed from 2020 onwards.
TheGolden Week race at Fuji Speedway, held annually on May 4, is also considered to be the series' most prestigious event. Held during a major public holiday season, it regularly draws the largest crowds of any Super GT race, with a two-day attendance of 91,000 spectators in 2019.[12] It was the first event of the first official JGTC season in 1994, and has been a permanent fixture of the series' calendar with the exception of 2004, when the circuit was closed for renovations, and 2020, due to the impact of the COVID-19 pandemic. Traditionally, this event has been run as the Fuji GT 500 km Race, but in 2022, the event was shortened to 450 km (100 laps).
Due to the effects of the2009 energy crisis in Japan, the Fuji 500 km and Suzuka 1000 km race distances were shortened. The2011 Tohoku earthquake and tsunami and its effects resulted in a further reduction in all race distances for the season, before standard distances were restored in 2012.
Non-championship rounds have been run sporadically during Super GT's history. The Fuji Sprint Cup was held from 2010 to 2013, consisting of two sprint races per class. The first annual Super GT x DTM Dream Race was held in November 2019, consisting of two sprint races for GT500 and DTM cars, supported by theauto sport Web Sprint Cup, two sprint races for select GT300 teams as well as one-off GT3 entries from other Japanese events.
The cars are divided into two classes: GT500 and GT300. The names of the categories derive from their traditional maximum horsepower limit – in the early years of the series, GT500 cars would have no more than 500 horsepower, GT300 cars would max out at around 300 hp. However, the current generation of GT500 engines produce in excess of 650 horsepower. Meanwhile, in present-day GT300, the horsepower range varies from around 400 to just over 550 horsepower; however, GT300 cars have far less downforce than their GT500 counterparts.
In both groups, the car number is assigned to the team, in which each team is allowed to choose whichever number they want as long as the number isn't already used by any other team. The number assigned to each team is permanent, and may only change hands when the team exits the series. The number 1 is reserved for the defending GT500 champion, and the number 0 is reserved for the reigning GT300 champion.
For easy identification, headlight covers, windshield decals, and number panels are white on GT500 cars, and yellow on GT300 cars.
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The top class in Super GT, GT500, is composed entirely of manufacturer-supported teams, representing the three biggest Japanese automobile manufacturers:Toyota,Honda, andNissan.
Since 2014, GT500 cars have been powered by single-turbocharged, inline four-cylinder engines with two liters of displacement and producing over 650 horsepower. The cars aresilhouette racing cars with purpose-built carbon fibre monocoques. The advancements in aerodynamics and horsepower, combined with an ongoing tyre war driving even higher speeds, have made the GT500 class the fastest form of production-based sports car racing today. The pace of a current GT500 car is roughly equivalent to that of the fastest non-hybridLe Mans Prototypes.[13]
For many years, theNissan Skyline GT-R, theToyota Supra (A80), and theHonda NSX (NA1) represented their respective brands in GT500. Today, the three cars competing in GT500 are theNissan Z (RZ34), the revivedToyota GR Supra, and theHonda Civic Type R (FL5). Other models, such as theNissan Fairlady Z (Z33),Lexus SC 430,Lexus RC F,Lexus LC 500,Nissan GT-R, and theHonda NSX (NC1) have been used, as well as theHonda HSV-010 GT, a prototype car developed specifically for Super GT with its planned road-going variant having been cancelled.
