Cold TESLA MODEL 3 2019 Owner's Manual (Europe)

Note: Installing winter tires with aggressive
compound and tread design may result in
temporarily-reduced regenerative braking power. However, your vehicle is designed to recalibrate itself to restore regenerative
braking power after a short period of normal
driving.Warning: In snowy or icy conditions
Model 3 may experience traction loss
during regenerative braking, particularly
when in the Standard setting and/or not
using winter tires. Tesla recommends
using the Low setting (see To Set the
Regenerative Braking Level on page 61)
in snowy or icy conditions to help maintain vehicle stability.
The amount of energy fed back to the Batteryusing regenerative braking can depend on the
current state of the Battery and the charge
level setting that you are using. For example,
regenerative braking may be limited if the Battery is already fully charged or if the
ambient temperature is too cold.
Note: If regenerative braking is limited, a
dashed line displays on the energy bar (see
Driving Status on page 57).
To Set the Regenerative Braking Level
You can use the touchscreen to change the
level of regenerative braking:
1. Touch Controls > Driving > Regenerative
Braking .
2. Choose from two levels:

Getting Maximum Range
Driving Tips to Maximize Range
You can maximize your driving range using
the same driving habits that you use to conserve fuel in a gasoline-powered vehicle. In
addition to driving habits, energy
consumption depends on environmental conditions (such as exceptionally cold or hot
weather and driving on roads with steep hills). To get the maximum range from a charge:

DrivingAcceleration: Adjust the amount of acceleration. Chill limits acceleration for
a slightly smoother and gentler ride, whereas Standard provides the normal
level of acceleration.
Note: When Chill is selected, Chill displays on the touchscreen above the
driving speed.
Steering Mode : Adjust the amount of effort required to turn the steering
wheel. Sport feels more responsive whereas Comfort feels easier to drive
and park (see Adjusting Steering Effort on page 46).
Regenerative Braking : When you release the accelerator when driving,
regenerative braking slows Model 3 and feeds any surplus energy back to
the Battery. If set to LOW, Model 3 does not slow down as quickly, but also
feeds less energy back to the Battery (see Regenerative Braking on page
60).
Note: Regardless of the setting selected, the energy gained by regenerative
braking is reduced if the Battery is full, or is extremely cold or hot (in which
case, surplus energy is used to heat or cool it).
Traction Control : Turn slip start on to allow wheels to spin (see Traction
Control on page 62).
Creep : When on, Model 3 applies forward torque in Drive and backwards
torque in Reverse when you release the brake pedal (similar to a
conventional vehicle with an automatic transmission). The torque moves the
vehicle slowly on

Battery Information
About the Battery
Model 3 has one of the most sophisticated
battery systems in the world. The most
important way to preserve the Battery is to LEAVE YOUR VEHICLE PLUGGED IN when
you are not using it. This is particularly important if you are not planning to drive
Model 3 for several weeks. When plugged in,
Model 3 wakes up when needed to
automatically maintain a charge level that
maximizes the lifetime of the Battery.
Note: When left idle and unplugged, your
vehicle periodically uses energy from the Battery for system tests and recharging the
12V battery when necessary.
There is no advantage to waiting until the
Battery’s level is low before charging. In fact, the Battery performs best when charged
regularly.
Note: If the Model 3 Battery becomes
completely discharged in a situation in which
towing is required, the owner is responsible
for towing expenses. Discharge-related towing
expenses are not covered under the Roadside
Assistance policy.
The peak charging rate of the Battery may
decrease slightly after a large number of DC
Fast Charging sessions, such as those at
Superchargers. To ensure maximum driving
range and Battery safety, the Battery charge
rate is decreased when the Battery is too cold,
when the Battery’s charge is nearly full, and when the Battery conditions change with
usage and age. These changes in the condition of the Battery are driven by battery physics
and may increase the total Supercharging
duration by a few minutes over time.
Battery Care
Never allow the Battery to fully discharge.
Even when Model 3 is not being driven, its
Battery discharges very slowly to power the
onboard electronics. The Battery can
discharge at a rate of approximately 1% per day, though the discharge rate may vary
depending on environmental factors (such as
cold weather), vehicle configuration, and your
selected settings on the touchscreen.
Situations can arise in which you must leave
Model 3 unplugged for an extended period of time (for example, at an airport when
traveling). In these situations, keep the 1% in
mind to ensure that you leave the Battery with a sufficient charge level. For example, over a
two week period (14 days), the Battery may
discharge by approximately 14%.
Discharging the Battery to 0% may result in
damage to vehicle components. To protect
against a complete discharge, Model 3 enters
a low-power consumption mode when the
displayed charge level drops to approximately
0%. In this mode, the Battery stops supporting
the onboard electronics and auxiliary 12V
battery. Once this low-power consumption
mode is active, immediately plug in Model 3 to
prevent a jump-start and 12V battery
replacement.
Note: If the vehicle is unresponsive and will
not unlock, open, or charge, then the 12V
battery may have become discharged. In this
situation, contact Tesla.
Temperature Limits
For better long-term performance, avoid
exposing Model 3 to ambient temperatures
above 140

Removing and Installing Lug Nut Covers
If your Model 3 is equipped with lug nut covers, you must remove them to access the
lug nuts.
To remove a lug nut cover:
1. Insert the curved part of the lug nut cover
tool (located in your glovebox) into the
hole at the base of the Tesla "T".
2. Maneuver the lug nut cover tool so that it
is fully inserted into the hole in the lug nut
cover.
3. Twist the lug nut cover tool so that the
curved part is touching the middle of the
lug nut cover.
4. Firmly pull the lug nut tool away from the
wheel until the lug nut cover is released.
To install the lug nut cover, align it into
position and push firmly until it fully snaps into
place.
Tire Pressure Monitoring
Each tire should be checked monthly when
cold and in

Driving in Low Temperatures
Tire performance is reduced in low ambient
temperatures, resulting in reduced grip and an
increased susceptibility to damage from
impacts. Performance tires can temporarily
harden when cold, causing you to hear rotational noise for the first few miles
(kilometers) until the tires warm up.
Using Tire Chains
Tesla has tested and approved the following tire chains to increase traction in snowy
conditions. Tire chains should only be installed
on the rear tires.Tire SizeRecommended
Chain18"PEWAG SERVO
SPORT RSS 7619"PEWAG SERVO RS
7720"MAGGI TRAK SP214Caution: If your Model 3 is equipped with
aero covers, you must remove them before installing tire chains (see Removing and Installing Aero Covers on
page 133). Failure to do so can cause
damage not covered by the warranty.
When installing tire chains, follow the
instructions provided by the tire chain
manufacturer. Mount them as tightly as possible.
When using tire chains: