The new Maruti car can contain Swift’s engine; mileage can be more than 30 kmpl

Maruti Suzuki Swift Hybrid: This year, Maruti is set to expand its lineup with the introduction of several hybrid models. One such model, the Maruti Swift Hybrid, has been spotted undergoing road tests in the Delhi NCR region, while the Fronx Hybrid has been observed on the streets of Gurgaon.

Maruti will soon launch the Fronx hybrid

The hybrid emblem is prominently displayed on the rear of the Fronx, indicating its hybrid capabilities. It is anticipated that Maruti will soon launch the Fronx hybrid vehicle in the market. This article will provide insights into the new features it will offer, including details about the engine specifications, expected mileage, and the anticipated launch date. All these inquiries will be addressed here.

Suzuki’s innovative strong hybrid system is expected to be utilized in entry-level SUVs, including the Fronx. Additionally, there is a possibility that this system may also be integrated into the next-generation Baleno. The Z12E petrol engine, which will power Maruti’s forthcoming vehicle, produces 81.58 PS and 111.7 Nm of torque. The new Swift’s manual variant boasts a fuel efficiency of 24.8 km/l, while the AMT variant achieves 25.75 km/l.

Fronx Hybrid could deliver fuel efficiency exceeding 30 km/l

It is projected that the Fronx Hybrid could deliver fuel efficiency exceeding 30 km/l. The current Fronx model is equipped with a 1.2-litre K series engine, generating 89.73 PS and 113 Nm of torque.

Reports indicate that the Fronx badge observed during testing was positioned above the ‘Hybrid’ emblem. It is likely that Maruti Suzuki’s hybrid system will be compatible with the new Z12E engine, which is already featured in the new Swift.

Maruti’s strong hybrid system may differ from the hybrid configurations found in models such as the Grand Vitara and Invicto. This system is expected to function as a range extender, utilizing the petrol powertrain to recharge the battery pack, while an electric motor will provide power to the vehicle’s wheels instead of relying solely on the petrol engine.