In the earlier years of the GT500 category, a number of foreign manufacturers entered cars in the series, with varying success. ThePorsche 911 GT2 and theBMW-poweredMcLaren F1 GTR are, to date, the only foreign cars to win the GT500 championship, when the former won the teams' title in 1995 and the latter won both titles in 1996. A longtail version of the F1 GTR would later score a race victory in 2001. TheFerrari F40, Porsche 911 Turbo, and Porsche 962. The last foreign-built car to enter the series was theAston Martin DBR9, which fared poorly in its brief run in 2009 - illustrating the overwhelming advantage in raw pace that the GT500 class cars had over theFIA GT1 category cars that dominated the landscape in Europe;Team Goh, who entered the 1996 F1 GTRs, planned to enter aMaserati MC12 in 2006, but withdrew during testing for similar reasons.[14][15]
In 2012, the GT500 regulations was changed in order to provide provisions for four-door vehicles, although none was run until Honda announced that the Civic Type R will replace the outgoing NSX in 2024.[16] In 2010, front-engine, rear-wheel drive layout became the only permitted layout in the class, prompting Honda to initially replace the first generation-based NSX GT with the HSV-010. In 2014, Honda was granted a waiver to allow the NSX-Concept GT and NSX-GT (both second-generation based models) to run with a midship engine to match the road car's engine position; the waiver expired at the end of 2019 season with the implementation of Class 1 technical regulations, after which Honda was required to redesign the NSX-GT to accommodate a front-engine layout.[17]
New GT500 cars were introduced in 2014 in preparation for the futureClass 1 Touring Cars, including the first car in the class to utilize aKERS-assisted hybrid powertrain, the Honda NSX Concept-GT. Common aerodynamic regulations with the DTM were adopted, as was Class 1's turbocharged four-cylinder engine specification. Furthermore, the 2014 rules overhaul also increased the cars' downforce by 30%, while lowering costs. Aerodynamic development above a "design line" wrapping around the fenders, bumpers, and doorsills was restricted. Over sixty common parts were introduced, including the brakes, diffuser, and rear wing.[18]
In response to increasing cornering speeds, another aerodynamic overhaul was introduced in 2017, lowering downforce by 25%.[19] Furthermore, KERS units were banned, although the only manufacturer to utilize such systems, Honda, had already discontinued their usage in 2016.[20] In 2020, Class 1 technical regulations were fully implemented, with the manufacturers introducing new cars to comply with the new rules. Aerodynamic development was further restricted, and a standardized ECU and suspension were introduced.[21]
The standard turbochargers were introduced from the start of2014 season. The single-turbocharger configuration produces boost pressure up to 3.5 bar (51 psi). Swiss-American turbocharger companyGarrett Advancing Motion, a subsidiary ofHoneywell International Inc., currently supplies exclusive turbocharger kits including wastegate (846519-15) for all Super GT GT500 cars.
| Engine displacement | 2.0 L (122 cu in)DOHCinline-4 |
|---|---|
| Turbocharger | Garrett TR35R 846519–15 |
| Gearbox | 6-speed semi-automaticpaddle shift gearbox |
| Weight | Over 1,020 kg (2,249 lb) including driver and fuel |
| Power output | Approximately 650 hp (485 kW) |
| Fuel | 102RON unleaded gasoline (2014–2022) ETS Racing Fuels Renewablaze R100 carbon neutral fuel (2023–present) |
| Fuel capacity | 120litres (32US gallons; 26imperial gallons) |
| Fuel delivery | Direct fuel injection |
| Aspiration | Single-turbocharged |
| Length | 4,650–4,725 mm (183–186 in) excluding rear wing; 5,010 mm (197 in) including rear wing |
| Width | 1,950 mm (77 in) |
| Wheelbase | 2,750 mm (108 in) fixed |
| Steering | Servo-assistedrack and pinion |
| Tire suppliers | Bridgestone,Yokohama andDunlop |
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Unlike GT500, both works-backed and independent teams compete in GT300, so the field tends to be much more varied in terms of types of cars entered. As in GT500, the major Japanese automakers participate in this class, entering cars such as theToyota Prius andSubaru BRZ, which comply with JAF-GT regulations. However, the GT300 class is predominantly composed ofGT3-class cars from European manufacturers such asAudi andMercedes, although Toyota/Lexus, Nissan and Honda are also represented in the class by GT3 cars. This reflects a growing interest in the series from European manufacturers, with Audi and BMW fielding works-supported entries. Toyota/Lexus, Nissan, and Subaru also campaign works-supported cars in the class.
The GT300 class used to host more exotic cars from the likes ofASL,Mosler,Mooncraft andVemac, as well as detuned GT500 cars, such as the 2004 title-winning M-TEC NSX. However, starting in 2006, teams increasingly chose to campaign European GT cars instead, a trend that accelerated in 2010 with the introduction of FIA GT cars to the series. In response to the decline of locally produced entries from specialist manufacturers, the GTA worked withDome to create the "Mother Chassis" (ja: マザーシャシー), a low-cost GT300 platform,[28] with the first MC car entering the series in 2014. Mother Chassis cars utilize a standard Dome-produced tub and GTA-brandedNissan VK45DE engine, while maintaining the appearance of production cars such as theToyota 86,Lotus Evora, andToyota Mark X. The MC concept proved to be popular with independent teams, as well as competitive, with the Toyota 86 MC winning the GT300 championship in 2016.
