A new partnership between AVL and QinetiQ is transforming how autonomous vehicles are tested in the UK by combining digital simulation with physical proving grounds. The two companies have signed a memorandum of understanding to develop advanced digital twin solutions and model-based system engineering capabilities at QinetiQ's Hurn Proving Ground in the New Forest, creating a hybrid testing environment that promises to speed up vehicle development while reducing costs.

What Is a Digital Twin and Why Does It Matter for Self-Driving Cars?

A digital twin is essentially a virtual replica of a physical testing facility or vehicle that engineers can use to run simulations before conducting expensive real-world trials. For autonomous vehicles, this approach is particularly valuable because it allows developers to test countless scenarios, edge cases, and environmental conditions without the time and expense of physical testing. The partnership will deliver new digital and real-world testing services, with AVL providing advanced vehicle modeling and simulation services alongside a complete digital twin of the Hurn facility itself.

The combination of these technologies addresses a fundamental challenge in autonomous vehicle development: the need to validate systems across diverse operating environments and conditions. Defense platforms and mobility programs require integrated capabilities that unite physics-based modeling, digital twin technology, and both virtual and field testing across different scenarios.

How Does This Partnership Accelerate Autonomous Vehicle Development?

• Virtual Validation First: Engineers can test new capabilities in the digital environment before committing to expensive physical testing at the Hurn facility, reducing the number of real-world trials needed.
• Design Maturity Earlier: By identifying issues in simulation, developers can increase design maturity earlier in the development process, catching problems before they become costly to fix.
• Integrated Evidence: The combined evidence from both digital and live environments provides greater insight and value for money, enabling better-informed decisions throughout the development lifecycle.
• Risk Mitigation: This approach accelerates innovation and mitigates program risk by allowing teams to explore and test solutions virtually before field deployment.
• Lifecycle Optimization: The integrated approach supports more efficient lifecycle management and reduces time to field for new mobility solutions.

Tom Stone, managing director of AVL Powertrain UK, emphasized the strategic value of the collaboration: "We are proud to partner with QinetiQ and combine our complementary capabilities in digital engineering, simulation and real-world testing. Together, we can help advance the development of mobility solutions for defense applications by increasing design maturity earlier in the development process, reducing physical testing requirements and supporting more efficient lifecycle optimization."

"This new virtual offering will enable our customers to develop and test new capabilities more quickly, before being put through their final paces at our specialized test facility. The combined evidence from digital and live environments will bring greater insight and value for money, enabling issues to be identified earlier and better-informed decisions to be taken," said Will Blamey, chief executive of UK Defense at QinetiQ.

Will Blamey, Chief Executive of UK Defense, QinetiQ

Why Does This Matter for the Autonomous Vehicle Industry?

The partnership represents a broader shift in how the autonomous vehicle industry approaches development and validation. Rather than relying solely on physical testing, which is time-consuming and expensive, companies are increasingly turning to digital twins and simulation-driven development. This hybrid approach is particularly important for defense and commercial mobility programs, where safety validation and regulatory compliance are critical.

The Hurn Proving Ground partnership demonstrates that the future of autonomous vehicle testing lies in combining the best of both worlds: the speed and flexibility of virtual simulation with the real-world validation that physical testing provides. As autonomous vehicle technology continues to mature and expand into new markets, the ability to efficiently validate systems through integrated digital and physical testing will become increasingly important for companies looking to bring new vehicles to market faster and more cost-effectively.