Code: MTA3723 | Publication Date: Jun 2025 |
Automotive crankshaft industry has shown significant growth over the past few years and is expected to continue expanding at a healthy pace. This growth is due to increased global production of vehicles, new engine technologies, and the emphasis on fuel efficiency. The size of the market is affected by the need for lightweight and durable crankshafts that enhance performance and lower emissions.
Emerging markets have also fueled an increase in vehicle ownership as they continue economic development and move toward greater disposable income. Stakeholders in this ecosystem are aware of these trends as it allows them to take advantage of opportunities as well as respond to competitive threats.
Several trends are reshaping the global automotive crankshaft industry. One prominent trend is the shift towards electric and hybrid vehicles (EVs and HEVs), which may influence the design or even the necessity of traditional crankshafts. Simultaneously, the demand for downsized engines with turbocharging capabilities continues to rise, driving innovations in crankshaft design. Manufacturers are looking for lighter materials to improve efficiency across the vehicle, while still achieving the performance level of the engine.
Regional markets will continue to exert forces on the industry, with Asia-Pacific growing as a point of significant manufacturing to reduce costs and scale-up production. We are also seeing ways to integrate things like our manufacturing records with artificial intelligence and IoT-based production, which can yield operational improvements and ensure quality in crankshaft production overall. These trends serve a specific purpose to showcase the nature of ongoing change and impact into the crankshaft manufacturing industry.
For stakeholders in the crankshaft ecosystem, it is critical to keep pace with changes in the technology and market place. Investments in research and development towards new materials such as forged steel or carbon composites can provide manufacturers the potential to maintain a competitive advantage with crankshafts that are more durable and efficient.
Companies are also researching new processes such as 3D forging and additive manufacturing to enable lower production costs, while also increasing production speed and accuracy. Additionally, regulations intended to reduce carbon emissions and improve vehicle efficiencies will require new eco-friendly solutions. Strategic groupings of OEMs, component suppliers, and technology providers will also be important in staying on top of the pace of change in the industry, while meeting customer expectations.