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Two common types of 1:10 R/C buggies differing by its body style and front wheel width The 1:10 radio-controlled off-road buggy is a 1:10 scalefroglled]] designed for. These cars are originally based on their full-scale equivalents that are commonly found in. The buggies are split into two race categories, (2WD) and (4WD). These can easily be distinguished visually by their wheel size at the front.

Cars are typically electric powered, but versions do exist but are less common because racing classes exist for electric cars. The class is inexpensive and similar to a number of other classes, and this makes them popular with newcomers. The cars are also known as 1/10 off-road.

The class was created by as a miniature version of their 1:8 scale buggy and popularized by its archrival, the latter after witnessing an off-road race at the Baja Peninsula on a business trip. It became popularized in the United States as a racing class, where they helped to lead the radio-controlled car market in the 1980s before the touring car class suddenly took over for the next decade with many manufacturers abandoning the off-road class as a result. The Deutsche Meisterschaften (in West Germany) and ROAR Nationals (in North America) were amongst the first to host an official national championship a year before the (IFMAR) hosted their in 1985. 1984 saw an introduction of 4WD cars that offered better traction thus 2WD car owners found themselves being forced to compete against its all-wheeled counterpart, resulting in the unlimited/modified category being split into its respective drivetrain classes. This division was first adopted by (ROAR) and (JMRCA) in 1986 to become used in the Worlds in 1987 then became widely used. By the turn of the millennium, the off-road buggy market regained its marketspace, whilst continuing to compete with the touring car market, which originally shared the same chassis as well as its 1:8 ancestors.

Dirt tracks have been the traditional choice of surfaces since the beginning but with regular maintenance and inconsistent lap times through wear and tear, the use of and have becomemore widely used, the latter being the controversial choice of surface for the, ending a 30-year tradition of dirt track use. Apart from the touring car class, the off-road buggies have branched out into other classes including, monster trucks and Short Course Trucks.tamiya frog. The moment I saw photographs of the cars roaring across the desert, I thought 'We've got to do this!' Battery-powered radio-controlled cars were so quiet.

You could enjoy playing with them anywhere — in theory, at least. In fact, you were restricted to asphalt and paved surfaces. If we made an off-road battery-powered R/C car then it really could go anywhere.

Shunsaku Tamiya, on being inspired to create an off-road buggy. In 1977, after reading an American magazine about an convention advertised at the in California, Shunsaku Tamiya, the president of at the time, was inspired after seeing images of buggies. He set out at a trip to the show where he also got to witness the desert races at the.

Back in Japan, Tamiya tasked designer Fumito Taki to recreate the off-road racers he witnessed that could be driven anywhere. At a hobby show in,; Shunsaku demonstrated his off-road buggies to a large crowd, who greeted the cars with applause. Their first buggy, the based on the Funco SSII buggy of and Bud Feldkamp, was introduced in 1979, it was notable for being the first 'true off-roader', the first car to come with three gear transmission and with. This was followed shortly by the, Taki's more significant designs. Before that, introduced the nitro powered Peanuts 09 in 1976 that was a smaller version of their 1:8 scale buggy, then the electric powered version called the Eleck Peanuts in 1978, that both used a unlike the independent suspension cars of the Tamiyas and were like its elder 1:8 counterpart, based on beach buggies although off-road cars were regarded by Peter Vieira of Radio Control Car Action as 'barely suspended on-road cars with aggressive tires' that 'didn't handle at all'. Enthusiasts in Japan took to racing the cars that later spread to other countries.

At the time of its release, it was assumed by Lawrence H. Earl, the author of the Usborne Model Guides to Model Cars, that they were intended for drivers who are not interested in racing but however, although it was at its infancy in Europe, dirt racing took off in North America as enthusiasts made temporary tracks to race on and gather together friends to build and organize off-road races however at its infancy, they came to be disparaged by enthusiasts of the, then at its prime, as toys. The Tamiya led popularity helped the market surge that it become known as the Golden Era of Off-Road Racing as it was believed that anybody in the neighborhood had seen a () or a () at that point the market began to take off in 1984. The Hornet was credited for popularizing the racing scene at a small price with strong after-market support, it was also robust that it can be still be driven after a novice driver drove it head-on into a curb at full speed.

