Maruti Suzuki, Toyota to launch multiple hybrid vehicles soon
Maruti Suzuki and Toyota are preparing to launch multiple new hybrid vehicles in the 2024-25 period, marking a significant shift toward electrification. The upcoming models will feature both mild- and strong-hybrid powertrains, combining traditional combustion engines with advanced electric propulsion systems. The seven-seater versions of the Maruti Suzuki Grand Vitara and Toyota Urban Cruiser Hyryder are expected to debut in India in early 2025.
Seven-seater Grand Vitara, Urban Cruiser Hyryder on the way
The seven-seater Grand Vitara and Urban Cruiser Hyryder will feature aesthetic modifications compared to their five-seater counterparts. Both models will offer 1.5-liter mild-hybrid petrol and 1.5-liter strong-hybrid petrol engines. The internationally recognized mild-hybrid Toyota Fortuner is also set to make its Indian debut either later in 2024 or in 2025, combining a 2.8-liter diesel motor with a 48V mild-hybrid system.
What about Maruti Suzuki Swift, Dzire?
The next-generation Maruti Suzuki Swift, unveiled in Tokyo last year, is set to premiere next month, with updated design elements and enhanced features. Speculations suggest a new engine variant - a 1.2-liter, Z series, three-cylinder, mild-hybrid petrol engine replacing the K series unit. This same engine is expected to power the upcoming Dzire model, due for release later this year. The revamped Maruti Suzuki Fronx is slated for launch in 2025, featuring subtle exterior and interior updates.
Fronx will get a locally-produced strong-hybrid system
The key upgrade for the Fronx will be the integration of a locally-produced strong-hybrid system, that promises an impressive fuel economy of over 35km/liter. This robust hybrid technology combines an internal combustion engine with an electric motor, fueled by either a Lithium-ion or Ni-MH battery, depending on the model. The innovative system allows for driving in a purely electric mode, resulting in zero carbon emissions during operation, and optimal performance and fuel efficiency.
