Date posted on June 12, 2015
The RC213V is a machine exclusively for racing that has won consecutive championships in the MotoGP class of the FIM Road Racing World Championship Grand Prix (hereinafter called “MotoGP”) in 2013 and 2014. Honda has made changes to some of the specifications of the RC213V, and will now introduce this as the RC213V-S. It is possible to ride the RC213V-S on public roads, and Honda will start accepting order entry for this new model on July 13, 2015.
In 1954, Honda declared its intention of participating in the Isle of Man TT races, which were a part of the Road Racing World Championship Grand Prix at the time. Honda developed its own racing vehicles and in 1959, five years after the declaration, started competing in the Isle of Man TT races. In 1961, Honda successfully won the TT race championships in the two classes it entered. The total number of cumulative racing victories for Honda reached an unprecedented 600 wins in 2005, which rose to a cumulative 695 victories as of June 11, 2015. Since the Isle of Man TT races, Honda has positioned its racing activities in a wide variety of races as its “laboratory on wheels,” and has incorporated the feedback from the wide-ranging technologies developed for competition in these races into its commercially available production models, relying on these technologies as a way to help maintain and evolve the excellent performance and reliability of Honda motorcycles.
The new RC213V-S is not merely the result of a feedback of technologies created by Honda through its competition in races into a commercially available model, but rather represents a wholly new endeavor to make it possible for a machine developed for competition in MotoGP races to run on public roads. To win in the world championship races, it is necessary to enter a machine that runs the fastest in the world, but in Honda’s view, the rider needs to maneuver the machine well, and so Honda sees ease of use as the means necessary for winning races. In other words, Honda has a principle that the fastest machine in the world is also the machine that is the easiest to maneuver in the world. Ever since competing in the Isle of Man TT races, Honda has consistently developed machines exclusively for racing toward the goal of creating the world’s easiest machine to maneuver based on this Honda principle, racking up victory after victory in races along the way.
The RC213V-S has been developed according to this Honda principle, making it possible for the RC213V, which has won MotoGP championships for two seasons in a row in 2013 and 2014, to run on public roads. The RC213V-S has inherited the specifications of the RC213V to thoroughly ensure mass concentration and reduced friction, as well as all key aspects in manufacturing that set the RC213V apart as a MotoGP machine from ordinary mass production models, with overwhelming differences which involve light weight and precise machining of the components, plus superior expert skills required in manufacturing. In addition, the RC213V-S is equipped with control technologies used on the RC213V. The RC213V consists only of the necessary parts for winning races, based on the idea of changing specifications as necessary according to the rider and course. To achieve the specifications that make the RC213V-S eligible to run on public roads, the minimal amount of necessary changes and additions has been made compared to the RC213V.
For the RC213V-S, a machine for public roads, the regions with sales planned are Europe, the U.S., Australia and Japan. The manufacturer’s recommended prices are set at €188,000 (tax-inclusive) in Europe (Germany*1), ¥21,900,000 (tax-inclusive) in Japan, A$244,000 (tax-inclusive) in Australia, and US$184,000 in the U.S.
A kit exclusive for use on closed circuits is offered as an option. (This kit is not available in the U.S.)
For purchase of an RC213V-S, applications for order entry will be accepted around the world starting 0:00 (CET) on July 13, through the order entry form on the exclusive website (www.rc213v-s.com).
Honda Press Release