CUPRA Born 77 kWh e-Boost

SKU: CUP004

£41,975

BUY NEW FROM MANUFACTURER

£41,975.00

Product Description

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Overall Score

These are the five key metrics used to calculate the EV’s overall performance against the other EV’s.

Max Speed, Acceleration, Battery Power, Realistic Range and Max Battery Charge Speed. These are considered by consumers to be the most important metrics when considering the purchase of an EV (besides the price). The percentage bars show how well this EV’s stats stand against all the other EV’s on the site. The big number above is the overall percentage score for this EV based on the five metrics.


Maximum Speed

99 mph

Acceleration 0-62

7.0 sec

Battery Power

170 kW

Max Charge Speed

350 mph

Real Range

280 mi

Real Range Estimation

Between 200 and 405

Indication of real-world range in several situations. Cold weather: ‘worst-case’ based on -10°C and use of heating. Mild weather: ‘best-case’ based on 23°C and no use of A/C. For ‘Highway’ figures a constant speed of 70 mph is assumed. The actual range will depend on speed, style of driving, weather and route conditions.


City – Cold Weather (miles)

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Highway – Cold Weather (miles)

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Combined – Cold Weather (miles)

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City – Mild Weather (miles)

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Highway – Mild Weather (miles)

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Combined – Mild Weather (miles)

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Performance

Speed, Power & Drive

Acceleration, Speed, Battery Power, Torque, Range and Drive are all important factors to consider. Torque is not only important for sportscars, but also for EV’s that need to carry big loads or tow a trailer/caravan. Drive is also very important, as it determines how many wheels have power. All-Wheel-Drive (AWD) is considered the best for optimal control. The total battery capacity is the amount of energy it can store when it’s fully charged to 100%. The usable battery capacity is how much energy the user is allowed to access. A small portion of the battery capacity is reserved to help prevent premature degradation of the battery when charging to 100%.


Acceleration 0 – 62 (mph)

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Top Speed (mph)

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Electric Range (miles)

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Drive

Rear


Total Power (kW)

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Total Torque (lb-ft)

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Total Battery Capacity (kWh)

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Usable Battery Capacity (kWh)

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Real Energy Consumption Estimation

Between 190 and 385

Indication of real-world energy use in several situations. Cold weather: ‘worst-case’ based on -10°C and use of heating. Mild weather: ‘best-case’ based on 23°C and no use of A/C. For ‘Highway’ figures a constant speed of 70 mph is assumed. The energy use will depend on speed, style of driving, climate and route conditions.


City – Cold Weather (Wh/mi)

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Highway – Cold Weather (Wh/mi)

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Combined – Cold Weather (Wh/mi)

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City – Mild Weather (Wh/mi)

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Highway – Mild Weather (Wh/mi)

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Combined – Mild Weather (Wh/mi)

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DC Charging (Rapid)

Between 10 to 80% of total battery capacity

Rapid charging enables longer journeys by adding as much range as possible in the shortest amount of time. Charging power will decrease significantly after 80% state-of-charge has been reached. A typical rapid charge therefore rarely exceeds 80% SoC. The rapid charge rate of an EV depends on the charger used and the maximum charging power the EV can handle.


Fastcharge Port

CCS


FC Port Location

Right Side – Rear


FC Port Location 2


Fastcharge Power (max, kW DC)

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Fastcharge Time (minutes)

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Fastcharge Speed (mph)

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AC Charging (Standard)

Home and Destination Charging (0 -> 100%)

Charging is possible by using a regular wall plug or a charging station. Public charging is always done through a charging station. How fast the EV can charge depends on the charging station (EVSE) used and the maximum charging capacity of the EV. AC power sources are much less powerful than DC power sources (which are only found at commercial premises), hence take a much longer time to charge.


Charge Port

Type 2


Port Location

Right Side – Rear


Port Location 2


Charge Power (kW AC)

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Charge Time

8h15m


Charge Speed (mph)

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Safety (Euro NCAP)

Date of certificate: 2022

The safety rating is determined from a series of vehicle tests, designed and carried out by Euro NCAP. These tests represent, in a simplified way, important real-life accident scenarios that could result in injured or killed car occupants or other road users.https://www.euroncap.com/en


Adult Occupant

93%

Child Occupant

89%

Vulnerable Road Users

73%

Safety Assist

80%

Cargo & Towing

Maximum volume and loading capacity

Towing capacity on your vehicle will usually be specified as braked towing capacity. This is the maximum your vehicle can tow if your trailer has its own brakes. Unbraked towing capacity is the maximum your vehicle can tow if your trailer has no brakes. A ‘Frunk’ refers to the front trunk – Since EV’s do not need to house a traditional combustion engine, this space is turned into a storage compartment, often for storing charging cables.


Cargo Volume (litres)

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Cargo Volume Max (litres)

No Data

Cargo Volume Frunk (litres)

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Roof Load (kg)

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Tow Hitch Possible

No


Towing Weight Unbraked (kg)

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Towing Weight Braked (kg)

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Vertical Load Max (kg)

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Dimensions & Weight

Vehicle size and payload

GVWR is the maximum weight rating established by the chassis manufacturer. A vehicle’s GVWR is the maximum amount of weight the vehicle can weigh when fully loaded with occupants and cargo. A vehicle’s payload rating is the amount of weight the vehicle can haul and is calculated by subtracting the vehicle’s actual curb weight from its gross vehicle weight rating.


Length (mm)

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Width (mm)

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Width with mirrors (mm)

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Height (mm)

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Wheelbase (mm)

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Weight Unladen (EU, kg)

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Max. Payload (kg)

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Miscellaneous

For everything else

Seating, software and vehicle classification. Dedicated EV platforms enable a more spacious interior, larger batteries, less wasted space, etc. These are more favourable, as they have been designed from scratch to better suit the requirements of an EV, rather than taking an existing ICE vehicle model and adapting it as an EV – A practice that is common amongst legacy vehicle manufacturers.


No. of Seats

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Isofix

Yes, 3 seats


Turning Circle (metres)

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Platform

VW MEB


Car Body

Hatchback


Segment

Small Family Car


Roof Rails

No


EV Dedicated Platform

Yes


Additional Information

Acceleration 0-62 (sec)

7

Battery Power (kW)

170

Charge Speed @7.4kW* (mph)

34

Max Range (miles)

280

Top Speed (mph)

99

Manufacturer

Cupra

Max Charge Speed (mph)

350

Energy Efficiency (Wh/mi)

275

Number of Seats

4

Max Cargo Volume (Litres)

No Data

Gross Vehicle Weight (Kg)

2300

Wheelbase (mm)

2766

Unladen Kerbweight (Kg)

1950

Max. Roof Load (Kg)

0

Max. Loading Weight (Kg)

425

Transmission

Automatic

Engine Torque (lb-ft)

229

Drive Train

Rear

Turning Circle - Kerb to Kerb (Metres)

10.2

NCAP Adult Occupant Protection (Percent)

93

NCAP Child Occupant Protection (Percent)

89

NCAP Pedestrian Protection (Percent)

73

NCAP Safety Assist (Percent)

80

NCAP Overall Rating

5

Vehicle Homologation Class

M1

Body Type

Hatchback

Length (mm)

4322

Width (mm)

1809

Height (mm)

1540

Battery Capacity (kWh)

82

Charge Port Type

Type 2

Charge Port Location

Right Side – Rear

Max AC Charge Power (kW)

11

Max DC Charge Power (kW)

135

Availability Date

2022

Availability Status

In production

Acceleration Score

5

Battery Power Score

3

Charge Speed Score

5

Overall Score

52

Range Score

8

Top Speed Score

5

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