A standard special stage is typically between 10 and 30 kilometres long, though some stages may extend to 50 kilometres. A full rally event usually comprises 15 to 30 special stages spread across multiple days. Competing crews set off one at a time, each given a specific start time at four-minute intervals, which prevents cars from catching one another on stage and means every competitor completes each stage effectively alone against the clock.
The roads used for special stages vary enormously depending on the rally. The Monte Carlo Rally uses asphalt mountain passes that may carry ice or snow. The Rally GB (now Rally Great Britain / Gravel events) uses forest tracks. Desert sand and loose gravel are common surfaces on other rounds of the World Rally Championship. This variety is deliberate: special stages are designed to challenge both the driver's skill and the car's mechanical resilience across as broad a range of conditions as possible.
In the minutes before a crew's scheduled start time, their car waits stationary at the stage start point. An official and the co-driver both count down the final ten seconds, and timing begins at the crew's scheduled moment regardless of whether the car has crossed the start line. This prevents competitors from gaining time by rolling early.
At the end of a stage there are two distinct control points. The flying finish is the timing line, positioned where a car is still travelling at full racing speed — hence the name. Timing for that stage ends when the car crosses the flying finish. Several hundred metres further on is the stop control, where the car must come to a complete halt for officials to record the time and check paperwork. A buffer zone of approximately 50 metres beyond the stop control marks the end of special stage restrictions.
Between special stages, cars travel on public roads under normal traffic conditions. These sections, known as road sections or liaison stages, are subject to all local traffic laws. Cars must be road-legal, taxed, and insured. Crews are given a scheduled arrival time at the next control, and penalties apply for arriving too early as well as too late, though the tolerance for late arrival is generally larger. The road section requirement means rally cars must be capable of functioning as road vehicles as well as competition machines.
A variant format known as the super special stage differs from a conventional stage in one or more significant ways. Common variations include:
A change of surface type relative to the rally's dominant surface — for instance, an asphalt stage on a predominantly gravel event. Two cars starting simultaneously from different points of a looped circuit in a head-to-head format, producing wheel-to-wheel racing rather than a solo time trial. An altered running order for promotional or spectator purposes. Irregular starting intervals to create dramatic encounters for a crowd or television audience.
Super special stages are typically held at or near a town or event base, making them accessible to large numbers of spectators. They are a common feature of opening nights in World Rally Championship events, where the format provides a showpiece start for the rally.
Stage times determine the overall classification. Crews cannot rely on strategy or fuel management in the way circuit racing allows — every second on every stage is additive. A single mistake, puncture, or mechanical issue that costs one minute may be unrecoverable across a 15-stage event. The cumulative time format means that small consistent advantages compound into large margins at the end of multi-day events, rewarding both outright speed and reliability.
While on stage, crews receive no assistance from their teams except by radio or telephone contact. Any mechanical problem must be resolved by the driver and co-driver alone. This self-sufficiency requirement is a fundamental part of rally sport's character, contrasting sharply with the trackside support available in circuit racing.
Stage rally simulators replicate the special stage format closely, offering timed runs on closed roads with co-driver calls, surface variation, and cumulative time scoring. The realism of a simulation's stage experience is largely determined by how accurately it reproduces the variables a real crew faces: road surface behaviour, weather, tyre degradation, and the consequence of a single error on the overall time sheet.