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Quick answers
What is the difference between MotoGP and World Superbike?
MotoGP is a prototype championship: every bike is a purpose-built racing machine that cannot be bought and has no road-going equivalent. Current MotoGP machines run 1,000cc four-cylinder engines producing well over 300 horsepower at a minimum weight of 157 kilograms. World Superbike, by contrast, uses heavily modified versions of motorcycles you can buy from a dealer, with regulations that limit how far they can be altered and balancing rules that equalise performance between manufacturers. MotoGP is faster and technically far more advanced, but Superbike racing is often closer because the machinery is more constrained. The two series have distinct rider markets, and moving between them is common in both directions.
How does the MotoGP Sprint race work?
Since 2023, every Grand Prix weekend has included a Sprint on Saturday afternoon, run over roughly half the Sunday race distance, typically 10 to 14 laps and around 20 minutes. It uses the same grid set by Saturday morning qualifying, and there is no separate session for it. Points go to the top nine finishers only: 12 for the win, then 9, 7, 6, 5, 4, 3, 2 and 1. The Sprint result does not change Sunday's grid, and riders are free to choose different tyres for each race, though the shorter distance pushes almost everyone onto softer compounds. A perfect weekend is worth 37 points.
Who has won the most MotoGP world championships?
Giacomo Agostini holds the record with 15 world championships, eight of them in the premier 500cc class and seven in the 350cc class, won between 1966 and 1975. In the premier class specifically, Agostini's eight titles lead Valentino Rossi and Marc Marquez, who have seven each. Mike Hailwood also won nine world championships across the 250cc, 350cc and 500cc classes. For race wins, Agostini leads all classes with 122, while Rossi holds the premier-class record with 89 victories from 2000 to 2017. Marquez passed Agostini's premier-class total of 68 during the 2025 season and now sits second behind Rossi.
How fast do MotoGP bikes go?
The outright record is 368.6 km/h, set by Jorge Martin on an Aprilia RS-GP during practice at Mugello in May 2026, beating the 366.1 km/h Brad Binder recorded at the same circuit in 2023. Mugello's kilometre-long main straight makes it the usual venue for speed records, though Sepang, Phillip Island and Losail also produce numbers above 350 km/h. More impressive than the top speed is the deceleration: a MotoGP bike sheds more than 250 km/h in around four seconds and roughly 250 metres, generating over 1.5g through carbon brake discs that only work properly above about 250 degrees Celsius.
What changes in MotoGP in 2027?
Four major things happen at once. Engine capacity drops from 1,000cc to 850cc with maximum bore reduced from 81mm to 75mm, and the engine allocation falls from seven to six per rider per season. Fuel capacity falls from 22 litres to 20 for a Grand Prix, and all fuel must be 100 percent non-fossil in origin, up from the 40 percent minimum in force since 2024. Aerodynamics are cut back, with narrower fairings and restricted rear devices, and ride-height and holeshot systems are banned outright. Finally, Pirelli replaces Michelin as sole tyre supplier after eleven seasons. The combined intent is slower, cheaper bikes that are easier to follow and overtake.
Why do MotoGP riders drag their knees and elbows?
Hanging off the inside of the bike moves the combined centre of mass of rider and machine inwards, which means the motorcycle itself can stay more upright for a given cornering speed and keep a larger, safer contact patch on the tyre. Knee sliders came first, in the 1970s, as riders such as Kenny Roberts began moving their bodies off the seat. As tyres and chassis improved, lean angles increased past 60 degrees and the elbow started reaching the tarmac too, a style Marc Marquez normalised in the 2010s. The contact also provides feedback: a rider can feel exactly how far the bike is leaned and, in a front-end slide, sometimes use knee and elbow to prop the machine back up.
MotoGP tactics operate on a scale most spectators never see. The gap between pole position and tenth on the grid is often under half a second across a two-minute lap, which means the levers a rider can actually pull are small and specific: where the brake marker goes, how much lean angle is carried while still trailing pressure, whether the rear tyre is spun or hooked up out of a slow corner, and how much of that tyre is left with six laps to run. There are no pit stops to hide behind and no strategy call that can manufacture a result.
Since 2023 the strategic frame has changed as well. Two races a weekend on one tyre allocation force a compromise: a setup that wins a 12-lap Sprint on a soft rear rarely survives 24 laps on Sunday. Add aerodynamic downforce that makes following another bike closely genuinely difficult, plus a minimum front tyre pressure rule that punishes anyone sitting in traffic, and the modern MotoGP race often rewards escaping into clean air in the opening laps over saving everything for a late move.
Tactics board
The Racing Line: Wide Entry, Late Apex, Full Exit
The Braking Zone: 350 km/h to Apex in Roughly 250 Metres
The Block Pass: Taking the Inside Into a Slow Corner
Tyre Life: How a 24-Lap Stint Is Rationed
Key concepts
Trail braking
Trail braking is the single most important technique in modern MotoGP. Rather than finishing all braking upright before turning in, the rider carries decreasing front brake pressure into the corner, using the load transfer onto the front tyre to compress the fork and sharpen the steering geometry. The front contact patch is doing two jobs at once, so pressure has to come off in exact proportion to lean angle building. Get it right and the bike turns on a tighter radius without losing speed; get it wrong and the front folds. It is also why front-end crashes are the most common in the class, and why Marc Marquez's ability to save a tucking front with knee and elbow was so valuable.
