2019 Seat Mii electric wheel

Self-help
WARNING
If the wheel bolts are not properly tight-
ened, they coul d come l
oose while driving
and cause an accident, serious injury and
loss of vehicle control.

Lights
Headlight range control Fig. 82
Next to the steering wheel: regulator
headlight r ange contr
ol.The headlight range control
››

› Fig. 82
adapts according to the value of the light
beam of the headlight to the level of load of
the vehicle. This offers the driver optimum vis-
ibility and the headlights do not dazzle on-
coming drivers ››› .
The headlights can only be adjust ed when
the dipped beam is s

witched on.
To adjust, turn the control ››› Fig. 82: Value Vehicle load status
a)
 Two front occupants, luggage compart-
ment empt
y
 All seats occupied, luggage compart

-
ment empt y Value Vehicle load status
a)
 All seats occupied, luggage compart-
ment full
.
 Driv

er only, luggage compartment full a)
If the vehicle load does not correspond to those
sho wn in the t

able, it is possible to select intermediary
positions. WARNING
Heavy objects in the vehicle may mean
that the headlights dazzl e and distr

act oth-
er drivers. This could result in a serious ac-
cident.

Visibility
More the lever to the required position:
4 v
Short wipe. Brief press, short clean.
Hol
d the l
ever down for more time to in-
crease the wipe frequency.
5 W
Windscreen washer. The windscreen
washer function is activ

ated by push-
ing the lever towards the steering
wheel, and the wipers operate simulta-
neously.
6 
Interval wipe for rear window. The wip-
er will wipe the windo
w appr

oximately
every six seconds.
7 \
The rear window wash function is acti-
v
at

ed by pressing the lever, and the
rear wiper starts simultaneously. WARNING
In cold conditions you should not use the
w ash/wipe syst

em unless you have
warmed the windscreen with the heating
and ventilation system. The windscreen
washer fluid could otherwise freeze on the
windscreen and obscure your view of the
road. CAUTION
If the ignition is switched off with the wind-
scr een wipers activ

e, they complete their
wipe before returning to the rest position.
When switching the ignition back on, the
windscreen wiper will continue to operate
at the same wiping level. Ice, snow and oth- er obstacles on the windscreen may dam-
age the wiper and the windscr
een wiper
mot

or.

Drive system and driving
Brake energy recuperation Fig. 135
On the selector lever: connect the
br ak
e energy recuperation. Fig. 136
On the instrument panel display: indi-
cation of r ecuper

ation levels. The brake energy recuperation can generate
a br
aking eff

ect. This braking effect depends
on the selected driving programme and the
level of charge of the high-voltage battery. When braking the vehicle and when the vehi-
cle mo

ves by inertia or travels downhill in the
deceleration phase, electric power is gener-
ated by the electric engine and stored in the
high-voltage battery. The electric engine
then operates as an alternator and produces
a engine brake effect. This process is called
brake energy recuperation.
The status of the recuperation is indicated in
the power display of the instrument panel
››› page 61. When recuperation is active, the
needle goes to the green area of the display.
The current recuperation level is displayed on
the instrument panel display ››› Fig. 136.
Given the case, in the application installed on
the smartphone you can view a statistic of
the energy recuperated over the last 30 mi-
nutes. Check the electronic instruction man-
ual of the application for this.
The effect of the engine brake is more or less
intense depending on the level of recupera-
tion. If the recuperation is very intense, the
brake light of the vehicle may also be switch-
ed on. As the charge level of the high-voltage
battery increases, the recuperation reduces
and, thus, the effect of the engine brake.
When the high-voltage battery is fully charg-
ed, no energy recuperation takes place and
the effect of the engine brake is not available.
When the vehicle detects that road condi-
tions do not allow safe contact between the
wheels and the road, the energy recupera- tion is automatically reduced and, therefore,
the effect of the engine br
ake ››› .
Sel ect a r
ecuperation level
There are a total of 4 brake energy recupera-
tion levels. You can switch between recupera-
tion levels 1 to 3 by pressing the selector lever
slightly sideways towards ››› Fig. 135
+ and
- :

Driving
 - Neutr
al
The el ectric drive system is in the neutral po-
sition. No movement is transmitted to the
wheels and the braking effect of the electric
engine does not occur.
 – Permanent forward drive position
The electric drive system is in the normal pro-
gramme (brake energy recuperation levels
0-3).
 – Very intense brake energy recupera-
tion
Very intense brake energy recuperation is de-
celeration phases (brake energy recupera-
tion level 4).

