The automotive industry is considered one of the most powerful and significant industries in the global economy, vulnerable to numerous changes and trends. The thesis examines the role of commodity and futures markets within the automotive industry, with special emphasis on their on their contribution to adaptation and maintaining stability in a dynamic environment. In the context of dynamic political and economic events, the hypothesis is formulated that global supply chains will undergo significant transformations, wherein commodities will play a pivotal role in this process. An analysis of the movement of key goods in the modern economy is carried out, simultaneously investigating the importance and price changes of certain goods of great importance for the automotive industry. Semiconductors, lithium, nickel, steel, and aluminum are just a few of the essential raw materials for automobile production, and fluctuations in the prices of these mentioned commodities can seriously disrupt the stability of the automotive industry. Strategies for effective risk management are identified and examined, which neutralize the risk of raw material price changes through the use of futures markets. The purpose of this research is to take a deeper look at the complexity and dynamics of the industry and to recommend appropriate risk management strategies with the aim of ensuring stability and prosperity in this dynamic sector. In the context of continuous technological innovation and market challenges, organizations are forced to be agile in adapting their production strategies. Crafting strategies that effectively address market instability and fluctuations in input resource prices enables companies to remain competitive and innovative, while ensuring the stability of their business even in the midst of turbulence. Understanding the role of key commodities within the automotive industry plays an exceptionally significant role, enabling business adaptation and the achievement of competitive advantages in an industry that continually evolves, demanding a high degree of flexibility and continuous innovation.