In the period of April to June 2026, IMOTIONTECH (ASX: 01274) secured new production project orders for four vehicle models from a state-owned original equipment manufacturer (OEM) based in northern China. These models will be equipped with the iDC310 integrated driving and parking solution, delivering a foundational assisted driving experience with high functional capabilities.

Key Project Details

Notably, three of these newly awarded models are platform-based, which significantly enhances deployment efficiency across multiple vehicle types. The remaining two are rugged off-road models. The company's prior experience with models like the iCAR V23/V27 has laid a solid foundation for the mass production of these new projects.

Expanding Client Base and Product Pipeline

With this development, the company has added three new OEM clients in the first half of the year alone. Key new products such as the iDC310, iDC510pro, and iDC700 continue to drive the expansion of its customer base. The company is poised to enter an intensive delivery cycle in the second half of the year, marking a shift in its production rhythm from "order acquisition and validation" to "concentrated vehicle integration."

Technical Capabilities of the iDC310 Solution

The iDC310 solution is built on the Horizon Robotics Journey® 6B computing platform. By deploying cutting-edge algorithms, it leverages 20 TOPS of computing power to set new industry performance benchmarks for basic driving and parking assistance functions. Its efficient sparse 4D Transformer end-to-end perception architecture and interactive game-theoretic models support not only fundamental driving functions but also comfort features like traffic signal assistance and in-lane or cross-lane obstacle avoidance.

Furthermore, the 5V BEV triple-fusion perception model and the full-scale hybrid A-star planning algorithm provide human-like, efficient parking path planning and strong scenario generalization capabilities. This enables support for advanced functions such as cross-aisle parking and reverse parallel parking.

Advantages of the Platform-Based Approach

Crucially, the iDC310 solution is based on the company's "four-modernization" system, which emphasizes agility, algorithm lightweighting, hardware modularization, and software platformization. This system efficiently bridges the software and hardware differences across various vehicle models while further optimizing performance and stably accommodating engineering changes.

For automakers, the appeal of such a platform-based solution is direct: it must offer comprehensive functionality, efficient deployment, and the ability to be reused across subsequent vehicle models. Through its clear product positioning, platform-based engineering capabilities, and a consistent track record of securing new client orders, the company is demonstrating the strong resilience and competitiveness of its technology and business model during a period of significant industry consolidation.