Arcade simulator era (1982–1989) Prior to the division between arcade-style racing and sim racing, the earliest attempts at providing driving simulation experiences were arcade
racing video games, dating back to
Pole Position, a 1982
arcade game developed by
Namco, which the game's publisher
Atari publicized for its "unbelievable driving realism" in providing a
Formula 1 experience behind a
racing wheel at the time. It featured other
AI cars to race against, crashes caused by
collisions with other vehicles and roadside signs, and introduced a qualifying lap concept where the player needs to complete a
time trial before they can compete in
Grand Prix races. It also pioneered the
third-person rear-view perspective used in most racing games since then, with the track's vanishing point swaying side to side as the player approaches corners, accurately simulating forward movement into the distance. In a 2007 retrospective review,
Eurogamer called it "a simulation down to the core: those dedicated will eventually reap success but most will be deterred by the difficulty". from
Assetto Corsa.
Pole Position II was released in 1983 and featured several improvements like giving the player the choice of different race courses.
TX-1, developed by Tatsumi in 1983, was licensed to Namco, Since the mid-1980s, it became a trend for arcade racing games to use hydraulic
motion simulator arcade cabinets. The trend was sparked by
Sega's "taikan" games, with "taikan" meaning "body sensation" in Japanese.
Hang-On was a popular
Grand Prix style rear-view motorbike racer, was considered the first full-body-experience video game, and was regarded as the first motorbike simulator for its realism at the time, in both the handling of the player's motorbike and the AI of the computer-controlled motorcyclists. Suzuki's team at Sega followed it with hydraulic motion simulator cabinets for later racing games, such as
Out Run in 1986. The first racing game with simulation pretensions on a home system is believed to have been
Chequered Flag, released by Psion on the 8-bit
ZX Spectrum in
1983.
REVS, followed in
1986.
REVS was a
Formula 3 sim that delivered a semi-realistic driving experience by
Geoff Crammond that ran on the
Commodore 64 and
BBC.
REVS had a big fan base in England, but not so much in the United States. the latter also becoming a staple on
home computers, where it was one of the most widely played simulators up to that point. During the late 1980s to early 1990s, arcade racing games such as
Out Run and
Virtua Racing (1992) had increasingly elaborate, hydraulic motion simulator arcade cabinets, With
Indy 500, players could race the full , where even a blowout after would take the player out of the competition. The simulation sold over 200,000 copies. It was around this time that sim racing began distinguishing itself from arcade-style racing. Consoles saw the release of
Human Entertainment's
Fastest 1 for the
Sega Mega Drive/Genesis in 1991. It was considered the most realistic
Formula 1 racing simulation up until that time. In 1991, Namco released the arcade game
Mitsubishi Driving Simulator, co-developed with
Mitsubishi. It was a serious educational street driving simulator that used 3D polygon technology and a sit-down arcade cabinet to simulate realistic driving, including basics such as ensuring the car is in neutral or parking position, starting the engine, placing the car into gear, releasing the hand-brake, and then driving. The player can choose from three routes while following instructions, avoiding collisions with other vehicles or pedestrians, and waiting at traffic lights; the brakes are accurately simulated, with the car creeping forward after taking the foot off the brake until the hand-brake is applied.
Leisure Line magazine considered it the "hit of the show" upon its debut at the 1991
JAMMA show. It was designed for use by Japanese
driving schools, with a very expensive cost of AU$150,000 or per unit. The next major milestone was the 1992 release of
Formula One Grand Prix by
MicroProse, also developed by Geoff Crammond. This moved the genre along significantly. Multiplayer was made possible by allowing different drivers to take turns, and racers could also hook up their machines for racing via a
null modem cable. This only allowed two drivers to race. Leagues emerged where drivers would submit records of their single player races to compare with other drivers. LFRS (Little Formula Racing Series) included 22 two teams consisting of drivers from around the world racing various classes of sim racing in open and restricted setups. Drivers were required to download event specific setup files for each class, to monitor frame rates and apply a checksum to prevent tampering. Drivers saved their race and uploaded to the LFRS server where race results determined overall positions. This is the first sim in which
drafting was possible. Papyrus followed up Indy 500 with
IndyCar Racing in 1993 and F1GP was surpassed in all areas. Papyrus later released more tracks and a final expansion included the Indianapolis track plus a paintkit. Now drivers could easily customize their cars.
