South America Automotive Simulation Software Outlook, 2031

Market Drivers

Brazil's Technology-Oriented Automotive Policy Brazil's MOVER programme directly supports technological development, decarbonization and competitiveness across vehicles and automotive components. The programme introduced mandatory efficiency and recyclability requirements from June 2025, while its incentive structure differentiates propulsion technologies and structural/driver-assistance performance. This policy environment encourages manufacturers to evaluate multiple engineering parameters computationally before expensive physical testing. Large Regional Manufacturing Base Brazil produced 2,664,054 vehicles in 2025, while Argentina manufactured 490,876 units. Brazil also recorded more than 5.12 million vehicle registrations across categories during 2025. The combined production and domestic-market activity supports recurring simulation requirements across vehicle structures, chassis, propulsion systems, electronics and manufacturing engineering. Electrification Across Multiple Propulsion Pathways South America's electrification transition is not following a single technology route. Brazil's MOVER framework explicitly recognizes electric, plug-in hybrid flex-fuel, full hybrid flex-fuel and mild hybrid flex-fuel vehicles, while Colombia's electric registrations rose 262.5% year over year in May 2025. This technological diversity increases the number of propulsion configurations requiring digital engineering and validation. Expansion of Automotive Engineering Investments Brazil's automotive sector continues to attract technology-oriented investment. The Brazilian government reported that Stellantis planned R$30 billion of investment through 2030 in the country, including development around hybrid-flex mobility. Such programmes require engineering work covering powertrain architecture, energy efficiency, controls and vehicle integration, supporting the use of computational tools during product development. Increasing Supplier Sophistication Colombia's automotive industry included 290 goods and services suppliers in 2024, including 30 autopart companies, while the industry purchased more than COP215 billion from Colombian automotive-parts suppliers. As suppliers move toward more technically complex components, simulation becomes useful for component design, structural evaluation, thermal analysis and integration with OEM development programmes.

Market Challenges

Uneven Technology Adoption Across the Region Automotive technology maturity varies considerably across South America. Brazil is developing a multi-pathway electrification ecosystem, Colombia is experiencing rapid growth in low-emission registrations, while Argentina's manufacturing base remains heavily oriented toward conventional vehicle production. This variation makes it difficult for simulation providers to rely on a single technology roadmap across the regional customer base. Limited Scale of Advanced Vehicle Production Outside Major Hubs Argentina manufactured 490,876 vehicles in 2025, compared with Brazil's approximately 2.664 million. Smaller production ecosystems generally provide fewer large-scale engineering programmes and specialized simulation teams. Consequently, advanced simulation adoption outside Brazil can depend more heavily on multinational OEMs, suppliers and engineering-service organizations with regional development responsibilities. Competitiveness and Export Exposure Argentina's automotive production declined 3.1% in 2025, while exports decreased 10.8% to 280,589 units. ADEFA highlighted export competitiveness as a major challenge. When manufacturers face production and export pressure, investments in simulation must demonstrate clear engineering value, particularly in reducing prototype iterations, improving product efficiency and supporting faster programme decisions.

Market Trends

Simulation for Hybrid-Flex Powertrain Development Brazil's vehicle-development environment is creating a distinctive requirement for modelling hybrid powertrains that combine electric propulsion with ethanol and flex-fuel technologies. MOVER explicitly differentiates several hybrid-flex propulsion categories. This creates opportunities for simulation platforms capable of representing combustion, electric, energy-management and emissions-related behaviour within the same vehicle-development workflow. Low-Emission Vehicle Validation is Expanding Beyond Brazil Colombia's rapid growth in electric and hybrid registrations is creating new engineering requirements around electric propulsion and energy efficiency. In May 2025, electric registrations increased 262.5% year over year and hybrids increased 108.7%. Such changes encourage manufacturers and suppliers to develop greater computational capability around electrified vehicle systems. Hydrogen and Alternative-Powertrain Simulation is Emerging Chile is developing hydrogen mobility alongside conventional electrification. A Corfo-supported programme produced the country's first hydrogen fuel-cell truck to receive authorization for public-road operation in 2025. Although this remains an emerging application, such projects introduce additional modelling requirements involving fuel-cell systems, energy management, thermal behaviour and heavy-duty vehicle integration. Digital Engineering is Extending Into Automotive Research Brazil's Finep 2030 programme supported automotive projects across technology-readiness levels from TRL 1 to TRL 9, including automation, connectivity, advanced manufacturing, safety and alternative propulsion. Such programmes encourage earlier use of computational engineering during technology development rather than reserving simulation solely for mature vehicle programmes.