In 1982, introduced the Akira Kogawa designed Scorpion, a car dedicated for serious competition use as it was 200/400g lighter to its competitions that went on to become the 1985 ROAR Nationals champion. The car featured an aluminum chassis In the periods between 1983 and 1984, three brands claimed to be the first to introduce 4WD buggies to the market on each front; introduced the 44b, the first buggy;, the, the first race specific 4WD buggy and Kyosho the Progress respectively; the first to be sold with. Starsat 2200 Hd Wifi Camera. Another car introduced by Kyosho in 1985, the Optima also by Kogawa, was the first 4WD car to offer double wishbone A-arms for both ends of the car with its own oil-filled coilover on each corner of the car. At the time when competitions was offered to stock and modified motors and 4WD buggies was at its infancy, many clubs allowed them to race against drivers with 2WD cars, therefore drivers resorted to buying these instead, usually defeating them in the process. The Tamiya Frog, introduced in 1983, was a departure from all other cars at the time as it was not based on a real car, it was notable for that it appealed to beginners as well as racers who proceeded to modify the car heavily in order to make it competitive.

It won the inaugural Deutsche Meisterschaften Elektro Off-road 1:10, the German championship, in 1984, driven by Michael Kleinhaus. Took the realm of the race buggy further when they introduced the designed RC10, a car that established the layout (motors and batteries on a flat tub chassis) that became an industry standard for all off-road buggies by industry insiders. Taking inspiration from real off-road buggies, Curtis looked at how the suspension could be designed to cope with the high demands of off-road racing. The chassis was made from,, it also featured machined, oil-filled aluminium that can be adjusted with high-impact nylon suspension, ball differentials and two-piece wheels. It primarily proved that designs based on its real life counterpart was not the way to win races, as a result, manufacturers began to break away from realism. Before this, cars sold had to be heavily modified from its stock format in order to be competitive. Traditionally found in on-road cars, the 80's saw the use of large rear spoilers on cars such as the RC10 and in 1988.

At that point, buggies began to break away from realism Enthusiasts began to experiment with custom built cars and then manufacturers joined the fray, leading to a short surge of popularity as they claimed it was easier on slick surfaces and cheaper to manufacture. () was the first to introduce FWD to production off-road buggies when they introduced the Spirit FF. As they held great advantage over RWD cars on loose, bumpy dirt tracks, one of the main disadvantage of this drivetrain was that they have problems with traction in sandier surfaces in addition to in some championships such as the ROAR Nationals, they are forced to compete against the 4WD car and was banned by IFMAR for its advantages hence why the class never caught on. The Kyosho Optima Mid was the first car to utilize a mid-mounted motor in 1987, it was amongst the few brands to experiment with this type of drivetrain. Tamiya Avante As their Frog and Hotshots became obsolete over the years and Tamiya was in desperate need to create a serious competition car against the and Kyoshos, they evolved the competition buggy formula further when they introduced the Taki designed in 1988.

The car was revolutionary as it featured a number of aluminum and parts with a in contrast to the plastics its competitors were offering, with its of stiffness and near-infinite adjustability. It was the first car to have its mid-motor mounted parallel to the centre drive shaft Designed to compete in its only race it was designed to do the 1988 All-Japan Off-Road 4WD Championship where it finished 7th by Yoshiaki Sugiyama, this meant it became unsuited to other tracks as the aluminum parts were too soft and broke regularly, the front suspension bottomed out with alarming regularity and the handling was below par to other cars. As 1987 being regarded as its peak year, many manufacturers who specialized in toys like and joined in the market with ready to run (RTR) and inexpensively made cars marketed as toys.

Another large toy manufacturer, in contrast made a short-lived attempt to break into the competitive hobbyist market by creating its own 'special hobby division'; its result was the Intruder. 1990s—2000s: Decline [ ] By the end of the 1980s, the buggy class singlehandedly turned the radio-controlled car market into a multimillion-dollar business but in 1990, Tamiya, a market leader in off-road cars; shifted their attention toward on-road cars when in 1991, they adapted their Manta Ray's () chassis to a bodyshell. The chassis, renamed as (), had short suspension arms and realistic narrower wheels to maintain a realistic appearance they were aiming for. They thus invented the touring car class. In North America and Japan, the off-road buggies faced stiff competition against the touring cars as its increasing popularity in the 1990s led to an increase of meetings taking place on.