IndyCar Racing sold around 300,000 copies. The first variant of Papyrus'
NASCAR Racing series was launched in 1994. In
SVGA (640×480) it pushed the PCs of the time to the limit. Suddenly a resolution of 320×200 seemed a poor option and
NASCAR Racing was the race sim of choice for anyone with a capable PC, particularly in North America. It was the first sim where cars no longer looked like boxes. It keyed in on sophisticated physics modeling.
NASCAR Racing sold over one million units. Moreover, the first real online racing started with
NASCAR Racing using the "Hawaii" dial-in servers and it was not uncommon for these early sim racers to have $300 to $1500 phone bills. Online racing had seen its first true realization, and to many, this was the dawn of "real" sim racing. In 1993,
Network Q RAC Rally was released as an authentic sim racer based specifically on
rallying, albeit it was preceded by
Lombard RAC Rally in 1988. Soon in 1995 Sega also released a rally game,
Sega Rally Championship, but this was originally an arcade game incorporating certain realistic elements of sim racers. Rally sim racers became highly popular after the 1998 release of
Colin McRae Rally. 1995 saw the release of
IndyCar Racing II, updating the first version with the new NASCAR graphics engine. A year later,
MicroProse released the successor to F1GP,
Grand Prix 2, to much anticipation.
GP2 became successful not just because of its detailed and thorough simulation of the 1994 Formula 1 season, but also because it was customizable; this was achievable by way of the
online community. Players could change everything about the game: drivers, teams, graphics, physics, car shapes, and eventually even the racetracks. Offline leagues reached their peak with
GP2 in 1998. In 1996,
NASCAR Racing 2 was released, further improving the original, and the number of sim racers exploded. The
TEN multiplayer hosting service was introduced and went live in November 1997 with the backing of NASCAR and the online sim racing community grew. In 1997,
Gran Turismo was released for the
PlayStation. It was considered the most realistic racing simulation for consoles at the time, featuring a wealth of meticulous tuning options and an
open-ended career mode where players had to undertake
driving tests to acquire
driving licenses, earn their way into races and choose their own career path. It introduced the racing simulation genre to
home consoles, becoming the basis for all modern racing simulations on
video game consoles. It was, however, a commercial failure, sometimes selling only as much as a thousand copies in select markets. For many players, their first real experience of sim racing was through
Grand Prix Legends or one of its many derivatives, such as
NASCAR Racing 2003. To this day, modding teams have continued to work on the game, further improving on the game's physics and create third-party expansions for the following seasons, such as the
1969 Formula One season.
Wired magazine wrote an in-depth article about racing sims called 'Hard Drive' in their February 1997 issue. In 1997,
TORCS was released. Uniquely for racing sims, it was open source, making it even easier for modding teams to add new features and even create whole new games, such as the
TORCS-based
Speed Dreams.
Sega AM2's 1999 arcade game
F355 Challenge, later ported to the
Dreamcast in 2000, was considered the most accurate simulation of the
Ferrari F355 possible up until that time; its focus on realism was considered unusual for an arcade game at the time. American independent developer
Image Space Incorporated produced their own sim
Sports Car GT in 1999, and later the officially-licensed
F1 series starting in 2000, all published by
Electronic Arts. Compared to the Papyrus sims at the time, the physics were easily modifiable, and many communities were been founded with the sole purpose of improving and updating MotorEngine-based games. One such community,
SimBin, later created their own company and have since released several games themselves, including some that were officially licensed by the
FIA GT Championship and
World Touring Car Championship, as well as the
freemium racing simulator
RaceRoom many years later in 2013.
Further developments (2003–present) Sim racing games since the 2000s began exploring more complex vehicle physics implementations. The earliest explorations focused on developing the tire model, later including other areas of the car, including suspension, aerodynamics, and internal components. One of the earliest examples was
Live for Speed, created by ex-
Lionhead Studios developers Eric Bailey, Scawen Roberts, and Victor van Vlaardingen in 2003, which implemented a complex
tire model by creating a brush deflection model. It was also one of the first games in the genre to feature
online multiplayer. Its combination of online features, tire model, and
user experience accessibility made
Live for Speed a popular game at release. Over the course of over 20 years of development, numerous updates to the game's
physics engine have since been introduced, including a deeper simulation of
tire wear, dynamic dirt,
flat spots, hot spots and
tire wall deformation,
suspension,
aerodynamics,
drivetrain, several
gearbox types,
clutch overheating, car body damage, and
engine damage. Credited as the first true
rallying simulation,
Richard Burns Rally by
Warthog Games was released in 2004.
