Chasiss Systems

We carry out design and development activities for the different varies of the vehicle class, included on steering, suspension, brakes and tire systems, suitable for the market and customer requirements.

Together with new technologies and electric vehicles, we have the competence in the concept and development of chassis systems, vehicle dynamics simulations, project follow-up and supplier management, virtual verification, vehicle testing and bench tests in accordance with modern, light and autonomous vehicle specifications.

  • Development and integration of chassis system designs for light commercial vehicles, buses, automobiles, trucks and special class vehicles
  • Benchmarking
  • Vehicle chassis systems concept selection and technical target settings
  • Driving dynamics and driving comfort development and vehicle dynamics analysis
  • Simulation of chassis in full vehicle model
  • Conceptual design and system development of axle and steering systems
  • Brake systems development and integration both hydraulic brakes and pneumatic brakes with making their brake calculation respect on the regulations and customer expectation.
  • Wheel and tire selection and vehicle integration
  • Determination of material and production method
  • 3D CAD model designs and preparation of 2D technical drawings
Academic Publications

Thermal Management Concept Of A Taxi Vehicle With Rear Engine Application
Vehicle Thermal Management Systems Conference 15-19 /05/ 2011 Warwick, England,E. BİLGE

Design Of A Steering Column For A Commercial Vehicle
OTEKON 2016, Bursa,M. GÖNÜLTAŞ, T. HEKİMOĞLU, F. ÖZDEMİR

Rigid Rear Axle Development For A Commercial Vehicle
OTEKON 2016, Bursa,G. ERDİNÇ, T. HEKİMOĞLU, S. ASLAN

A Four Point Truck Cabin Suspension Development Using ADAMS
2016 Vehicle Dynamics Conference, Münih,B.AYKENT, S. KURİŞ

The Analysis Of Effect Air Brake System Design Changes To Improve Apply And Release Time For USA Market
IAREC’17,T. SEÇKİN, A. ALTINER, A. TUNCER

A Case Study Of Driveline Clunk Noise And Development Of Viscous Coupling
NOVEM 2018,E.ERENSOY, A. BÖTKE, G. SARAN, M. KÜÇÜMEN

Kinematics And Compliance Analysis Of A 3.5 Tonne Load Capacity Independent Front Suspension For LCV
B. AYKENT, S.KURİŞ, E. GÜNGÖR, A. DENİZ, G. UYSAL