Corner speed versus point-and-shoot
Two philosophies have competed for two decades. The corner-speed approach, associated with Yamaha's inline-four M1 and riders such as Jorge Lorenzo and Fabio Quartararo, carries maximum momentum through the middle of the corner on a wide, flowing line and depends on a bike that turns while leaned over. The point-and-shoot approach, associated with Ducati's V4 and Honda's RC213V, brakes deep, turns the bike hard in a short arc and relies on acceleration and stopping power to make up the difference. Aerodynamics, ride-height devices and Michelin's rear-grip characteristics have all pushed the balance towards point-and-shoot, which is why Yamaha abandoned its inline-four and introduced a V4 M1 for 2026.
Tyre management and the drop
There is one rear tyre for the whole race and no way to replace it, so every rider runs a mental budget. Michelin's rear typically gives its best grip in the opening third, then loses edge grip on the side that takes the drive, usually the left or right depending on the circuit's corner balance. A rider who overuses it early will find the bike spinning up on exit while rivals are still hooking up. Management means shortening the time spent at full lean, picking the bike up earlier, being softer with initial throttle and accepting slightly slower laps in the middle of the race. Races at Sepang, Buriram and Barcelona are routinely decided by this rather than by outright pace.
Front tyre pressure and clean air
Michelin's front tyre must stay above 1.80 bar for 60 percent of a Grand Prix, which creates a genuine tactical problem. Running directly behind another bike blocks airflow, raises front tyre temperature and therefore raises pressure; running in clean air keeps it cooler and lower. Too much pressure and the front loses feel and grip precisely when the rider needs to brake hard; too little and a 16-second penalty follows. Teams set starting pressures as a bet on where the rider will spend the race. A rider who expects to lead sets lower, a rider who expects traffic sets higher, and a rider whose race plan goes wrong can end up with an unrideable front or a penalty.
Aerodynamics and dirty air
Since Ducati's winglets of the mid-2010s, every MotoGP bike carries substantial aerodynamic bodywork, homologated once per season with a single permitted update. Downforce loads the front tyre under braking, resists wheelies on corner exit and improves stability at speed, all of which have made lap times faster and braking distances shorter. The cost is following. A bike in the wake of another loses front downforce exactly where it is needed, which makes the front feel vague at the point of turn-in and pushes the rider wide. The 2027 rules cut fairing width and nose length precisely to reduce this effect, on the argument that overtaking has become too hard.
Ride-height and holeshot devices
First seen on Ducatis around 2018, holeshot devices lock the suspension down before the start to lower the centre of gravity and stop the front lifting off the line. The idea then migrated into the race itself: rear ride-height devices that a rider arms mid-corner to squat the bike for acceleration, adding perhaps a tenth per corner exit. Front devices were outlawed from 2023, and all ride-height systems are banned from 2027. Riders have consistently argued the devices made bikes harder to overtake, because they compress braking distances and reduce the exit mistakes that create passing opportunities, while adding a handlebar workload that has nothing to do with riding.
Electronics within a spec ECU
Every bike has run identical Magneti Marelli hardware and unified software since 2016, but the calibration is where engineers earn their money. Traction control decides how much rear spin is permitted at each lean angle; anti-wheelie manages front lift under acceleration; engine braking maps control how much the engine slows the rear wheel on a closed throttle, which directly affects stability into a corner. Riders switch maps mid-race using handlebar controls, typically stepping through more conservative settings as the rear tyre degrades. The spec software narrowed the gap between factories that had spent heavily on in-house electronics and those that had not, and is credited with making the field closer than in the 800cc years.
Slipstream, tows and the last-lap problem
At Mugello, Phillip Island or Sepang a slipstream is worth several tenths, which changes both qualifying and racing. In qualifying, riders openly hunt a tow, sitting up to let a fast rival past so they can follow at a distance, a practice that led to penalties for slow riding on the racing line when it began to endanger others. In the race, a defending rider on the last lap knows a clean run to the final corner hands the tow to the pursuer, so the standard defence is to lead into the last braking zone from a defensive inside line, accept a slower exit and block the switchback. Getting that sequence wrong loses more races than outright pace does.
How it evolved
Riding technique has changed more visibly in MotoGP than in almost any other sport. In the 1950s riders sat upright and tucked in, keeping their bodies in line with the machine. Jarno Saarinen and then Kenny Roberts began hanging off in the 1970s, moving body mass inside the corner so the bike could stay more upright for a given radius; knee sliders followed, then the elbow-down style that Marc Marquez normalised in the 2010s, with riders now regularly touching a forearm to the tarmac at over 60 degrees of lean. Each step was a response to a machine that could carry more corner speed than the previous generation.
The strategic layer has evolved just as much. In the two-stroke era the whole race was a fuel-and-throttle management exercise with almost no data feedback; today a rider has real-time information on tyre pressure, lap deltas and rival gaps, and pit boards are supplemented by dashboard messages from race control. The Sprint has compressed decision-making further: a rider now has to weigh Saturday points against the tyre and setup compromise that Sunday demands, and cannot simply treat practice as preparation for one race. The 2027 reset, with less downforce, no ride-height devices and smaller engines, is an explicit attempt to hand more of the outcome back to the rider.
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