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VW e-Up! e-Up!

Years of Production
When the car first came out and when they stopped making it
2021 - 2023
This car is not available on the US market right now, but you can still compare it with other cars.

Trims

Discontinued
18.7 kWh e-Up!

VW e-Up! 36.8 kWh

Photo of VW e-Up! 36.8 kWh (1 slide)

Technical Specifications of VW e-Up! 36.8 kWh

General Info

Years of Production
When the car first came out and when they stopped making it
2021 - 2023
Country of Manufacture
Country where final assembly of the car took place.
Germany
Current Status
Announced (planned), Pre-order (reservations open), Produced (on sale), Discontinued (no longer made)
Discontinued
Body Style
Refers to the car's shape & design (sedan, SUV, hatchback)
Hatchback VW e-Up! 36.8 kWh

Range and Efficiency

Range EPA
Estimated range on a full battery according to official EPA ratings (USA)
No Data
Range WLTP
Range according to WLTP ratings.
TEL: car in its lightest configuration.
TEH: car in its heaviest configuration.
TEL
TEH
162 mi 157 mi
Efficiency
Energy consumption per distance driven. Lower figures indicate better efficiency.
kWh/100 mi
Wh/mi
23.2 kWh 232 Wh

Battery and Charging

Battery Capacity
Nominal: total amount of energy the car’s battery can hold. Usable: actual amount of energy you can access.
Nominal
Usable
36.8 kWh 32.3 kWh
Max Charging Power
Max electric power the car can accept for charging, determined by its on-board charger (AC) and battery (DC)
AC
DC
7.2 kW 37 kW
Charge Port
The car's charge port type. It affects charging speed and station compatibility.
CCS Type 1
CCS Type 1 charge port

Performance

Drive Type
Which wheels are powered (all, rear, or front) by the electric motor(s)
FWD
Engine
Torque: pulling force of the engine. Power: how quickly it can turn the wheels with that force.
Power
Torque
83 hp (62 kW) 155 lb-ft
0-60 mph
Acceleration time from 0 to 60 mph (USA) or 0 to 100 km/h (Europe)
11.7 s
Top Speed
The fastest the car can go (maximum speed)
81 mph
0.00 s
00 mph

Dimensions

Length
Car's body length (front to back bumper)
141.7 in
Width
Car's body width including or excluding side mirrors
with Mirrors
w/o Mirrors
64.8 in 64.8 in
Height
Car's body height (from ground to highest point)
58.7 in
Wheelbase
Distance between centers of front and rear wheels (affects ride and handling)
95.2 in

Cargo and Towing

Number of Seats
Total passenger capacity of the car (including driver)
4
Curb Weight
Car's weight without passengers or cargo
No Data
Cargo Volume
Trunk: cargo capacity (rear seats up).
Max: cargo capacity (rear seats folded).
Frunk: cargo capacity in the front hood.
Trunk
Max
Frunk
8.8 ft3 32.6 ft3 No Data
Towing Capacity
Maximum weight the car can tow safely with a trailer that has its own brakes
No Data
Last Updated:
March 10, 2024
Download Specs PDF

How Far Can You Go in VW e-Up! 36.8 kWh

The map shows how far you can go with a fully-charged battery:
  • Light green area: Round-trip
  • Dark green area: One-way
For the most accurate results, please allow the widget to use your location.

Charging VW e-Up! 36.8 kWh

Slow (AC)
Fast (DC)

Home and Office (AC) Charging

NEMA 5-15

Socket specs
Socket specs
120 V, 15 A, 1-phase
Socket output
Socket output
1.8 kW
Charging 20-80%
Charging 20-80%
11 h 58 min

NEMA 5-20

Socket specs
Socket specs
120 V, 20 A, 1-phase
Socket output
Socket output
2.4 kW
Charging 20-80%
Charging 20-80%
08 h 58 min

NEMA 6-20

Socket specs
Socket specs
240 V, 20 A, 1-phase
Socket output
Socket output
4.8 kW
Charging 20-80%
Charging 20-80%
04 h 29 min

NEMA 14-30

Socket specs
Socket specs
240 V, 30 A, 1-phase
Socket output
Socket output
7.2 kW
Charging 20-80%
Charging 20-80%
02 h 59 min

