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AI-generated vehicle illustration AI-generated vehicle illustration of 2014 Tesla Model S (60 kWh); appearance may differ
AI-generated vehicle illustration for general visual reference only—not OEM photography. It was not created, approved or endorsed by the vehicle manufacturer. Electric Driver does not represent or warrant that it depicts this exact Canadian vehicle, model year, series or trim. Body details, colour, wheels and equipment may differ by market, configuration or production date. Do not rely on this image for vehicle identification or for purchase, specifications, charging, safety, recall or repair decisions. Verify the vehicle and VIN against current manufacturer documentation or with the manufacturer or an authorized dealer; manufacturer and VIN-specific records are authoritative.

2014 Tesla Model S (60 kWh)

  • Full-size

Public-source details are shown where available. Source context appears below.

Quick facts

Electric range
335 km
Combined electric efficiency
21.9 kWh/100 km

Specifications

Vehicle

Body style
Full-size

Powertrain

Powertrain type
Battery electric
Transmission
1-speed automatic
Fuel type
Electricity

Range and efficiency

Electric range
335 km
City electric efficiency
22.2 kWh/100 km
Highway electric efficiency
21.7 kWh/100 km
Combined electric efficiency
21.9 kWh/100 km

Estimated driving energy cost

Electric driving cost

Estimated annual electricity cost About $394/year
Electricity cost per kilometre
about $0.03/km
Energy use
21.9 kWh/100 km combined

Assumptions

Electricity-rate assumption
$0.12/kWh
Annual distance assumption
15,000 km/year
Province assumption
British Columbia
Source
Manual electricity assumption
How calculated

21.9 kWh/100 km x $0.12/kWh / 100 = $0.03/km

Formula: kWh/100 km x electricity price per kWh / 100 = cost per km.

This estimates driving energy only, not total ownership cost. Actual fuel or electricity cost varies with prices, weather, driving, energy-source mix, and vehicle condition.

Vehicle charging

NRCan-listed recharge time
10 hours

NRCan defines this as the estimated time to fully recharge the battery at 240 volts. The imported NRCan value does not specify charging power, connector, or a detailed starting and ending battery percentage. This is not a DC fast-charging estimate.

Daily driving and fast-charging reach

Full-charge vehicle reach335 km
Round-trip outbound limit168 kmMaximum outbound distance while retaining the same distance for the return trip.
Typical one-way commute in British Columbia9 km
Confirmed native-compatible DC fast chargers in province0 locations · 0 exact compatible ports

The rated electric range equals approximately 19.7 typical provincial commute days. This is a statistical comparison, not a prediction of how often an individual driver should charge.

No manufacturer-approved DC adapter has been verified for this exact configuration.

Location is requested only after you choose Use my current location. Exact coordinates stay in this browser session and are never sent to Electric Driver.

Choose a starting point to see the maximum return-trip outbound distance and full one-way vehicle reach.

Compatible charger filtering is unavailable because the vehicle’s native DC connector has not been established.

Loading the local map. The accessible charger summary remains available below.

Map distances

Range planning notice: The displayed reach starts with the vehicle’s listed rated range and is an estimate, not a guarantee. Real-world range can be reduced by driving speed and style, traffic, route and elevation, cold or hot weather, wind, rain or snow, cabin heating and air conditioning, passenger or cargo load, towing, tire type and pressure, battery age and condition, and starting charge. The circles show straight-line distance rather than driving distance; roads, detours, charger availability and a safe arrival reserve can further reduce how far you should plan to travel. Confirm your route, conditions, remaining charge and charging options before departure. Charging-station availability is not real-time.

Adapted from Statistics Canada, Commuting duration by main mode of commuting and time leaving for work: Canada, provinces and territories, census divisions and census subdivisions, 2021 Census of Population, November 30, 2022. This does not constitute an endorsement by Statistics Canada of this product. Basemap: Protomaps © OpenStreetMap contributors. Place search and province boundaries: Government of Canada open data.

Independent public records

Safety and crash protection

Review verified U.S. crash-test context and model-level Canadian recall information separately. Each source has different coverage and limitations.

U.S. crash-test rating

Safety rating unavailable

A verified NHTSA rating has not been matched to this exact model year and configuration.

NHTSA publishes crash-test ratings for U.S.-market vehicles. Electric Driver shows stars only after the corresponding Canadian vehicle has been reviewed and verified.

Canada

Model-level recall information

10 Canadian recalls matched for this model

Results are based on year, make and model matching and are not VIN-specific. Check this vehicle’s VIN with Transport Canada or the manufacturer.

Recall 2019004 January 7, 2019 · Airbag Issue: On certain vehicles, long-term exposure to high absolute humidity and temperature, combined with high temperature cycling, may eventually degrade the propellant contained in the passenger-front airbag. This could cause the airbag to deploy with more force than normal. If the airbag inflator ruptures, fragments...
Manufacturer recall number
SB-19-20-001
Recall date
January 7, 2019
System or component
Airbag
Affected units reported
4,583

What Transport Canada reports

Issue: On certain vehicles, long-term exposure to high absolute humidity and temperature, combined with high temperature cycling, may eventually degrade the propellant contained in the passenger-front airbag. This could cause the airbag to deploy with more force than normal. If the airbag inflator ruptures, fragments could be propelled toward vehicle occupants or cause damage to the airbag assembly, preventing its proper function. Safety Risk: If the vehicle is involved in a crash requiring an airbag deployment, the airbag inflator could rupture and create a risk of injury. Corrective Actions: Owners will be notified by mail and instructed to take their vehicle to a Tesla service center to have the passenger-front airbag inflator replaced. Note: The Canadian climate results in the propellant degrading slowly. This recall is being conducted as a precaution to address future risk. It is expected that all airbag inflators will be replaced before their function would be affected.