Since 2006,Group GT1 andGroup GT2 could race in GT300, andGroup GT3 cars are able to enter GT300 since 2010 season. After the 2011 season, the previous generation Le Mans GTE and GT1 cars were retired from the series with the intention of reducing costs, adopted theStephane Ratel Organisation GT3 regulations
One of the more unique GT300 competitors was theMooncraft Shiden MC/RT-16, aRileyDaytona Prototype-based revival of the original 1977 MooncraftShiden 77 (紫電77).[29] It competed from 2006 to 2012, narrowly losing the title in 2006, and winning the championship in 2007.Front-wheel drive cars such as theMitsubishi FTO,Toyota Celica andCavalier, a rarity in top-level circuit racing, are further examples of unique GT300 machines. They competed in their original configurations until the early 2000s, when FWD cars were being permitted to be converted torear-wheel drive configuration. The FWD cars were mostly unsuccessful, failing to win any championships, although a Celica won a race in 1999 after a Porsche 911 was disqualified. Rear-wheel drive cars dominated the series until2008, when anall-wheel driveSubaru Impreza developed by Cusco won in Sepang. An open top car,Renault Sport Spider, made a one-off participation in 1997, also with lack of success.
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Hybrid cars first raced in the GT300 class in 2012, when apr introduced theirToyota Prius apr GT, andTeam Mugen fielded aHonda CR-Z GT. Both cars were heavily modified from their production counterparts. The Prius was powered by a 3.4 liter V8LMP1 engine, which worked in concert with productionHybrid Synergy Drive components; the CR-Z utilized a 2.8 liter V6LMP2 engine and a 50 kWZytek electric motor.[30][31] Both the CR-Z and Prius were mid-engined, differing from their front-engined road-going counterparts; this resulted in the CR-Z's withdrawal after the 2015 season, as new regulations for 2016 stipulated that GT300 cars' engines were to be located in the same position as in their production counterparts. However, apr took advantage of a loophole in the regulations to continue to race their mid-engine Prius until 2018,[32] when the team was required to build a new, front-engine Prius.[33]
The development of GT300 cars is much more regulated than that of their GT500 counterparts; the GTA works with theStephane Ratel Organisation to balance the performance of all GT300 cars viatechnical adjustments in order to create close racing.[34] While theGT3 cars in the class are closely related to production cars, the JAF-GT machines differ from production vehicles to a greater degree, and in the case of the Mother Chassis cars, share little more than a badge and exterior styling with their road-going counterparts. While engine outputs are at a lower level than the GT500 cars, the GT300 cars still post competitive times and races are relatively tight when combined with GT500 traffic. As it is becoming increasingly more difficult for GT500 cars to overtake GT300s, the GTA may review the speed difference between the two classes in the future, especially if the pace of the GT300 cars continues to increase.[35]
| Make | Car | Category | Years competed | Image | Note |
|---|---|---|---|---|---|
| ASL | ASL ARTA Garaiya | JAF-GT | 2005, 2007–2012 | .jpg) | |
| Aston Martin | Aston Martin V8 Vantage | FIA GT2 | 2010–2012 |  | Served until Round 1, 2012 |
| Aston Martin V12 Vantage GT3 | FIA GT3 | 2012–2014 |  | ||