2001 World Rally Champion and namesake
Richard Burns was involved in the development, giving feedback on handling dynamics in particular. It initially received mixed reviews upon release, but the game gradually gained recognition for its multi-body physics engine, driving dynamics, and realistic portrayals of real-life courses, and is now generally considered the most realistic rally simulation in the genre despite its age. Decades later, the game has remained active through
sustained continuation efforts by modders, adding new cars, rally stages, features, and physics updates. Eero Piitulainen, the former physics lead of the now-defunct studio, has applauded these third-party efforts. Its physics basis was later used to create
rFpro, an industry-grade standalone version licensed exclusively to racing teams and car manufacturers for
advanced driver-assistance systems,
self-driving cars and
vehicle dynamics.
rFactor's 2012 sequel,
rFactor 2, featured updates to the engine, including overhauled tire physics, a graphics upgrade, and dynamic track conditions. It became the official simulator of the
Formula E series in 2022. David Kaemmer, co-founder of the now-defunct
Papyrus Design Group, released
iRacing in 2008, a multiplayer-oriented simulator run on a subscription model.
iRacing was a project four years in the making; Kaemmer had worked on the game's
NR2003-based source code since 2004. The game retained the multi-body physics system of
NR2003, as well as some of the track presentation and multi-user packet code, but everything else was changed, or was made completely new.
iRacing is one of the longest supported racing games in the genre, and the game continually receives regular updates between 12-week competition seasons. Continuous improvements to the game's driving model have earned it recognition as the most realistic racing simulation on the market from both critics and players. In 2021,
iRacing introduced a revamped damage model, implementing
soft body physics and affecting vehicle behavior when players crash on track. In 2024,
iRacing introduced the "Tempest" dynamic weather system.
Kunos Simulazioni began development on
Assetto Corsa in 2010, a sim built on experience gained from their previous games
netKar Pro and
Ferrari Virtual Academy but with an entirely new engine. The game was officially released in December 2014. The new engine was designed to provide extensive and detailed tools for
modding, allowing players to create highly detailed content with minimal effort. The engine's flexibility has allowed
Assetto Corsa to be widely played for years beyond its lifespan and succeed as a hub for third-party mod creation, which in turn has inspired developers to consider a proprietary marketplace for mods as a feature. This was the case with
Rennsport,
Project Motor Racing, and sequel
Assetto Corsa EVO, which all featured the concept in their respective road maps.
Slightly Mad Studios, developers of the
Shift and
Shift 2 installments of
Need for Speed games, launched
Project CARS in 2015. It was unique in that it was a
crowdfunded effort, with CARS standing for "Community Assisted Racing Simulator". The game used an improved version of the Madness engine from the
Need for Speed: Shift titles. By taking advantage of newer hardware,
Project CARS introduced a dynamic
tire model that simulated the tire's carcass,
tire tread,
contact patch, and
heat transfer. This model, called "Seta", replaced the steady-state version based on
lookup tables seen in previous generation simulations. Slightly Mad Studios'
Project CARS 2 sequel in 2017 saw improvements based on community feedback. Sim racing experienced an exponential rise in exposure in
2020, following the
suspension of global racing series due to the COVID-19 pandemic. With no live races available, racing organizations, teams, and broadcasters turned to virtual competitions to maintain fan engagement.
Live streams of sim racing games from official racing series drew as many as 400,000 viewers. Initially releasing in
early access, Studio 397 and
Motorsport Games released
Le Mans Ultimate on 22 July 2025, an officially licensed simulation of the
FIA World Endurance Championship and
European Le Mans Series. Built on an improved version of the
isiMotor 2 physics engine from the studio's previous game
rFactor 2, it was praised for its detailed
force feedback, in-depth
Le Mans Hypercar and
LMDh hybrid system simulation, and high-fidelity tire model behavior.
Online communities In recent years, as international interest has grown, so has the online community and underground racing circuit. These communities act as a focal point for users around the world to engage with one another, coordinate racing schedules, exchange modded cars, tracks, discuss hardware configurations and facilitate other communications. With the rising levels of competition in sim racing,
esports is also an ever-growing topic in the community. == Presence in motorsport ==