DIL Sport
Motorsport has long stood at the forefront of technology and innovation, serving as a high-speed laboratory where cutting-edge ideas are relentlessly tested under extreme conditions.
From advancements in aerodynamics and materials science to breakthroughs in hybrid and electric powertrains, racing constantly pushes the boundaries of what is possible, and has earned its place as a key contributor to the evolution of automotive technology and sustainable mobility solutions.
Ansible Motion has a strong motorsport 
heritage stretching back to its foundation, with racing teams and performance car constructors being among the first to adopt innovative DIL simulation technologies, covering series such as F1, FE, WEC, WRC, NASCAR, IndyCar and off-road.
Over the last 17 years we have evolved our DIL simulators to cover all forms of ground vehicle simulation – including road cars, motorcycles, commercial vehicles, space exploration vehicles and more.
In introducing our new Sport-badged products, Ansible Motion is recognising the special performance requirements that exist for racing applications.
Ansible Motion DIL Sport simulators span across our Delta, Sigma and Theta DIL simulator product lines.
These new simulators are specifically designed for motorsport applications, and are a breed apart from our other ground vehicle DIL solutions, with a number of specialised features and capabilities.
DIL Sport simulators
Delta T1 
Delta T1 Sport is a compact, dynamic motorsport DIL simulator delivering high-performance motion technology, precise vehicle dynamics and a fully immersive driver experience. It preserves the spirit of Ansible Motion’s large-scale Stratiform dynamics, while also distilling the physical footprint down to a practical minimum.
Ideal for a broad range of motorsport series and facilities that are space limited, Delta T1 Sport features the Triform motion system that blends a uniquely high mechanical stiffness and low dynamic mass for elite physics, along with trusted, repeatable, tuneable motion performance.
Delta T1 Sport provides seamless connectivity to racing toolsets and a significant reduction in cost of installation and ownership compared to larger dynamic DIL simulators. Discover high dynamic fidelity, ultra-low latency, numerous driver-oriented realism elements and seamless connectivity to racing software and hardware systems.
Theta Cube Theta Cube Sport brings the realism of large, permanently installed systems into a self-contained, compact and portable package that enables true engineering class DIL simulation.
It features a projection-based vision system and a plinth-based driver-surround cassette, and it can easily connect Ansible Motion’s full suite of driver sensory feedback and immersion systems, including a reconfigurable race car cockpit, an adjustable racing seat and fully configurable pedal box and multi-function steering wheels.
Theta Cube Sport is a scalable, cross-simulator bridge, allowing racing teams to transition between, static and dynamic configurations without compromise, and with the added assurance of plug-and-play compatibility.
Theta Seat Theta Seat Sport is a static simulator that we’ve designed to fit neatly within racing programme workflows. Theta Seat Sport can be deployed in individual, stand-alone instances, and it can also seamlessly integrate with other simulators and external tools to create multi-sim, multi-driver environments.
It features a modular, plinth-based architecture with easily reconfigurable geometry for different race series (heel-to-hip height, seat position, pedal placement, etc.) and direct connectivity with most Ansible Motion active loading and cueing systems.
The computational horsepower is unmatched by any other static simulator, with the full Ansible Motion tool chain, identical to that used in our dynamic simulators. The open and modular software architecture connects with practically anything.
More DIL Sport simulators are racing your way!
We're continuing to add dynamic and static DIL Sport simulators across all our product ranges. Check back often for updates.
Or, contact us directly if you’d like to be among the first to know about these exciting new offerings . . .
