Automotive Air Flow Meter Market Research Report – Global Forecast to 2023

Automotive Air Flow Meter Market Research Report – Global Forecast to 2023

ID: MRFR/AM/3290-HCRR | December, 2017 | Region: Global | 111 pages | Half-Cooked Research Reports

Global Automotive Air Flow Meter Market Report by Vehicle Type (Heavy duty vehicle and Light duty vehicle), by Sales Channel (Aftersales market and Original equipment market (OEM)), by Display Type (Analog type and Digital type) and By Region - Global Forecast to 2023.


Market Scenario


An air flow meter is prominently used to measure the volume of intake air flowing into the automotive system. An important characteristic of the automotive air flow meter is that it can measure and detect both forward and backward flow with equal sensitivity. Increasing need of integrated electronics systems in automotive industry, has led to the enhancement in technology of automotive electronics market keeping the comfort, safety and security features on the top of the priority list. Components such as air flow meter, fuel meter, and emission regulation system, provide vital information to the driver, which helps them track fuel consumption and maintain engine efficiency. An auto engine needs to meet the accurate blend of air and fuel so that the vehicle carburetor and catalyst are entirely operative. This is important for the vehicle carburetor and the catalyst to convert particulate emissions in the exhaust into harmless gases.


The global automotive air flow meter market is segmented according to vehicle type such as, heavy duty and light duty vehicle. Light duty vehicles are expected to hold the largest share of the market, owing to higher volume of light duty vehicles manufactured than heavy duty vehicle. The global automotive air flow meter is segmented by sale channel as aftersales market and original equipment market (OEM). Original equipment market (OEM) segment is expected to hold the largest share of the market, owing to the increase in the production of air flow meter by the original equipment market. The global automotive air flow meter is segmented by display type as analog type and digital type. Digital type is expected to hold the largest share of the market, owing to the increase in the number of applications of digital processing units in automotive sector.


The significant growth of air flow meter is majorly driven by the growing automotive industry with increased demand for precision and robustness of air flow. Increasing global concern for the exhaust emission and fuel economy is ensuing in the increased demand for durable and better efficient air flow meter. However, high manufacturing cost of the air flow meter, may hinder the growth of automotive air flow meter market.


The global automotive air flow meter market is expected to grow at ~ 8% CAGR during the forecast period.


Market Segmentation


Automotive Air Flow Meter Market Image
 
 


Global Automotive Air Flow Meter Market


Currently, the automotive air flow meter market is in the growth stage. This is due to the increasing concerns of the efficiency of vehicles over the forecast years. The growth is primarily attributed to the large number of applications of automotive air flow meters in the automotive industry, which is likely to continue during the forecast years. Stringent government regulations to curb vehicle’s exhaust emission is one of the major factors driving the air flow meter market, globally. The North American region is currently the leading region in automotive air flow meter market, and is followed by Europe and Asia Pacific.


Key Players


The key players of global automotive air flow meter market are Denso Corporation (Japan), Robert Bosch GmbH (Germany), Festo AG & Co. KG (Germany), Hitachi, Ltd. (Japan), Delphi Automotive PLC (U.K), ACDelco (U.S), Mitsubishi Motors Corporation (Japan), K&N Engineering, Inc. (U.S), Nissan Motor Co., Ltd. (Japan) and FLIR Systems (U.S).

Table of Contents

1    Executive Summary

2    Research Methodology

    2.1   Scope of the Study

    2.1.1     Definition

    2.1.2     Research Objective

    2.1.3     Assumptions

    2.1.4     Limitations

    2.2   Research Process

    2.2.1     Primary Research

    2.2.2     Secondary Research

    2.3   Market size Estimation

    2.4   Forecast Model

3    Market Dynamics

    3.1   Market Drivers

    3.2   Market Inhibitors

    3.3   Supply/Value Chain Analysis 

    3.4   Porter’s Five Forces Analysis

4    Global Automotive Air Flow Meter Market, By Vehicle Type

    4.1   Introduction

    4.2   Heavy duty vehicle

    4.3   Light duty vehicle

5    Global Automotive Air Flow Meter Market, By Sales Channel

    5.1   Introduction

    5.2   Aftersales market

    5.3   Original equipment market (OEM)

6    Global Automotive Air Flow Meter Market, By Display Type

    6.1. Introduction

    6.2 Analog type

    6.3 Digital type

7      Regional Market Analysis

      7.1           Introduction

      7.2    North America

            7.2.1    U.S.

            7.2.2    Canada

      7.3    Europe

            7.3.1    U.K

            7.3.2    France

            7.3.3    Germany

            7.3.4    Spain

            7.3.5    Rest of Europe

      7.4    Asia-Pacific

            7.4.1    China

            7.4.2    Japan

            7.4.3    India

            7.4.4    Rest of Asia Pacific

      7.5    Rest of the World  

8             Competitive Analysis

    8.1    Introduction

    8.2    Competitive Scenario

    8.2.1    Market Share Analysis

    8.2.2    Market Development Analysis

    8.2.3    Application/Service Benchmarking 

    8.3    Denso Corporation (Japan)

    8.3.1    Overview

    8.3.2    Automotive Air flow Meter Type/Service Offering

    8.3.3    Strategy

    8.4     Robert Bosch GmbH (Germany)

    8.4.1    Overview

    8.4.2    Automotive Air flow Meter Type/Service Offering

    8.4.3    Strategy

    8.5    Festo AG & Co. KG (Germany)

    8.5.1    Overview

    8.5.2    Automotive Air flow Meter Type/Service Offering

    8.5.3    Strategy

    8.6    Hitachi, Ltd. (Japan)

    8.6.1    Overview    

    8.6.2    Automotive Air flow Meter Type/Service Offering

    8.6.3    Strategy

    8.7    Delphi Automotive PLC (U.K)

    8.7.1    Overview

    8.7.2    Automotive Air flow Meter Type/Service Offering

    8.7.3    Strategy

    8.8    ACDelco (U.S)

    8.8.1    Overview

    8.8.2    Automotive Air flow Meter Type/Service Offering

    8.8.3    Strategy

    8.9    Mitsubishi Motors Corporation (Japan)

    8.9.1    Overview

    8.9.2    Automotive Air flow Meter Type/Service Offering

    8.9.3    Strategy

    8.10   K&N Engineering, Inc. (U.S)

    8.10.1    Overview

    8.10.2    Automotive Air flow Meter Type/Service Offering

    8.10.3    Strategy

    8.11    Nissan Motor Co., Ltd. (Japan)

    8.11.1    Overview

    8.11.2    Automotive Air flow Meter Type/Service Offering

    8.11.3    Strategy

    8.12    FLIR Systems (U.S)

    8.12.1    Overview

    8.12.2    Automotive Air flow Meter Type/Service Offering

    8.12.3    Strategy

1    Executive Summary

2    Research Methodology

    2.1   Scope of the Study

    2.1.1     Definition

    2.1.2     Research Objective

    2.1.3     Assumptions

    2.1.4     Limitations

    2.2   Research Process

    2.2.1     Primary Research

    2.2.2     Secondary Research

    2.3   Market size Estimation

    2.4   Forecast Model

3    Market Dynamics

    3.1   Market Drivers

    3.2   Market Inhibitors

    3.3   Supply/Value Chain Analysis 

    3.4   Porter’s Five Forces Analysis

4    Global Automotive Air Flow Meter Market, By Vehicle Type

    4.1   Introduction

    4.2   Heavy duty vehicle

    4.3   Light duty vehicle

5    Global Automotive Air Flow Meter Market, By Sales Channel

    5.1   Introduction

    5.2   Aftersales market

    5.3   Original equipment market (OEM)

6    Global Automotive Air Flow Meter Market, By Display Type

    6.1. Introduction

    6.2 Analog type

    6.3 Digital type

7      Regional Market Analysis

      7.1           Introduction

      7.2    North America

            7.2.1    U.S.

            7.2.2    Canada

      7.3    Europe

            7.3.1    U.K

            7.3.2    France

            7.3.3    Germany

            7.3.4    Spain

            7.3.5    Rest of Europe

      7.4    Asia-Pacific

            7.4.1    China

            7.4.2    Japan

            7.4.3    India

            7.4.4    Rest of Asia Pacific

      7.5    Rest of the World  

8             Competitive Analysis

    8.1    Introduction

    8.2    Competitive Scenario

    8.2.1    Market Share Analysis

    8.2.2    Market Development Analysis

    8.2.3    Application/Service Benchmarking 

    8.3    Denso Corporation (Japan)

    8.3.1    Overview

    8.3.2    Automotive Air flow Meter Type/Service Offering

    8.3.3    Strategy

    8.4     Robert Bosch GmbH (Germany)

    8.4.1    Overview

    8.4.2    Automotive Air flow Meter Type/Service Offering

    8.4.3    Strategy

    8.5    Festo AG & Co. KG (Germany)

    8.5.1    Overview

    8.5.2    Automotive Air flow Meter Type/Service Offering

    8.5.3    Strategy

    8.6    Hitachi, Ltd. (Japan)

    8.6.1    Overview    

    8.6.2    Automotive Air flow Meter Type/Service Offering

    8.6.3    Strategy

    8.7    Delphi Automotive PLC (U.K)

    8.7.1    Overview

    8.7.2    Automotive Air flow Meter Type/Service Offering

    8.7.3    Strategy

    8.8    ACDelco (U.S)

    8.8.1    Overview

    8.8.2    Automotive Air flow Meter Type/Service Offering

    8.8.3    Strategy

    8.9    Mitsubishi Motors Corporation (Japan)

    8.9.1    Overview

    8.9.2    Automotive Air flow Meter Type/Service Offering

    8.9.3    Strategy

    8.10   K&N Engineering, Inc. (U.S)

    8.10.1    Overview

    8.10.2    Automotive Air flow Meter Type/Service Offering

    8.10.3    Strategy

    8.11    Nissan Motor Co., Ltd. (Japan)

    8.11.1    Overview

    8.11.2    Automotive Air flow Meter Type/Service Offering

    8.11.3    Strategy

    8.12    FLIR Systems (U.S)

    8.12.1    Overview

    8.12.2    Automotive Air flow Meter Type/Service Offering

    8.12.3    Strategy