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The 2016 Tesla Model S is a 5-door hatchback featuring a dual motor, battery electric drivetrain. This passenger car, built in Fremont, California, boasts advanced safety with front, knee, and side airbags for the driver and passenger. With a gross vehicle weight under 6,000 lbs, it’s a sleek and efficient BEV from Tesla, designed for left-hand drive markets.

Decoded VIN:

Make

TESLA

Manufacturer Name

TESLA, INC.

Model

Model S

Model Year

2016

Plant City

FREMONT

Vehicle Type

PASSENGER CAR

Plant Country

UNITED STATES (USA)

Plant State

CALIFORNIA

Body Class

Hatchback/Liftback/Notchback

Doors

Gross Vehicle Weight Rating From

Class 1: 6,000 lb or less (2,722 kg or less)

Gross Vehicle Weight Rating To

Class 1: 6,000 lb or less (2,722 kg or less)

Steering Location

Left-Hand Drive (LHD)

EV Drive Unit

Dual Motor

Engine Model

3 Phase A/C Induction (Dual Motor)

Fuel Type - Primary

Electric

Electrification Level

BEV (Battery Electric Vehicle)

Seat Belt Type

Manual

Other Restraint System Info

Type 2 Manual seatbelts (FR, SR*3), PODS

Front Air Bag Locations

1st Row (Driver and Passenger)

Knee Air Bag Locations

1st Row (Driver and Passenger)

Side Air Bag Locations

1st Row (Driver and Passenger)

Most common problems:

Overheating

Induction motors can generate a significant amount of heat, which can lead to overheating if the cooling system is not functioning properly.

Bearing failure

Bearings in the motor can wear out over time, leading to increased friction and potential motor failure.

Inverter malfunctions

The inverter, which converts DC to AC, can fail, leading to issues with motor control and performance.

Electrical noise

Induction motors can produce electrical noise that can interfere with other electronic systems in the vehicle.

Stator winding issues

Problems with the stator windings, such as insulation failure, can cause short circuits and motor failure.

Rotor problems

Issues with the rotor, such as misalignment or damage, can affect motor performance and efficiency.

Software glitches

Software that controls the motor can have bugs or glitches, leading to unexpected behavior or reduced performance.

Power loss

Over time, the motor may experience a loss of power due to wear and tear or decreased efficiency.

Cooling system failure

The cooling system can fail, leading to the motor overheating and potential damage.

Vibration and noise

Excessive vibration and noise can indicate underlying issues with the motor or related components.

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