Also, the 1990s saw an emergence of the that shared the same platform and suspension components as the buggies. They were popular to such extent that by the early 2000s, they (both nitro and electric) overtook buggies in terms of popularity despite being offered mainly in 2WDs. An article the July 1990 issue of RCCA by Steve Pond claimed whilst expensive to the entry-level market, the, then primarily popular in Europe and Japan; viewed at the time by enthusiasts as expensive and problematic to operate and maintain, was less expensive to a 1:10 buggy for the top end racer; costing at US$1,359 (equivalent to $2,491 in 2016) to US$1,965 (equivalent to $3,602 in 2016) for a complete kit including radio and power source. Kyosho at then led a marketing initiate to promote the class with the (Kogawa's successor in the 1:8 off-road project) designed. Throughout the decade, Kyosho became the class leader with Kanai's taking its six consecutive IFMAR wins.

In the April 1993 issue of RCCA, the magazine received numerous all over the world on how they became converted to the class with many hobby brands swiftly cashing in on its newfound popularity. It was claimed in its April 1994 issue that 'every major R/C manufacturer now has a gas-powered R/C vehicle in their lineup'.

At the time of the competing class' rising popularity, the buggy market had begun to reach point as many companies continued to enter into the market with the emphasis on recreation driving to competitive racing with a number of tracks closed down throughout North America and the last Reedy International Race of Champions took place in 2000. Like every other physical hobbies, the increasing popularity in was seen as one of the main cause, as well that the market was flooded with unremarkable designs in contrast to the innovations of the 1980s as the market became emphasized on streamlined cars to feed the market for racers. Aside the number of toy manufacturers who tried to cash in on the boom years, many companies abandoned the market such as and, closed down () or if they didn't, they later experienced buyouts such as, who had been by 1999 half owned by Team Trinity's Ernest Provetti; was sold to in 2001 and Team Associated to its Taiwanese manufacturing partner, in 2005.

Although drivers experimented with the use of front spoilers, the 1990s saw manufacturer bringing them into production, when introduced the Predator in early 1994 that was sold with them followed by the with its optional High Downforce Wing Kit. Later in the decade saw a migration of indoor venues and high-grip clay tracks which saw an emphasis on aerodynamics which was expected to benefit front spoilers but they were slow to catch on until recently (as in 2015) for 2WD buggies. 2000s—date: Resurgence [ ] The 1990s saw a culture of collecting vintage Tamiya models as many of them commanded high sums of money, many of these were off-road buggies, the Sand Scorcher and Avante included. To feed to those nostalgic popularity, Tamiya resorted to reissuing their past models joined by many other brands including Kyosho and Team Associated who reissued their past cars such as the Scorpion and RC10. When launched the in 2008, a Short Course Truck realistically designed to resemble a real intending as a novelty car, it was credited for turning the R/C car market around and led to manufacturers introduced its own race versions.

A typical 1:10 specific off-road dirt track noticeably by its small size and lack of pit lane (for nitro cars) The cars are designed for running on dirt and more recently, carpets and artificial turfs; both featuring jumps. The buggies features independent suspension, long-travel shock absorbers, and covered transmission and radio compartment to keep them running in extreme conditions. For a 2WD buggy, the rear tires are spiked for traction, while the front tires are thin, and ribbed for good steering in dirt. On a 4WD buggy, all four tires are identical, spiked tires. They are designed specifically for dirt, and running on pavement wears the spikes down quickly.

The 2WD class is usually regarded as a beginner class as they carry fewer parts and are inexpensive to buy and run but are slower in comparison to the 4WD class which is stabler but are more direct and aggressive, regardless of its disadvantages, they are popular with drivers of all levels. In major championships, races are run to a single 5 minute round with the exception of the championship races, known as the A-main, that is run to three rounds with the two best results that counts. The class overall is popular with newcomers that much of the international drivers began their hobbies racing them. Despite not being based on any real full-sized cars, the regulation require them to 'resemble' a full-sized car found in, according to ROAR regulations, they cannot resemble a as truck-type vehicles run in separate classes. (BRCA) regulations states they have to resemble cars from either,, trail and racing but not those from. Cars are required to run on a maximum of 7.4 V 2S LiPo batteries and tires provided by company chosen to provide tires in the races.

2WD and 4WD cars cannot weigh less than 1,474 and 1,588 grams respectively. Notable cars [ ]. • In the December 1999 issue in an article reviewing the history of R/C cars. • Won as a Cox Scorpion as was the US distributor of Kyosho at the time. • A stock class motor is intended for the goals of limited power and cost restricted therefore equal competition; at its time, a ROAR stock motors has as opposed to, however it is 10-20% slower than modified. • Regardless that it was the second model to use the TA-01 chassis after the, a car.

