While MotoGP testing often highlights aerodynamic enhancements and visible innovations, a crucial element that remains mostly unseen is the advanced electronics of the bikes. In a recent video, Andrea Scalera joins Paolo Bonora, Racing Manager at Aprilia Racing, inside the Aprilia garage to explore the RS-GP’s sophisticated cockpit system, called the “command bridge,” which closely resembles the control setup of a fighter jet cockpit. This cutting-edge electronics system plays a vital role in helping riders make split-second decisions during a race.
Designing Controls That Enhance Rider Focus and Speed
According to Bonora, the numerous buttons on the RS-GP are not intended to complicate the rider’s input but to facilitate quick and instinctive decisions without distracting from lap times or on-track battles. The color schemes of the controls specifically correspond to the dashboard displays, enabling riders to instantly associate each button with the function it controls, reducing hesitation in critical moments. This intuitive system is developed through detailed planning between the rider, crew chief, and electronics engineer, who map out race scenarios and the rapid adjustments needed in real time.
Key Electronic Features for On-the-Fly Adjustments
The most crucial functions on the command bridge allow riders to instantly toggle between preset configurations, including three power maps, three traction control settings, and three engine braking modes. The power maps enable riders to either restrain the engine or unleash full power, depending on whether they are defending a position, attacking, or attempting an overtaking maneuver late in the race. Additionally, on fuel-sensitive circuits, specialized lambda-based strategies assist in adjusting the fuel mixture to maintain efficiency. If the dashboard signals excessive fuel use, the rider can switch to a more economical mode to avoid running out before the finish line.
Traction control functions as a key safeguard, managing rear-wheel slip during acceleration phases, especially when tire grip diminishes or track conditions worsen. These dedicated maps help prevent tire wear and maintain stability. Engine braking settings, meanwhile, regulate the bike’s behavior during corner entry and braking. Because MotoGP motorcycles have minimal contact patches and operate close to their limits, maintaining a precise balance between stability, smoothness, and controlled slide is essential. Excessive engine braking can destabilize the bike, while too little reduces braking efficiency and corner precision.
How Lowering Devices, Launch Control, and Race Starts Work
Bonora differentiates between front and rear lowering devices, which serve distinct purposes. The rear lowerer is engaged at race starts and also aids cornering on straights, while the front device is predominantly utilized during race starts. The starting sequence on the grid is methodical: the rider first prepares the engagement, then arms the lowering mechanism, applies the brake lever, activates the front device, engages the rear lowerer, and finally presses the launch control button. The bike’s electronics then switch to a specialized start strategy, as normal power maps would make the bike difficult to manage during launch. Once the bike reaches certain conditions, control automatically returns to standard settings.
Among the essential operational buttons are the rear light for wet conditions, shut-off control (though it is generally not accessible to the rider during races), and the pit limiter, which enforces the 60 km/h speed limit in the pit lane. Bonora humorously notes that forgetting to activate the pit limiter results in timely fines, underscoring the importance of every detail in race operations.
The Role of Anti-Neutral Systems and Minimal Clutch Usage
Another critical innovation on the RS-GP is the anti-neutral system, designed to prevent accidental shifts into neutral when downshifting aggressively at the end of straights. This system only allows neutral gear to be engaged via a dedicated control, minimizing risks during fast-paced gear changes. Modern MotoGP bikes like the RS-GP rely minimally on the clutch, whose use is largely limited to race starts and shifting down into neutral, while electronic systems handle the remainder of gear changes. This reduces rider workload and increases precision, making bike handling more codified and reliable.
Why Preparation and Teamwork Define Technological Success
Bonora highlights that the advanced controls are effective only through meticulous preparation. Riders have minimal time during a race to think about which buttons to press; their focus must remain on maximizing performance. The RS-GP’s system reflects a continuous collaboration between rider, crew chief, and electronics engineer, who together develop scenarios and strategic adjustments tailored for each race. During competition, the rider executes fast, targeted choices that maximize performance and safety.
By demonstrating the RS-GP’s cockpit live, Bonora makes clear that today’s MotoGP is about far more than speed. It represents a seamless integration of cutting-edge technology and precise control, designed to turn every split-second decision into measurable advantages on the track.
