Automotive Air Intake Manifold Market- Growth Drivers & Analysis till 2027

The automotive air intake manifold market from passenger car accounted for around USD 19.5 billion in 2020. The segment is gaining popularity in developing nations of Asia Pacific due to changing consumer lifestyle and urbanization trends.


Abhishek Verma

6 months ago | 2 min read

Rise in the demand for passenger cars due to the increase in the disposable income at hand will drive global automotive air intake manifold market forecast over the projected timeframe. Governments have laid down several favorable policies along with regulatory norms and efficiency standards related to the fuel consumption and emission. This will positively impact the development of auto components and expansion of auto aftermarket.

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Rising trends related to the global logistics environment and online business platforms will help the light commercial vehicles segment to experience a significant growth soon. Global automotive air intake manifold industry size is expected to be valued at nearly USD 50 billion by 2026. The manufacturers for air intake manifolds have increasingly been using materials that are based on plastics during production, owing to their excellent weight reducing benefits.

Major suppliers and manufacturers of automotive air intake manifolds includes Donaldson, Holley Performance, MIKUNI CORPORATION, Sogefi SpA, Magneti Marelli, ESTERLE Mold and Machine, AISIN SEIKI Co., Ltd. and MAHLE GmBH. These companies are involved in mergers and acquisitions that would help them introduce new ideas and expand their production capacity.

The automotive air intake manifold market has been bifurcated based on vehicle, manifold, material, distribution channel, manufacturing process, and region. On the basis of vehicle, the market has further been categorized into HCV, LCV, sports car, and passenger car.

The sports car sub-segment is projected to showcase modest growth, progressing at a CAGR of over 1.6% through the forecast period. Growing popularity of car racing, coupled with shifting consumer perspective towards purchasing a sports car, is expected to facilitate segmental growth in the forthcoming years.

In terms of material, the market has been segmented into magnesium, iron, aluminum, and plastics/other composites. The iron sub-segment is set to amass a considerable market share over the analysis period. Due to its superior mechanical strength and durability, iron finds extensive usage in the manufacturing of manifold, which is likely to propel segmental adoption over the following years.

With respect to manifold, the market has been divided into EFI, single plane, HI-RAM, dual plane, and supercharger. The automotive air intake manifold market from the supercharger sub-segment is slated to grow at a CAGR of about 3.4% through the assessment timeline. Increasing demand for high power and torque from engine manufacturers is anticipated to fuel segmental uptake in the coming years.

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From the regional point of view, Middle East & Africa is estimated to account for a limited portion of the global automotive air intake manifold market by the end of the projected period. The lack of vehicle manufacturing facilities in major countries across MEA as well as increased reliance on imports to meet domestic demand are foreseen to impede regional market growth.

  • Growing production of heavy commercial vehicles

Automotive air intake manifold industry has been distributed into different segments on the basis of material, manufacturing process, distribution channel, vehicle and manifold. Heavy commercial vehicles segment is slated to register a revenue of over USD 5 billion by the year 2026. This increase will be mainly attributed to the surging use of such vehicles by the transportation sector and logistics company for to meet increasing trade demand.

Magnesium material segment will account for nearly 20% of total automotive air intake manifold market share up to 2026 owing to its extensive use for its lightweight properties compared to cast iron and aluminum. It provides superior castability and strength to the vehicles.

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Abhishek Verma







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