Product overview

AB Grapher is a standalone application that enhances the review process during test execution by enabling parallel data analysis. It provides a comprehensive range of data channels for plotting, with configurable functions such as multi-axis plotting, filtering, and overlay, making it a versatile tool for in-depth data visualisation and analysis.

Operators can access vehicle-to-vehicle data (from Synchro), driving robot data such as brake force, pedal position, and steering angle, as well as vehicle CAN data and external sensor inputs. This capability allows engineers to quickly confirm performance and identify areas for improvement by exploring detailed test data in an intuitive, visual format.

Product overview

After a Special Groups library test is executed in Robot Controller (RC), Post Processor determines whether the run meets the validity requirements defined in the test protocol, such as vehicle or target speed and position, by visually presenting plots and pass/fail gradings. It also generates detailed reports summarising key test information, ensuring quick and accurate documentation.

Post Processor delivers pass/fail results within seconds for instant feedback, saving operators valuable time with on-track analysis.

Product overview

Scenario Generator is the ultimate tool for creating and validating test paths, giving precise control over trajectory and speed for robot-driven vehicles and ADAS platforms. Easily design paths by combining predefined segments (straight lines, curves, lane changes, etc.) with customisable parameters like start speed, end speed, and lane offset.

With its built-in playback feature and aerial preview, you can visualise exactly how your scenario will unfold before hitting the track. This ensures accuracy, saves time, and reduces costly trial-and-error. Whether you’re building complex ADAS scenarios or durability test paths from recorded runs, Scenario Generator delivers precision and confidence every time.

Product overview

AB Dynamics’ Path Following module (an optional feature for robot users) is a major enhancement to the capabilities of our driving robots and ADAS platforms. Utilising the GNSS inertial navigation systems in our robot-driven vehicles and ADAS platforms, it guides them along a pre-defined path with exceptional accuracy and repeatability. With over 20 years of experience, the latest Path Following algorithm has been used for high-performance testing, including steady-state cornering, double lane-changes, complete laps of the Silverstone race circuit, and a high speed, high precision crash test for NASCAR.

Product overview

Robot Controller (RC) is the powerhouse of the Track Applications Suite, enabling seamless configuration, management, and execution of test cases with precision and efficiency. Compatible across our full range of driving robots and ADAS test objects, RC empowers users to run everything from simple sine-dwell manoeuvres to complex, multi-vehicle ADAS scenarios. Its flexibility ensures it meets diverse track testing needs, whether for performance validation, safety compliance, or advanced driver assistance systems.

Product overview

Synchro is our patented communication language used to control and coordinate the timing of test object movements. It uses our dependable wireless telemetry system, TrackFi PowerMesh, together with our advanced Robot Controller Software to guarantee perfect synchronisation of multiple objects, even along complex paths and at varying speeds.

Synchro captures real-time vehicle-to-object data between a test vehicle and other objects. This enables any combination of systems (robot-controlled vehicles, ADAS platforms and driverless vehicles) to be coordinated and synchronised to the test vehicle. Available in Lite or Full variants, it enables every run to be conducted repeatably and accurately – making track testing much more efficient.

Product overview

Ground Traffic Control (GTC) is a centralised platform that provides a powerful and scalable solution for accurate monitoring and coordination of proving ground traffic, including robot-controlled vehicles and ADAS target platforms. GTC automates key aspects of test traffic management, reducing the need for manual intervention and enabling operators to handle more traffic. By actively monitoring all vehicles and platforms, GTC reduces the risk of collisions and damage in complex, high-traffic test environments.

GTC is built within AB Dynamics’ Track Applications Suite, our comprehensive track testing software ecosystem that includes all of our industry-leading applications. Its scalable architecture supports future growth, and it offers tailored solutions with GTC Core for small-scale operations and GTC Pro for more advanced scenarios.