| Aston Martin Vantage AMR GT3 | FIA GT3 | 2019–2020 (first generation) 2024–present (second generation) |  | ||
| Audi | Audi R8 LMS | FIA GT3 | 2012–2016 (first generation) 2016–2023 (second generation) | .jpg) | |
| BMW | BMW Z4 M Coupé | JAF-GT | 2008–2009 | .jpg) | |
| BMW Z4 GT3 | FIA GT3 | 2011–2015 | .jpg) | ||
| BMW M6 GT3 | FIA GT3 | 2016–2018, 2020–2021 | .jpg) | ||
| BMW M4 GT3 | FIA GT3 | 2022–2024 | .jpg) | ||
| Bentley | Bentley Continental GT3 | FIA GT3 | 2017–2018 |  | |
| Chevrolet | Chevrolet Corvette C6 | JAF-GT | 2005, 2008 | ||
| Chevrolet Corvette Z06-R | FIA GT3 | 2011–2013 |  | ||
| Chevrolet Corvette C7.R | FIA GT3 | 2019 | Only entered in the 2019 auto sport Web Sprint Cup exhibition race. | ||
| Ferrari | Ferrari 360 Modena | JAF-GT | 2005–2009 | ||
| Ferrari F430 GT2 | JAF-GT FIA GT2 | 2007–2009 2009–2012 | .jpg) | ||
| Ferrari 458 Italia GT3 | FIA GT2 FIA GT3 | 2011 (GT2) 2012–2013 Rd.3, 2015 (GT3) | .JPG) | ||
| Ferrari 488 GT3 | FIA GT3 | 2017, 2021–2022 |  | ||
| Ferrari 296 GT3 | FIA GT3 | 2024–present | .jpg) | ||
| Ford | Ford GT | JAF-GT | 2006–2007 | Run byDHG Racing, powered by a 3.5L V8 based on aMugen design | |
| Honda | Honda NSX-GT | JAF-GT | 2005 | First generation (NA2) NSX | |
| Honda NSX GT3 | FIA GT3 | 2018–2024 | .jpg) | Second generation (NC1) NSX | |
| Honda CR-Z GT | JAF-GT | 2012–2015 | .jpg) | Petrol-electric hybrid | |
| Lamborghini | Lamborghini Murciélago RG-1 | JAF-GT | 2005–2009 |  | Developed byJLOC, initially competed as a detuned GT500 car |
| Lamborghini Gallardo | JAF-GT FIA GT3 | 2007–2012 (JAF-GT) 2012–2015 (FIA GT3) | .JPG) | JAF-GT specification is the RG-3 variant developed by JLOC. FIA GT3 specification is theGT3 variant developed byReiter Engineering. | |
| Lamborghini Huracán GT3 | FIA GT3 | 2016–2019 (first generation) 2019–2024 (second generation) 2023–present (third generation) | .jpg) | Second generation car served until Round 3, 2024 | |
| Lexus | Lexus IS350 GT300 | JAF-GT | 2008–2012 |  | |
| Lexus RC F GT3 | FIA GT3 | 2015–present |  | ||
| Lexus LC500h GT | JAF-GT | 2023–present | .jpg) | Developed byapr. Petrol-electric hybrid | |
| Lexus LC500 GT | JAF-GT | 2025–present |  | Built byapr Identical to apr's LC500h GT but without a hybrid system | |
| Lotus | Lotus Exige 300RR | JAF-GT | 2005 | Spot participant at the Malaysian round, powered by a GM Ecotec engine | |
| Lotus Evora MC | JAF-GT | 2015–2021 | .jpg) | Mother Chassis platform,[36] constructed byMooncraft. | |
| Mazda | Mazda RX-7 | JAF-GT | 2005–2010 |  | |
| McLaren | McLaren MP4-12C GT3 | FIA GT3 | 2013–2015 | .JPG) | |
| McLaren 720S GT3 | FIA GT3 | 2019 | .jpg) | ||
| Mercedes-Benz | Mercedes-Benz SLS AMG GT3 | FIA GT3 | 2012–2017 | .jpg) | |
| Mercedes-AMG GT3 | FIA GT3 | 2016–2020 (first generation) 2020–present (second generation) | .jpg) | ||
| Mooncraft | Mooncraft Shiden | JAF-GT | 2006–2012 |  | Based on aRiley TechnologiesDaytona Prototype |
| Mosler | Mosler MT900 | JAF-GT | 2005–2007, 2010–2011 |  | As a spot participant in 2009 and 2012 |
| Nissan | Nissan Fairlady Z (Z33) | JAF-GT | 2005–2010 |  | |
| Nissan GT-R Nismo GT3 | FIA GT3 | 2012–2019 (first generation) 2018–present (second generation) | .jpg) | ||
| Nissan Fairlady Z (RZ34) | JAF-GT | 2024-present |  | Developed byGAINER[37] | |
| Porsche | Porsche 911 GT3 | FIA GT2 FIA GT3 JAF-GT | 2005–2011 (GT2/JAF-GT) 2010–2021, 2025–present (GT3) | .jpg) | |
