- By Divanshi Sharma
- Fri, 21 Jun 2024 04:50 PM (IST)
- Source:JND
Tata Nexon iCNG: Tata Motors is gearing up to expand its CNG car lineup in response to the expected surge in demand for these vehicles in India. The Tata Nexon iCNG made its debut at the Bharat Mobility Show 2024, creating a buzz ahead of its anticipated launch within the next 6 to 8 months. This compact SUV is set to make a significant impact as India's first CNG model paired with a turbocharged petrol engine.
Tata Nexon iCNG - Engine Specs
Tata Nexon iCNG is expected to feature a 1.2-litre turbo-petrol engine that delivers a power output of 118 bhp and 170 Nm of torque. While the exact power output in CNG mode hasn't been revealed yet, this will be the first instance of such a combination in the Indian market. It is anticipated to provide a more robust performance compared to traditional CNG models equipped with naturally aspirated engines.
Tata Nexon iCNG - Safety Features
Tata Motors is emphasising on safety in the Nexon iCNG with several modern technologies. These include a micro-switch that automatically turns off the engine during refuelling and leak-proof materials for the CNG kit to prevent gas leakage. Additionally, thermal incident protection will be incorporated to guard against overheating and related accidents.
Tata Nexon iCNG - Price
The introduction of the CNG variants will lead to a price increase. This will apply regardless of whether Tata Motors opts for the turbo-petrol combination or the reliable 1.2-litre naturally aspirated engine, which is currently used in the Altroz and Punch CNG models.
Tata Nexon iCNG System
Similar to other modern Tata CNG vehicles, the Nexon iCNG will use twin-cylinder technology. This involves two smaller cylinders instead of one large cylinder, which helps save boot space. The Nexon iCNG will come with a single ECU (Engine Control Unit) for better system management. This ECU will support features such as automatic fuel switching, direct start in CNG mode, a leak detection system and a modular fuel filter design.