India’s biggest car manufacturer, Maruti Suzuki, is planning to launch a new iteration of its popular model, the Maruti Suzuki Dzire, in the Indian market. The brand has been teasing the fourth-gen Maruti Dzire in the country for months. Now, the interior of the new-gen Dzire has been leaked on social media, revealing the feature list.
As per the leaked details, the upcoming Maruti Dzire will be based on the new-generation Swift in terms of features and powertrain. However, the new Dzire will also carry upgrades that will set it apart from other Maruti offerings. Maruti Suzuki is expected to roll out a CNG derivative of the Dzire shortly after launching the petrol version.
2024 Maruti Suzuki Dzire Interior
Inside, the 2024 Maruti Dzire will be packed with advanced amenities like an all-new dashboard that will house features like a freestanding touchscreen unit, cruise control, USB Type-C charging ports, an electric sunroof, automatic climate control, rear AC vents, a semi-digital instrument cluster, and more.
The Maruti Suzuki Dzire is expected to be offered with an ADAS suite with features like lane keep assist and lane departure warning. It could become the first car from the brand to be loaded with an ADAS suite.
2024 Maruti Suzuki Dzire Exterior
This is not the first time the company has revealed information regarding the features of the upcoming Maruti Suzuki Dzire. Previously, a few spy shots were shared that revealed that the Dzire will come with exterior design elements like a new grille with horizontal slats, LED fog lights, all-LED headlamps, new dual-tone alloy wheels, revamped bumpers, and LED taillights. Other features incorporate a 360-degree camera and a blind spot monitor.
2024 Maruti Suzuki Dzire Engine
Under the bonnet, the upcoming Dzire will draw power from the same 1.2-litre, three-cylinder Z-Series engine that is also equipped in the Maruti Suzuki Swift model. The unit is mated to an AMT gearbox and a five-speed manual unit. It is expected to provide the same power output of 80 bhp and torque of 112 Nm.
