Go hybrid
Hybrid vehicles offer a combination of both worlds, blending the traditional power of petrol engines with the fuel-saving benefits of an EV. Whatever your lifestyle, find a hybrid to suit you.
Plug-in hybrids
Plug-in hybrid vehicles (PHEVs) combine a petrol engine and electric motor. Drive short distances on electric power and recharge at home or at public charging points.
Ford Tourneo Connect®
The plug-in hybrid MPV with perfect work-life balance.
Self-charging hybrids
Self-charging hybrids can switch seamlessly from the petrol engine to the electric motor for better fuel economy and lower emissions.[disclosure: Plug-in Hybrid Emissions]
Mild hybrids
Mild hybrid vehicles (MHEVs) use a petrol engine with an electric motor to help boost acceleration and save fuel – no charging needed.
Which hybrid is right for you?
Plug-in hybrid
Charging
Plug-in charging optional.
Electric-only range
Up to 41 miles (WLTP test results) zero tailpipe emissions whilst driving.[disclosure: New Kuga - PHEV - Range]
Benefits
Zero emissions when driving on electric power, with petrol engine range.
Self-charging hybrid
Charging
Plug-in charging not possible.
Electric-only range
Electric-only driving capable at lower speeds.
Benefits
Lower emissions, improved fuel economy[disclosure: Plug-in Hybrid Emissions], no need to plug in.
Mild hybrid
Charging
Plug-in charging not possible.
Electric-only range
Not capable of electric-only driving.
Benefits
A more responsive drive with improved fuel economy.[disclosure: Plug-in Hybrid Emissions]
Your hybrid vehicle questions, answered
How do self-charging, plug-in, and mild hybrid cars differ?
Self-charging hybrids use an electric motor for short trips, recharging as you drive, with a petrol engine for longer journeys. Plug-in hybrids allow extended all-electric travel, with a petrol engine as back-up. Mild hybrids assist the engine with a motor but don’t run on electric alone.
What are the fuel savings with a hybrid car?
Hybrid cars generally offer better fuel efficiency than petrol cars, especially in urban driving where the electric motor handles stop-and-go traffic – so you’ll likely use less fuel overall.
What is regnerative braking?
Regenerative braking captures energy usually lost during braking and converts it to electricity, which recharges the battery. This helps extend your EV’s range by making the most of energy that would otherwise be wasted, especially during stop-and-go city driving.
Go electric
Make the most of cost-effective journeys and zero emissions while driving, thanks to our fully electric cars designed to fit seamlessly into your life.
Next steps
Book a test drive
Never driven an EV? Book a test drive at a time and location that suits you.
View available stock
Explore our range of in-stock electric and hybrid cars, brand new and ready to go.
Talk to a dealer
Have questions about EVs or hybrids? Get tailored advice from a Ford specialist.