NEMA 14-50

Socket specs
Socket specs
240 V, 50 A, 1-phase
Socket output
Socket output
12 kW
Charging 20-80%
Charging 20-80%
02 h 59 min
Charging power is limited by the car’s on-board charger (7.2 kW)

NEMA 6-50

Socket specs
Socket specs
240 V, 50 A, 1-phase
Socket output
Socket output
12 kW
Charging 20-80%
Charging 20-80%
02 h 59 min
Charging power is limited by the car’s on-board charger (7.2 kW)

Fast (DC) Charging

CCS DC 50 kW

Socket output
Socket output
50 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

CCS DC 100 kW

Socket output
Socket output
100 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

CCS DC 150 kW

Socket output
Socket output
150 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

CCS DC 200 kW

Socket output
Socket output
200 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

CCS DC 250 kW

Socket output
Socket output
250 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

CCS DC 350 kW

Socket output
Socket output
350 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Charging power is limited by the car’s DC charging capability (37 kW)

Supercharger V2 Split 75 kW

Socket output
Socket output
75 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Not all Tesla Superchargers are open to non-Tesla vehicles Charging power is limited by the car’s DC charging capability (37 kW)

Supercharger V2 150 kW

Socket output
Socket output
150 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Not all Tesla Superchargers are open to non-Tesla vehicles Charging power is limited by the car’s DC charging capability (37 kW)

Supercharger V3 250 kW

Socket output
Socket output
250 kW
Charging 20-80%
Charging 20-80%
00 h 37 min
Not all Tesla Superchargers are open to non-Tesla vehicles Charging power is limited by the car’s DC charging capability (37 kW)
Last Updated:
March 10, 2024
Open Charging Calculator

About VW e-Up! 36.8 kWh

The VW e-Up! 36.8 kWh is an all-electric front-wheel drive hatchback. It came out in 2021 replacing the older VW e-Up! 18.7 kWh. VW stopped making the e-Up! in 2023. The car is not available on the US market.

The VW e-Up! 36.8 kWh has a 36.8 kWh battery pack, allowing it to travel up to 139 mi on a single charge. The car has an average efficiency of 23.2 kWh per 100 miles (or 232 Wh/mile) — ranked №483 out of 575 electric vehicles.

Frequently Asked Questions

How fast is VW e-Up! 36.8 kWh

The VW e-Up! 36.8 kWh is equipped with a powertrain that delivers up to 62 kW (83 hp) of power and 155 lb-ft of torque.

This enables a 0 to 60 mph acceleration in 11.7 seconds (ranked â„–493 out of 575 electric vehicles) and a top speed of 81 mph.

Real-world range of VW e-Up! 36.8 kWh

The estimated real-world range for VW e-Up! 36.8 kWh falls between 125–153 miles, ranking it №483 out of 575 electric vehicles. Several conditions can influence this range:

  • Speed: The battery drains faster at higher speeds.
  • Temperature: Extreme temperatures can impact range.
  • Terrain: Range is reduced on hilly or mountainous terrain.
  • Driving style: Aggressive driving behaviors, such as frequent acceleration and braking, decrease efficiency.
  • Feature utilization: Climate control and media system usage also affect range.

These figures are approximations, and your actual driving range may vary. When planning trips, consider these factors and be prepared for potential charging stops.

For trip planning assistance, utilize the EV Navigation interactive map.

VW e-Up! 36.8 kWh charge port type?

The VW e-Up! 36.8 kWh in the USA comes with a CCS Type 1 charging port. It can be charged at home using a standard domestic socket or at any public AC charging station with the compatible cable. It's important to note that the car's on-board charger (inverter) limits the maximum AC charging rate to 7.2 kW, resulting in approximately 28 miles of range added per hour of charging.

For significantly faster charging, public DC fast-charging stations are available. Although the car can achieve a maximum DC charging rate of 37 kW, factors such as battery temperature and charge level may affect the actual charging speed.

Use our Charging calculator to estimate charging time, rate, and cost.

VW e-Up! 36.8 kWh dimensions and weight?

The size and weight specifications for VW e-Up! 36.8 kWh are as follows:

  • Length: 141.7 in
  • Width: 64.8 in (including side mirrors) or 64.8 in (excluding side mirrors)
  • Height: 58.7 in
  • Wheelbase: 95.2 in (distance between the center of the front and rear wheels)
  • Curb weight: N/A lbs (weight of the empty car, no people or cargo)
VW e-Up! 36.8 kWh cargo capacity?

