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Good use of the gearbox is an important part of advanced motorcycle control. It is not just about changing gears smoothly. It is about selecting the correct gear at the correct time within the phases of IPSGA.
The assessment question is very clear: Does the associate select the correct gear at the correct time within the phases of IPSGA?
This means the rider should understand not only how to change gear, but why a particular gear is needed at a particular point in the riding plan.
A well-used gearbox helps the motorcycle remain responsive, balanced and mechanically settled. Poor gearbox use can leave the motorcycle labouring, snatchy, slow to respond or poorly prepared for the next hazard.
In simple terms, the gearbox changes the relationship between engine speed and rear wheel drive. Lower gears give stronger drive and response at lower road speeds. They help the motorcycle pull away, climb hills and accelerate when more drive is needed. Higher gears allow the motorcycle to travel more smoothly and efficiently at higher road speeds.
The gearbox allows the rider to match the engine’s output to the road speed and situation. The correct gear helps the motorcycle respond cleanly without unnecessary strain.
A rider does not need to understand the full engineering detail of selector forks, shafts and gear ratios to ride well, but they should understand the practical effect. The gear selected changes how the motorcycle responds to throttle input and how settled it feels.
Gear sits after Speed and before Acceleration in IPSGA. This order is important because the rider gathers Information, takes up Position, sets Speed, selects Gear, then applies Acceleration when safe and appropriate.
The gear should therefore be selected for the speed already achieved and the action about to follow. It should not be guessed too early or left so late that the rider is rushing the gear change.
Good gearbox use supports the plan. If the rider is approaching a bend, the gear should give smooth drive through the bend and response on exit. If preparing for an overtake, the gear should give the acceleration needed before the rider commits. If dealing with slow traffic, the gear should allow controlled movement without labouring or sharpness.
The gearbox should prepare the motorcycle, not rescue a poorly planned approach.
A key advanced riding principle is – Brakes to slow, gears to go. The rider should normally use the brakes and throttle to set the correct speed, then select the gear that gives the right response for that speed and the next phase of the ride.
The engine braking available in the gear already selected may help the motorcycle slow naturally when the throttle is rolled off. However, the rider should not force downshifts simply to make the gearbox do the work of the brakes.
If slowing is required, the brakes should be used effectively and progressively. Once the speed is correct, the gear can be selected calmly and accurately. This keeps the motorcycle smoother, reduces unnecessary drivetrain stress and supports the correct IPSGA sequence.
The correct gear is not always the lowest gear, the highest gear or the quietest gear. It is the gear that gives the motorcycle the right response for the situation.
A responsive gear allows the rider to feel useful drive when the throttle is opened and controlled deceleration when the throttle is eased off. The motorcycle should not feel flat, hesitant or overly sharp.
In bends, the chosen gear should help maintain a balanced throttle and allow progressive acceleration when the view opens. In traffic, it should allow smooth speed adjustment. On hills, it should prevent the engine labouring. During overtakes, it should place the engine in a strong and usable part of its range before the manoeuvre begins.
A good rider uses the gearbox to keep the motorcycle ready for the next or any unexpected situation.
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Every motorcycle has a usable rev range where it feels smooth, responsive and controlled. Understanding that range is part of good gearbox use.
The owner’s manual, rev counter and feel from the engine all help the rider understand where the motorcycle works best. Below the useful range, the engine may labour and respond slowly. Too high in the range, the engine may feel busy, sharp or unnecessary for the situation.
Advanced riders should not change gear only because the engine sounds loud or quiet. They should learn how the motorcycle responds in different gears, at different speeds and under different loads. This knowledge allows the rider to choose a gear that suits the road, the machine and the plan.
Novice riders often change gear because the engine sounds busy or because they have learned a simple speed-to-gear habit. This may work at a basic level, but it is not enough for advanced riding.
Advanced riders choose gear because the road, speed and plan demand it. They understand what they want the motorcycle to do next and select the gear that supports that action.
A novice may arrive at a bend in the wrong gear and then try to correct it mid-corner. An advanced rider aims to set the speed, select the gear and have the motorcycle settled before the bend begins.
A novice may overtake and then realise the motorcycle is not in a responsive gear. An advanced rider prepares the gearbox before committing. The difference is not just skill with the controls, it’s complete understanding of how the gearbox responds.
Some motorcycles use automatic or semi-automatic gearboxes, ride modes, quickshifters or manual hold functions. These systems can be very useful, but the rider must still understand what the motorcycle is doing.
An automatic gearbox may not always choose the gear the rider would have selected for a particular hazard. A manual hold gear may be useful where the rider wants to maintain response or prevent an unwanted shift, such as through a bend, on a descent or before a planned manoeuvre.
Technology can assist, but it does not replace judgement. The rider remains responsible for ensuring the motorcycle is in the right state for the situation.
A lack of understanding and practice creates uncertainty or wrong gear selection, education and training are key to success.
Selecting gear before the correct speed is set can leave the rider in the wrong gear. Leaving the gear change too late can make the motorcycle unsettled at the point where it should already be prepared.
Some riders use rushed downshifts to compensate for late observation, poor positioning or excessive approach speed. The gearbox should support the plan, not rescue it.
A gear that is too high can leave the motorcycle flat and slow to respond. A gear that is too low can make the throttle sharp and the ride unsettled. The correct gear should give a useful, controlled response.
Developing better gearbox use starts with awareness. The rider should notice whether the selected gear is helping or hindering the ride.
After each hazard, it is useful to reflect on how the bike felt and could it have been negotiated any better. Practice should focus on smoothness, timing and response rather than simply changing gear more often. The aim is to make the motorcycle feel prepared for what comes next.
On your next ride, reflect on how you use the gearbox. Ask yourself:
Improving your use of the gearbox will make your riding smoother, more responsive and more controlled. It will also help ensure the motorcycle is prepared for each hazard at the right point in the system.
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