- Perodua showcased its future EV direction through the Chapter 2 concept.
- AI-powered features enhance navigation, charging, security, and parking.
Perodua revealed its Chapter 2 (C2) electric vehicle concept on June 11, 2026, during the Kuala Lumpur International Mobility Show 2026 (KLIMS 2026). The concept serves as the foundation for the automaker’s future electric vehicle portfolio and reflects its evolving approach toward next-generation mobility solutions. The B-segment prototype demonstrates the company’s ambition to combine electrification with digital intelligence while strengthening its long-term EV roadmap in Malaysia. The unveiling highlights Perodua’s intention to accelerate innovation in connected and intelligent vehicle technologies.
Design Evolution and Future EV Platform
The Chapter 2 concept represents a significant evolution from the earlier EM-O concept, introducing a refreshed exterior and technology-focused design direction. Built as a B-segment prototype, the vehicle is intended to underpin future electric models from Perodua. The updated styling reflects changing consumer expectations for modern EVs while creating a platform capable of supporting advanced software and digital services. The concept demonstrates how the company plans to integrate electrification, connectivity, and intelligent driving functions into its future product strategy.
AI-Based Driver Assistance Technologies
The concept incorporates several AI-enabled driver-assistance features aimed at improving convenience, safety, and user experience. These technologies include live navigation support, real-time traffic information, EV charging point guidance, enhanced vehicle security functions, and automated parking assistance. By integrating these capabilities into a unified ecosystem, Perodua seeks to create a smarter driving experience that addresses both urban mobility requirements and evolving consumer expectations in the electric vehicle market.
Key Technologies Integrated in the Chapter 2 EV Concept
| Technology | Function |
|---|---|
| Live Navigation | Provides route guidance and travel support |
| Traffic Information | Delivers real-time road condition updates |
| Charging Guidance | Helps locate EV charging stations |
| Vehicle Security | Enhances protection and monitoring functions |
| Automated Parking | Assists with parking maneuvers |
Integration with the Digital Ecosystem
The vehicle’s intelligent functions are connected to Perodua’s P-Circle digital ecosystem, enabling a more seamless interaction between drivers and vehicle services. The integration is designed to enhance connectivity by linking navigation, charging assistance, security features, and other digital capabilities within a unified environment. Such ecosystem-based approaches are becoming increasingly important in modern electric vehicles as automakers expand software-defined experiences and connected mobility offerings across their future product portfolios.
Frequently Asked Questions
What is the purpose of the Perodua Chapter 2 EV concept?
The Perodua Chapter 2 EV concept is designed to serve as the foundation for the company’s future electric vehicle lineup. Introduced at KLIMS 2026, the B-segment prototype showcases the automaker’s evolving EV strategy and design direction. It also demonstrates how electrification, connectivity, and artificial intelligence can be integrated into future mobility solutions. The concept includes advanced driver-assistance technologies and digital ecosystem integration to enhance user experience and support connected vehicle capabilities.
What AI features are included in the Chapter 2 EV concept?
The Chapter 2 EV concept incorporates multiple AI-based driver-assistance technologies to improve convenience and safety. These include live navigation support, real-time traffic updates, EV charging point guidance, vehicle security functions, and automated parking assistance. The technologies are linked through the P-Circle digital ecosystem, enabling connected services and a more seamless driving experience. Such features reflect the growing role of intelligent software and digital integration in next-generation electric vehicles.
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