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Physics-based vehicle simulation is required for many applications, including vehicle design and controller development for two- and three-wheeled vehicles. The accuracy and validity of simulation results depend on the accuracy of vehicle models used in simulation.

Challenges

BikeSim enables engineers to simulate the performance of bikes and motorcycles. It provides an advanced set of tools to analyze motorcycle dynamics, develop active controllers, calculate overall system performance, and more. Engineers can evaluate complete motorcycles, sub-components, and active controllers in intricate simulated driving environments.

Why BikeSim?

Benefits

Ease of use

Accelerate vehicle development using an efficient, user-friendly interface and accessible analysis tools.

Comprehensiveness

Conduct comprehensive vehicle simulation and validation using example datasets for vehicles, roads, and scenarios.

Flexibility

Adapt to unique requirements, integrate with industry-standard interfaces like MATLAB/Simulink and FMI/FMU, and use APIs and plug-ins to connect to tools such as Unreal and custom code.

Key Components

Vehicle models

BikeSim uses accurate, detailed, and efficient vehicle math models for simulating the performance of two- and three-wheeled vehicles. BikeSim models capture important edge cases of vehicle limit behavior, allowing users to trust simulation results to match real-world testing.

High-quality graphics

Utilize behavior models that follow routes and avoid collisions intelligently. BikeSim models simulate high-fidelity dynamics for two- and three-wheeled vehicles.

Example datasets

To assist first-time users, BikeSim provides numerous vehicles, roads, and procedure examples for use in hundreds of sample datasets.

Scalable software platform

BikeSim math models run faster than in real time thanks to the efficient methods used to define the models. This means that engineers can run software-in-the-loop (SIL), driver-in-the-loop (DIL), or hardware-in-the-loop (HIL) tests using the same parametric data and models.

Real-world validated models

Extensive example data for vehicles, roads, scenarios, and procedure

No other software required

Modular vehicle definition to support nearly any vehicle

Extensibility with MATLAB/Simulink, FMI/FMU, and APIs

Extensive indexed documentation

Subscriptions
Channel

Shanghai Turing Info. Technology Co., Ltd.

Addres：Room 1003, Building 2, Magnolia Plaza, NO.251 Songhuajiang Road, Yangpu District, Shanghai

E-Mail：sales@turing.cc

Web：http://www.ggg17.com/