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DBMR Automotive Market Access Report

The automotive sector has emerged as one of the major beneficiaries of technological advancement in sensors, and is increasingly adopting different sensor types to upgrade the existing models from the viewpoint of safety and enhanced functionality.
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Future Status of Automotive
Expansion in mega trends such as digitalization and automated driving would result in the demand of automotive which would further enhance its increment. Read More
Automotive Systems
Automotive system is an accumulation of mechanical parts and devices embedded in automotive. This accumulation is set so as to attain a specific function and can even function individually. Major automotive systems include fuel system, exhaust system, transmission system, suspension system, cooling system, electrical system, and braking system. Read More
 Components and Materials 
With the enhancement of uncompromising emission norms developed so far and still is in the process, automobile industry is offering revolutionary techniques such as the usage of lightweight materials, composites and alloys within the automotive components. Read More
Electronics and Electrical Equipment in Automotive
Ranging from dashboard and engine component to driving assist systems, electronics play a vital role. Wiring harness and lightening systems used in automotive is of significant importance. Development in these two segments would directly develop the automotive sector as well. Read More

Top Trends for Automotive for 2024

The adoption of connected vehicle technology is a trend that is transforming the automotive industry. Connected vehicles are vehicles that can communicate with each other, with the infrastructure, and with other devices through wireless networks. This enables a range of benefits, such as improved safety, efficiency, convenience, and entertainment for drivers and passengers. Connected vehicle technology also opens up new opportunities for innovation and business models in the mobility sector.

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Micromobility is the use of small, lightweight, and often electric vehicles for urban transportation. It includes bikes, scooters, skateboards, and other modes that can be shared or owned. Micromobility has the potential to reduce traffic congestion, greenhouse gas emissions, noise pollution, and parking problems. It can also improve accessibility, affordability, and health outcomes for city dwellers.

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One of the increasing developments in the automotive industry is the fuel cell electric vehicle (FCEV). FCEVs use hydrogen as a fuel source and produce only water and heat as emissions. FCEVs have several advantages over conventional vehicles, such as higher efficiency, lower noise, and zero carbon footprint. FCEVs are also more environmentally friendly than battery electric vehicles (BEVs), which require large amounts of electricity and rare metals for their production and operation. FCEVs are expected to play a key role in the transition to a sustainable and low-carbon mobility system.

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Human-Machine Interfaces (HMI) are the systems that allow drivers to interact with their vehicles. They include features such as touchscreens, voice control, gesture recognition, and head-up displays. Advancement in automotive HMI aims to improve the safety, comfort, and convenience of driving by providing intuitive and user-friendly interfaces. Some of the latest trends in automotive HMI are multimodal interaction, personalization, augmented reality, and biometric authentication.

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