View the Transport Canada source dataset

Recall 2018149 March 29, 2018 · Steering On certain vehicles, the bolts that attach the power steering gear assist motor to the gear housing may corrode and fracture. This could allow the power steering gear assist motor to move, causing the belt to slip which could result in a loss of power steering assist. A loss of power steering assist would require add...
Manufacturer recall number
SB-18-32-002
Recall date
March 29, 2018
System or component
Steering
Affected units reported
4,275

What Transport Canada reports

On certain vehicles, the bolts that attach the power steering gear assist motor to the gear housing may corrode and fracture. This could allow the power steering gear assist motor to move, causing the belt to slip which could result in a loss of power steering assist. A loss of power steering assist would require additional steering effort which could increase the risk of a crash causing injury and/or damage to property. Correction: Tesla service centers will replace the aluminum mounting bolts with coated steel bolts and will apply a corrosion-preventative sealer around the gear housing and connecting bolts. If bolts are found to be broken or break during the removal process, Tesla will also install a new steering gear.

View the Transport Canada source dataset

Recall 2016614 December 8, 2016 · Electrical *** This notice is provided for information purposes only as the subject equipment is not regulated under the Motor Vehicle Safety Act *** The NEMA 14-30, NEMA 10-30 and NEMA 6-50 electrical adapter that could have been separately purchased as an accessory for the universal mobile charging connector on certain Tesl...
Recall date
December 8, 2016
System or component
Electrical
Affected units reported
280

What Transport Canada reports

*** This notice is provided for information purposes only as the subject equipment is not regulated under the Motor Vehicle Safety Act *** The NEMA 14-30, NEMA 10-30 and NEMA 6-50 electrical adapter that could have been separately purchased as an accessory for the universal mobile charging connector on certain Tesla Motors vehicles may be impacted by higher than normal electrical resistance due to a potential manufacturing defect. This could cause the adapter to overheat, potentially increasing the risk of a fire causing injury and/or damage to property. Correction: impacted owners will be supplied with a redesigned NEMA adapter. Updated adapters will be sent by Canada Post or commercial carrier once available.

View the Transport Canada source dataset

Recall 2015553 November 19, 2015 · Seats And Restraints On certain vehicles, the driver and front passenger seatbelt anchor plate may not have been properly bolted to the pretensioner anchor plate during assembly. In the event of a crash, the seatbelt may be unable to provide sufficient restraint force, which could increase the risk of injury to the seat occupant. Correcti...
Recall date
November 19, 2015
System or component
Seats And Restraints
Affected units reported
3,911

What Transport Canada reports

On certain vehicles, the driver and front passenger seatbelt anchor plate may not have been properly bolted to the pretensioner anchor plate during assembly. In the event of a crash, the seatbelt may be unable to provide sufficient restraint force, which could increase the risk of injury to the seat occupant. Correction: Tesla Service Technicians at authorized locations will inspect and affect repairs as necessary.

View the Transport Canada source dataset

Recall 2014009 January 21, 2014 · Electrical *** This notice is provided for information purposes only as the subject equipment is not regulated under the Motor Vehicle Safety Act *** The NEMA 14-50 electrical adapter, supplied with the universal mobile charging connector on certain Tesla Motors vehicles, may be impacted by higher than normal electrical resis...
Manufacturer recall number
1
Recall date
January 21, 2014
System or component
Electrical
Affected units reported
750

What Transport Canada reports

*** This notice is provided for information purposes only as the subject equipment is not regulated under the Motor Vehicle Safety Act *** The NEMA 14-50 electrical adapter, supplied with the universal mobile charging connector on certain Tesla Motors vehicles, may be impacted by higher than normal electrical resistance due to variations in external sources of electricity. This could cause the plug and/or wall receptacle to deform, melt, or overheat, potentially resulting in an electrical short and increasing the risk of a fire. Correction: Vehicle software has been updated over the air already to reduce charging current if a high-resistance condition is detected. As an extra measure of assurance, owners will be supplied with a redesigned NEMA 14-50 adapter containing an internal thermal fuse. Updated adapters will be sent by Canada Post or commercial carrier once available.

View the Transport Canada source dataset

Local recall source refreshed: July 9, 2026

Physical vehicle inlet

Connector data unavailable

Electric Driver has not yet independently verified the physical charging inlet for this exact model year and configuration.

Ratings and recall records are provided for research and comparison. A rating does not guarantee protection in every crash, and a model-level recall match does not confirm whether a specific VIN is affected.

Sources and data confidence

Vehicle efficiency source
NRCan vehicle efficiency data
Data status
Some specifications have not yet been verified.
Powertrain source confidence
High source confidence
Driving-cost source
Manual electricity assumption
Safety and recall sources
NHTSA 5-Star Safety Ratings, Transport Canada Vehicle Recalls Database
Last updated
July 8, 2026

Electric Driver uses locally cached public data and reviewed editorial sources where available. Raw rows are retained for auditing but are not shown publicly; confirm configuration-specific details with the cited official sources.