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9 - BMW Motorrad Danmark

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7 96<br />

z Engineering details<br />

Mode changes<br />

A mode change involves functions<br />

in the engine management<br />

system, the ABS and the DTC<br />

and is possible only in certain operating<br />

states:<br />

No drive torque at the rear<br />

wheel<br />

No brake pressure in the brake<br />

system<br />

In order to achieve this state,<br />

the motorcycle must be at<br />

a standstill with the ignition<br />

switched on,<br />

or<br />

the throttle twistgrip must be in<br />

the fully closed position,<br />

the brake levers must be in the<br />

released positions,<br />

the clutch lever must be pulled<br />

and the clutch disengaged.<br />

The desired ride mode is initially<br />

preselected. The mode change<br />

does not take place until the systems<br />

in question are all in the<br />

appropriate state.<br />

The selection menu does not<br />

disappear from the display until<br />

the mode change has taken<br />

place.<br />

Brake system with<br />

<strong>BMW</strong> <strong>Motorrad</strong> Race<br />

ABS<br />

with <strong>BMW</strong> <strong>Motorrad</strong> Race<br />

ABS OE<br />

Partially integral brakes<br />

Your motorcycle is equipped with<br />

partially integral brakes. Both<br />

front and rear brakes are applied<br />

when you pull the handbrake<br />

lever. The footbrake lever acts<br />

only on the rear brake.<br />

The integral braking function<br />

makes it very difficult<br />

to spin the rear wheel by opening<br />

the throttle with the front brake<br />

applied to keep the motorcycle<br />

stationary (burn-out). Attempted<br />

burn-outs can result in damage<br />

to the rear brake and the clutch.<br />

Deactivate the ABS function if<br />

you are going to attempt a burnout.<br />

How does ABS work?<br />

The amount of braking force that<br />

can be transferred to the road<br />

depends on factors hat include<br />

the coefficient of friction of the<br />

road surface. Loose stones, ice<br />

and snow or a wet road all have<br />

much lower coefficients of friction<br />

than a clean, dry asphalt surface.<br />

The lower the coefficient<br />

of friction, the longer the braking<br />

distance.<br />

If the rider increases braking<br />

pressure to the extent that brak-

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