
A Model Based Development approach to motorcycle hybrid powertrains using IGNITE


A Model Based Development approach to motorcycle hybrid powertrains using IGNITE
Vratislav Ondrak, IGNITE Product Manager, Realis Simulation
Japan User Conference 2025
This presentation introduces a model-based approach to developing and calibrating control strategies for hybrid motorcycle powertrains. Using a CAE toolchain combining IGNITE and Simulink, the methodology enables early-stage evaluation of vehicle longitudinal behaviour and powertrain architecture selection. Once the architecture is established a focus is placed on control calibration tasks such as throttle-to-torque mapping and ICE/EM torque blending, which significantly affect drivability under low-speed and transient conditions. Using Model-in-the-Loop (MiL) simulation, the control logic can be iteratively tuned in realistic driving scenarios, allowing engineers to evaluate calibration trade-offs prior to physical testing.
The results of this study will be presented by Vratislav Ondrak at the 2025 Japan User Conference on 19 September 2025.
Realis Simulation, formerly Ricardo Software.
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A Model Based Development approach to motorcycle hybrid powertrains using IGNITE
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