Mustang Mach-E
100% Electric. 100% Soul.
Introducing the Mustang Mach-E: Ford’s first all-electric SUV. Beautifully sculpted design, state-of the-art technologies, and a maximum electric driving range of 610km*.
The Mustang Mach-E is an electric SUV that delivers instant acceleration, with the GT model capable of 0-100 km/h in just 3,7 seconds.
Get ready to fall in love with driving all over again.
Up to 610 km range
No more trips to the pump.
ELECTRIC FREEDOM
This is Mustang power reimagined with electric performance and up to 860Nm of torque worthy of the Pony badge
3.7 Sec* - 0-100 KM/H
119 KM* Range 10 Min Charge
AS EASY AS CHARGING YOUR SMARTPHONE
HOME CHARGING
Save time and money when you leave fuel behind. Charging your vehicle at home means you can start each day with up to 610 km of electric range†, meaning most of your journeys will be covered.
AT A PUBLIC CHARGING STATION
Mustang Mach-E will have DC high-power charging capability - that means you’ll be able to recharge 119 km of range in just 10 minutes at a high-power charging station.
FEATURES
VISUAL INTUITION
Mustang Mach-E features an impressive array of connected technologies, designed to provide a driving experience that’s centred around you.
CHEAPER TO RUN
No more trips to the pump, reduced maintenance costs, as well as tax reductions and emission zone benefits. The list of savings when you switch to an all-electric product is significant.
Typical saving of €1,091 based on 20,000 km per annum, fuel economy 7.4L/100 km, fuel cost €1.27 per litre, domestic electricity cost of €0.24kWh and all charging carried out at home.
YOUR DRIVING ASSISTANT
From intelligent parking technologies to advanced safety systems, Mustang Mach-E has a range of driver assist technologies available.
SECURE AND SIMPLE
Innovative E-Latch and FordPass connectivity features allow you quick and easy access to your vehicle.
WINTER DRIVING IN THE ALL-NEW MUSTANG MACH-E
Mustang Mach-E was tested in extremely cold conditions. All electric vehicles (EVs) have less energy in cold temperatures compared to warm temperatures due to battery cell chemistry. Extreme temperatures often result in more energy being drawn from the battery (heated screen, heated seats, air conditioning, etc.) but there are several ways you can optimise the battery to maximise efficiency.
*Based on full charge. Estimated range using Worldwide Harmonised Light Vehicle Test Procedure (WLTP) applies to RWD model with extended range battery. Actual range varies with conditions such as external elements, driving behaviours, vehicle maintenance, and lithium-ion battery age.