Here's a breakdown of the VW e-Up! 36.8 kWh cargo space:

  • Trunk capacity: With the rear seats up, you get 8.8 cubic feet of cargo space in the back (ranked â„–507 out of 575 electric vehicles).
  • Max cargo capacity: Fold down the rear seats, and you open up 32.6 cubic feet of total cargo space (ranked â„–384 out of 575 electric vehicles).
  • Frunk capacity: The car doesn’t have a “frunk” (front trunk).
VW e-Up! 36.8 kWh towing capacity?
The car isn’t officially rated for towing.

Ratings

3.2

Design

based on 31 votes
Rate Design
3.0

Performance

based on 32 votes
Rate Performance
2.8

Desirability

based on 69 votes
Rate Desirability

Safety Ratings

NCAP safety rating
NCAP logo

Compare VW e-Up! 36.8 kWh with Similar Cars

Fiat 500e 2013

2013 -
Price (USA)
No Data
EPA Range
No Data
0-60 mph
8.7 sec
Car Page Car Page

Similar Range

WLTP (TEL)
WLTP (TEH)
  1. 171 mi +6.2% Kia e-Soul 39 kWh
  2. 171 mi +6.2% Kia Soul EV 39 kWh
  3. 170 mi +5% Peugeot e-Rifter Long 50 kWh
  4. 165 mi +1.9% Abarth 500e Hatchback
  5. 162 mi VW e-Up! 36.8 kWh
  6. 161 mi -0.4% Seat Mii Electric
  7. 160 mi -1.2% Ĺ koda Citigo iV
  8. 158 mi -1.9% BMW i3 BEV 94 Ah
  9. 158 mi -1.9% Abarth 500e Convertible
  1. 167 mi +6.3% Peugeot E-Rifter Standart 50 kWh
  2. 167 mi +5.9% Peugeot e-Rifter Long 50 kWh
  3. 165 mi +4.7% Citroen e-Berlingo XL 50 kWh
  4. 157 mi 0% Abarth 500e Hatchback
  5. 157 mi VW e-Up! 36.8 kWh
  6. 155 mi -1.6% Opel Combo-e Life
  7. 150 mi -4.3% Abarth 500e Convertible
  8. 143 mi -9.1% Dacia Spring Electric
  9. 136 mi -13.4% Peugeot e-Expert Combi Long 50 kWh

Similar Performance

0-60 mph
Torque
Power
  1. 11.6 s -0.9% Smart EQ fortwo cabrio 2019
  2. 11.7 s 0% Fiat E-Ulysse L3 50 kWh
  3. 11.7 s 0% Fiat E-Ulysse L2 50 kWh
  4. 11.7 s 0% Smart EQ fortwo cabrio
  5. 11.7 s VW e-Up! 36.8 kWh
  6. 11.8 s +0.9% eGo ewave X
  7. 11.8 s +0.9% Mercedes EQT 250 Extra Long
  8. 11.8 s +0.9% Mercedes EQT 250 Long
  9. 11.9 s +1.7% Toyota Proace Verso M 50 kWh
  1. 162 lb-ft +4.5% Renault ZOE Q210
  2. 156 lb-ft +0.6% Seat Mii Electric
  3. 156 lb-ft +0.6% Ĺ koda Citigo iV
  4. 155 lb-ft 0% VW e-Up! 18.7 kWh
  5. 155 lb-ft VW e-Up! 36.8 kWh
  6. 148 lb-ft -4.5% Fiat 500e 2013
  7. 148 lb-ft -4.5% Citroen e-Berlingo Multispace
  8. 148 lb-ft -4.5% Fiat 500 Cabrio
  9. 145 lb-ft -6.5% Mitsubishi i-Miev
  1. 89 hp +7.2% Renault ZOE Q210
  2. 87 hp +4.8% Renault ZOE Q90
  3. 83 hp 0% Seat Mii Electric
  4. 83 hp 0% Ĺ koda Citigo iV
  5. 83 hp VW e-Up! 36.8 kWh
  6. 82 hp -1.2% Renault TWINGO E-TECH
  7. 82 hp -1.2% Smart EQ fortwo coupe
  8. 82 hp -1.2% Smart EQ fortwo cabrio
  9. 82 hp -1.2% Smart EQ forfour
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