SUVs are known to offer a more practical answer to mobility across tough conditions, while vehicles in the MPV segment are essentially large people-carriers offering comfort and convenience. This required Mahindra & Mahindra Ltd (M&M) to develop a vehicle much different from its usual offerings, for which the Mahindra Research Valley (MRV), along with the Mahindra Automotive North America (MANA), Detroit, and Pininfarina carried out collaborative engineering. The Marazzo was thus born as the company’s first multi-purpose vehicle (MPV) in September 2018.
The Mahindra Marazzo is an MPV that offers a host of first-in-segment engineering and technology features in the Indian automotive space. These features range from patented ‘Body-on-Frame-FrontWheel-Drive’ architecture, electric power steering and all-wheel disc brakes, to the quietest cabin and Surround Cool Technology with fully-automatic temperature control. However, this article focusses on the powertrain of the new Marazzo, which in itself features a range of technologies that are aimed at making the engine and transmission combination as refined as possible.
Velusamy R, Senior Vice President, Product Development – Automotive Division, M&M, who works out of the MRV in Chennai, took us through a detailed journey of the development of the Marazzo’s powertrain. Velusamy focussed on the technologies utilised to achieve the three main goals of the new engine – increased fuel efficiency, high levels of refinement and weight reduction. He also brought out the work that the company has carried out with regards to the transmission, which also leads to improved vehicle efficiency and reduced noise vibration and harshness (NVH) levels.
MAIN REQUISITES
Following the success that M&M has seen with its 2.2 l, mHawk diesel engine that is featured in multiple models of the brand, the company has been toying with the idea of making a refined engine, noted Velusamy. The MPV segment is a comfort segment, where overall refinement is a key criterion. This required the company to make fundamental, architectural changes that would lead to increased levels of refinement, but without raising costs, he added.
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