Drive system and driving
CAUTION
If the vehicle needs to be towed, leave the
ignition on so that the st eering wheel is not
bl
ocked and the turn signals, the horn and
the windscreen wiper work. Control lamp
v
It lights up red

Driving
WARNING
Observe the safety warnings ››
› in Con-
tr ol and w
arning lamps on page 70. Brake assist systems
Electronic Stability Control (ESC)*
The ESC helps t
o impr

ove safety. It reduces
the tendency to skid and improves the stabili-
ty and roadholding of the vehicle. The ESC
detects critical handling situations, such as
vehicle understeer or oversteer, or wheelspin
on the driving wheels. It stabilises the vehicle
by braking individual wheels or by reducing
the engine torque. The warning lamp will
flash on the instrument panel when the ESC is
intervening !.
The ESC includes the anti-lock brake system
(ABS), the hydraulic brake assist (HBA), the
traction control system (ASR) and the elec-
tronic differential lock (EDS)
ESC also helps stabilise the vehicle by
changing the torque.
Anti-lock brake system (ABS)
ABS prevents the wheels from locking up un-
der braking until the vehicle has reached a
virtual standstill. You can continue to steer the
vehicle even when the brakes are on full.
Keep your foot on the brake pedal and do not pump the brakes. You will feel the brake pedal
pul
sat

e while the ABS is working.
If the running gear or brake system is modi-
fied, the effectiveness of the ABS could be se-
verely limited.
Hydraulic Brake Assist (HBA)*
The brake assist system can reduce the re-
quired braking distance. The braking force is
automatically boosted if you press the brake
pedal quickly in an emergency. You must
keep pressing the brake pedal until the dan-
ger has passed.
Traction control system (ASR)
In the event of wheelspin, the traction control
system reduces the engine torque to match
the amount of grip available. This helps the
car to start moving, accelerate or climb a
gradient.
Electronic differential lock (EDL)*
When the EDL detects wheelspin, it brakes
the spinning wheel and directs the power to
the other driven wheel. This function is active
up to approximately 100 km/h (62 mph).
To prevent the disc brake of the braked wheel
from overheating, the EDL cuts out automati-
cally if subjected to excessive loads. The ve-
hicle can still be driven. The EDL will switch on
again automatically when the brake has
cooled down. Electronic brake pressure distribution
(EBV)
In all vehicl
es, when the brakes are applied,
the centre of gravity of the vehicle moves for-
ward. As a consequence, there is a danger
that the rear wheels may lock due to their low
traction. The electronic brake pressure distri-
bution controls the brake pressure for the rear
wheels and ensures that this pressure is dis-
tributed optimally between the front and rear
axles. Under normal circumstances it pre-
vents the rear part of the vehicle from skid-
ding due to excessive braking of the rear
wheels. The function of the electronic brake
pressure distribution is incorporated in the
ABS function.
Electromechanical brake servo (eBKV)
With the ignition switched on, the electrome-
chanical brake servo supports the force of
the foot by increasing the pressure that the
driver exerts on the brake pedal. After discon-
necting the ignition, the assistance of the
brake servo is progressively reduced. Once
stopped, immobilise the vehicle to prevent it
from moving ››› page 159.
If the electromechanical brake servo does
not work, the yellow control lamps

Braking and parking
If the electromechanical brake servo is not
w orking, the br
ake pedal must be pressed
harder, as the braking distance increases due
to the lack of assistance from the servo brake.
Brake blending
The brake energy recuperation can generate
a braking effect ››› page 139. This braking ef-
fect depends on the selected driving pro-
gramme and the level of charge of the high-
voltage battery. If the braking effect caused
by the recuperation is very intense, the vehi-
cle’s brake lights with turn on. The electric en-
gine, when operating as an alternator, can
generate braking torque on the front wheels
based on the RPM and the temperature and
charge level of the high-voltage battery.
These variable parameters cause fluctuating
electric decelerations which are hydraulical-
ly compensated according to the driver’s de-
sires. This function is called “brake blending”
and it combines mechanical braking with the
engine brake effect. WARNING
Driving at high speed on icy, slippery wet
gr ound can r

esult in loss of vehicle control
and serious injury to the driver and passen-
gers.