| Porsche Boxster | JAF-GT | 2005–2010 |  | ||
| Porsche 968 GT4 | JAF-GT | 2005 | |||
| Subaru | Subaru Impreza WRX STi | JAF-GT | 2005–2008 |  | Rear-wheel drive 4-door sedan in 2005. Converted to 4WD layout in 2006. |
| Subaru Legacy | JAF-GT | 2009–2011 |  | 4WD 4-door sedan in 2009. Converted to rear-wheel drive layout in 2010. | |
| Subaru BRZ GT300 | JAF-GT | 2012–2020 (first generation) 2021–present (second generation) | _-_No.61_SUBARU_BRZ_R%2526D_SPORT_ver.2021.jpg) | ||
| Toyota | Toyota MR-S | JAF-GT | 2005–2008 |  | |
| Toyota Celica | JAF-GT | 2005–2008 | .jpg) | Served until Round 3, 2008 | |
| Toyota Corolla Axio apr GT | JAF-GT | 2009–2011 |  | 4-door sedan, used a Toyota 2GR-FSE engine | |
| Toyota Prius apr GT | JAF-GT | 2012–2015 (first generation) 2016–2018 (second generation) 2019–2022 (third generation) | .jpg) | First and second generation car is mid-engined, third generation car is front-engined. Petrol-electric hybrid sedan, hybrid system turned off on #30 car in 2019. | |
| Toyota 86 MC | JAF-GT | 2014–present |  | Mother Chassis platform, designed and constructed byDome. Spot entry in 2014. | |
| Toyota Mark X MC | JAF-GT | 2017–2019 | .jpg) | Mother Chassis platform. 4-door sedan designed by Saitama Toyopet. | |
| Toyota GR Supra GT300 | JAF-GT | 2020–present | .jpg) | Developed by apr. Tsuchiya Engineering uses self-built chassis on the same basic design. | |
| Toyota GR86 GT300 | JAF-GT | 2022–present | .jpg) | Developed byapr. | |
| Vemac | Vemac RD320R | JAF-GT | 2005–2011 |  | Developed byTokyo R&D. Uses aHonda NSX engine. Team Mach's car uses aPorsche 911 GT3 engine. |
| Vemac RD350R | JAF-GT | 2005–2012 |  | Developed byTokyo R&D initially for GT500. Uses aZytek V8. | |
| Vemac RD408R | JAF-GT | 2006–2010 | .jpg) | Developed byTokyo R&D initially for GT500. Uses aMugenLMP engine. Team Mach's car uses aPorsche 911 GT3 engine. |
| Number | Country / Circuit | Years |
|---|---|---|
| 1 | Fuji Speedway | 2005–present |
| 2 | Suzuka Circuit | 2005–present |
| 3 | Twin Ring Motegi | 2005–present |
| 4 | Okayama International Circuit | 2005–2019, 2021–present |
| 5 | Sportsland Sugo | 2005–2019, 2021–present |
| 6 | Autopolis | 2005–2009, 2011–2015, 2017–2019, 2021–present |
| 7 |  Sepang International Circuit | 2005–2013, present |
| 8 |  Chang International Circuit | 2014–2019 |
Super GT is unique in its open and blunt statement that it is committed to providing exciting racing first, at the expense of runaway investment by works teams. GT500 cars are fitted with many common parts, lowering costs and equalizing the performance of those parts across all competitors. In the GT300 class, air restrictor sizes, minimum weights, ride heights, and maximum turbo boost pressures are modified on a race-to-race basis to balance performance across all cars. All adjustments to the regulations and the balance of performance are publicly accessible.
The regulations stipulate that no single driver drive over two-thirds of the race distance, which affects the timing of pit stops and driver changes, therefore preventing strategy from dominating the competition.[38] Formerly, the regulations went further and required pit stops and driver changes be done within mandatory windows; in 2004, during an exhibition race held atFontana, a few teams were penalised after the race ended when race officials discovered their pit stops came one lap before the mandatory window had opened.
