- Post pandemic, automotive markets in Europe and Asia are experiencing steady growth, while progress in the Americas has been variable, amid prevailing geopolitical crises and resulting supply chain bottlenecks.
- Global automakers are building supply chain resilience by vertically integrating into essential raw materials, and diversifying their supplier base.
- Automotive companies are also focusing on ESG, including vehicle electrification, sustainable supply chains, and computer-aided software engineering (CASE) technologies to drive the next growth wave.
- While supply chain bottlenecks, and scarcity of electronic chips and other raw materials should gradually ease in the near-term, the next phase of growth will depend upon reducing or removing volatility from complex supply chains.
The global automotive industry is seeing a resurgence following a downturn between 2020 and late 2021, primarily due to COVID-19. As we step into 2024, the sector is enjoying a notable uptick in sales across various regions, indicating a promising recovery. Despite this renewed optimism, industry stakeholders should remain vigilant and proactive in addressing emerging supply chain concerns, while also adapting to fast technological disruption without being held back by legacy infrastructure.
KPMG Financial Performance Index (FPI) data shows that the global automotive sector has demonstrated sustained stability and growth since late 2021, reflecting an ability to adapt and recover following the challenges posed by the pandemic. However, there are notable regional differences, with Europe and Asia on a consistent upward trajectory, while North America's FPI scores have declined. This contrasting performance is down to regional variations in economic conditions, regulatory frameworks, and consumer preferences.
North America's FPI scores fall due to squeeze in supply exacerbated by supply chain crisis. Automakers are taking significantly longer to convert cash as supply chain disruptions force them to hold unfinished products and hoard raw materials.