• Known as bashing. • Hard-packed, high-bite, abrasive surface that is made of compacted clay or sometimes requires them to be chemically treated. • Respective of 2WD and 4WD classes: 1474g and 1588g in IFMAR and EFRA, 1499g and 1613g in ROAR, 1480g and 1590 in (). References [ ]. • Neil Paul, R/C News, October 1987 • Black Hole Sun.. Retrieved 5 January 2016. 10 April 2014.

Retrieved 5 January 2016 – via YouTube. Retrieved 2012-06-05. CAR Magazine. Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 5 January 2016. • ^, pp. 78-85.

• ^, pp. 131-136. Radio Control Car Action. Retrieved 5 January 2016. Retrieved 6 December 2015.

Retrieved 5 January 2016. Retrieved 5 January 2016. Family Hobbies Raceway. Retrieved 5 January 2016. Radio Control Car Action. Retrieved 5 January 2016.

R/C Toy Memories. Retrieved 5 January 2016. • ^, pp. 35-38. Retrieved 5 January 2016. Radio Control Car Action.

Retrieved 5 January 2016. R/C Toy Memories. Retrieved 5 January 2016. Radio Control Car Action.. Archived from on 4 July 2007.

Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 3 January 2016. Radio Control Car Action. Retrieved 5 January 2016.

R/C Toy Memories. Retrieved 5 January 2016. • ^ Black Hole Sun..

Retrieved 5 January 2016. • p32 •, pp. 40-72.

Retrieved 2016-07-13. Retrieved 17 January 2016. • ^ Track Report: Kyosho Maxxum, Dick Brinton, p86, Radio Control Car Action, August 1989 • Black Hole Sun..

Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 2016-07-13.

Retrieved 5 January 2016. • ^ Black Hole Sun.. Retrieved 5 January 2016. Retrieved 5 January 2016.

•, pp. 60-62. Retrieved 5 January 2016. R/C Toy Memories. Retrieved 5 January 2016. • Arita, Derek (January 1993). 'Tomy Intruder'. Radio Control Car Action.: 80.

Retrieved 5 January 2016. • Black Hole Sun.. Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 5 January 2016. • Black Hole Sun.. Retrieved 5 January 2016.

• Garrison, Mike (11 July 2014).. Retrieved 3 October 2015. • Pond, Steve (February 1991).. Radio Control Car Action.. Retrieved 27 January 2016. • ^ Pond, Steve (July 1990)..

Radio Control Car Action.: 42. Radio Control Car Action. Retrieved 16 December 2015. • Pond, Steve (April 1993).. Radio Control Car Action.: 67. • Gonzalez, George (April 1994)..

Radio Control Car Action.: 56. R/C Toy Memories. Retrieved 5 January 2016. • Kowalick, Vince (10 June 1994)...

Retrieved 5 January 2016. Reedy International Race of Champions.

Retrieved 5 January 2016. R/C Toy Memories. Retrieved 5 January 2016. R/C Toy Memories. Retrieved 5 January 2016. • p106, Radio Control Car Action, December 1999 •.

R/C Toy Memories. Retrieved 5 January 2016. RC Racing TV.

Retrieved 5 January 2016. • Tony Phalen.. Retrieved 5 January 2016.

Retrieved 2016-05-10. • Dean Berry.. Retrieved 5 January 2016. Radio Control Car Action. Retrieved 5 January 2016.

Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 5 January 2016. Retrieved 5 January 2016.

Retrieved 5 January 2016. Retrieved 5 January 2016. Works cited [ ]. • Jung, Alex (February 1998). 'Collecting Tamiya R/C Cars'. Radio Race Car. • Arita, Derek (November 1989)..

Radio Control Model Cars Addison-Wesley Biology Lab Manual. . Retrieved 27 January 2016. • Chianelli, Chris (November 1989). 'Big and Small, Designed to Haul'. Radio Control Car Action.. ref=CITEREFChianelli1989}} • Earl, Lawrence H.

Usborne Guide to Model Cars. -->• Howell, John (December 1992). 'Top 10 Innovative R/C Cars of All Time'. Radio Control Car Action..

• Kowalick, Vince (10 June 1994)... Retrieved 5 January 2016. -->• Perry, Susan (February 20, 1986)... Retrieved 5 January 2016. -->• Pond, Steve (February 1990). 'The Roots of R/C: Electric Revolution'. Radio Control Car Action..

• Spinner, Colin (September 2008). 'Interview with a Legend'. Radio Controlled Car Racer. • Tamiya, Shunsaku; (translator) (2000). Master Modeler Creating the Tamiya Style... • Vieira, Peter (December 1999).

'The Century of RC'. Radio Control Car Action..