Perhaps the best-known performance balancing system in use in the Super GT is its Success Ballast system, also known as Success Weight and formerly referred to as "weight handicap".[39] Weight penalties are assigned depending on a car's performance during the race, similar to systems used in theDTM and theBTCC. The system metes out two kilograms of ballast per point scored;[40] it formerly added ballast based on qualifying positions and individual lap times. Stickers on the cars display every car's weight handicap level. In the 2007 season, the Takata NSX team achieved a record-breaking 5 pole positions in the first 7 races, but due to the weight handicap system, they only won one race among those seven. Such regulations keep the championship in play up to the final race of the season: only two GT500 teams (ARTA in 2007 and MOLA in 2012) and one GT300 team (GAINER withAndré Couto in 2015) have managed to clinch a driver's championship prior to the final race.
Following repeated cases of teams and drivers not winning a single race but still winning the championship (in 2003, neither the GT500 nor GT300 champions won a single race in particular), the handicap system was changed in 2009 to combatsandbagging, discouraging a team from intentionally performing poorly in order to secure a more favorable weight handicap. The ballast is now halved in the penultimate race and lifted altogether in the final race for teams that participated in every round of the season. Teams missing only one round receive halved-ballast in the final race instead.
In 2017, the weight handicap system for GT500 cars was amended to add fuel flow restrictions. Actual weight ballast will be capped at 50 kilograms for reasons of practicality and safety. When a car's assigned ballast exceeds 50 kilograms, it will be assigned a lesser amount of weight ballast, but a fuel flow restriction will be imposed, the severity of which increases according to the size of the assigned weight handicap. While the amount of actual weight ballast carried may vary, the weight handicap stickers on the cars will continue to display the assigned weight handicap.[41][42]
Like the series, Super GT drivers are very popular in Japan with a growing international fanbase. One driver who gained international appeal isKeiichi Tsuchiya, who raced for theTaisan andARTA teams before moving to a managerial role upon his retirement in 2004. Other drivers who were famously associated with the series and still are actively involved in Super GT through team ownership areMasahiro Hasemi,Kazuyoshi Hoshino,Aguri Suzuki, andKunimitsu Takahashi, with the latter being a former President of the GT Association, which runs the series. The series also attracts drivers who see the series as a stepping-stone toFormula One such asRalf Schumacher andPedro de la Rosa, as well as former F1 drivers, most famouslyÉrik Comas, who was the series' most successful driver until he stepped down from his position as a number one driver, and2016 championHeikki Kovalainen. After a one-off appearance in 2017, 2009 F1 world championJenson Button drove forTeam Kunimitsu in 2018 and 2019, winning the 2018 title.
In the GT300 class, notable drivers includeNobuteru Taniguchi ofGoodsmile Racing, who is also well known as a D1GP competitor,[43] andManabu Orido, a former D1GP judge currently driving for apr Racing. Other well-known drivers in the category were the TV presenter and singer Hiromi Kozono andMasahiko Kondo, who was also a pop star, actor, and racer-turned-GT500 team owner. Another popular GT300 driver was Tetsuya Yamano, who runs his own driving school and took the GT300 class victory at Sepang for three consecutive years.
Overall, across all classes, 37 different drivers have won the drivers' championship in Super GT.Japan has produced the most winning drivers with 27. For the ten non-Japanese drivers who had become champions, eight of them won the drivers championship in the GT500 class whileMacau driverAndré Couto andBrazilian driverJoão Paulo de Oliveira won the championship in the GT300 class.
Italian driverRonnie Quintarelli andSho Tsuboi jointly won the most drivers championship titles with four. Quintarelli also holds the record for the most drivers championship title won by a non-Japanese driver and the most drivers championship won in GT500 class with four, a feat that was shared with Tsuboi. Tatsuya Kataoka,Nobuteru Taniguchi andTetsuya Yamano were tied for the record of most drivers championship won in GT300 class with three, with Yamano won his first GT300 championship title when the series was still namedJGTC. Yamano was also the first driver to win multiple championship as well as the sport's first two-time champion, all of them won consecutively, notably with different teams in all occasions. Three drivers,Toranosuke Takagi in 2005,Jenson Button in 2018, andNirei Fukuzumi in 2019 have managed to win the championship in their first full-season attempt. As of the end of the 2024 season,Masataka Yanagida,Kazuya Oshima andTakashi Kogure are the only drivers in the series' history to have won the drivers championship title in both classes.
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