Carsim
CarSim delivers the most accurate, detailed and efficient methods for simulating the performance of passenger vehicles and light-duty trucks. With twenty years of real-world validation by automotive engineers.
Xitadel partners with Mechanical Simulation Corporation in bringing advanced vehicle dynamics simulation technology to the CAE community in India. Xitadel offers a comprehensive ecosystem consisting of high-end expertise and services including CAE process automation. Our technology and expertise in CAE is applied to crash, vehicle dynamics, vehicle simulation, lightweight materials, optimization etc.
Mechanical Simulation Corporation is the world leader in the development and distribution of advanced software used to simulate vehicle behavior involving interactions between the 3Ddynamic vehicle response, advanced controllers, driver controls and 3Droads. Technology solutions from Mechanical Simulation Corporation are preferred in industry for virtual or on board validation of Core vehicle dynamics, ADAS, ABS and ECU algorithm etc.
CarSim delivers the most accurate, detailed and efficient methods for simulating the performance of passenger vehicles and light-duty trucks. With twenty years of real-world validation by automotive engineers.
CarSim includes numerous example of vehicles(passenger vehicles and light-duty trucks), roads, and procedures to assist first-time users. It also allows users build high fidelity vehicle models and carry out complex vehicle dynamics scenarios.
The highly accurate vehicle models built in CarSim can also be extended over to Autonomous Driving and ADAS development with the help of sensors and interactive traffic module
CarSim supports standard interface to MATLAB/Simulink, NI LabView, and FMI/FMU for MIL and SIL applications. CarSim Real – Time supports HIL (Hardware in the Loop) testing on major RT (Real – Time) platforms. Additionally, it also supports driving simulators that can use CarSim as the RT vehicle math model.
TruckSim delivers the most accurate, detailed and efficient methods for simulating the performance of multi-axle commercial and military vehicles. With more than twenty years of real-world validation, TruckSim is universally the preferred tool for analysing vehicle dynamics, developing active controllers, calculating a truck’s performance characteristics, and engineering next-generation active safety systems.
TruckSim includes numerous examples of heavy multi-axle trucks , roads, and procedures to assist first-time users. It also allows users build high fidelity vehicle models and carry out complex vehicle dynamics scenarios.
The highly accurate vehicle models built in TruckSim can also be extended over to Autonomous Driving and ADAS development with the help of sensors and interactive traffic module
TruckSim vehicle models support standard interface to MATLAB/Simulink, NI LabView, and FMI/FMU for MIL and SIL applications. TruckSim Real – Time supports HIL (Hardware in the Loop) testing on major RT (Real – Time) platforms. Additionally, it also supports driving simulators that can use TruckSim as the RT vehicle math model.
BikeSim delivers the most accurate, detailed, and efficient methods for simulating the performance of two- and three-wheeled vehicles. With more than twenty years of real-world validation, BikeSim is universally the preferred tool for analyzing motorcycle dynamics, developing active controllers, calculating overall system performance, and engineering next generation active safety systems. Additionally, BikeSim can be utilized for electric vehicle development, with options available for both electric and hybrid electric powertrain systems.
BikeSim includes numerous examples of two wheelers, three wheelers, roads, and procedures to assist first-time users. It also allows users build high fidelity vehicle models and carry out complex two wheeler/three wheeler dynamics scenarios.
The highly accurate vehicle models built in BikeSim can also be extended over to Autonomous Driving and ARAS development with the help of sensors and interactive traffic module
BikeSim vehicle models support standard interface to MATLAB/Simulink, NI LabView, and FMI/FMU for MIL and SIL applications. BikeSim Real – Time supports HIL (Hardware in the Loop) testing on major RT (Real – Time) platforms.
SuspensionSim simulates quasi-static Kinematics and Compliance (K&C) tests applied to suspension systems. Rather than using predefined parametric programs with specific Multibody models, SuspensionSim uses a Multibody solver program that builds models based on user datasets.
SuspensionSim includes example datasets to assist new users to define distinct parametric suspension models. SuspensionSim can generate suspension kinematics and compliance properties in Parsfiles, for direct use in CarSim, TruckSim, and BikeSim.
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