Skip to main content

Capabilities and Case Studies

   

Riding into new Territories: BMW Motorrad is best known for its touring and sports bikes, but with the new C600 Sport and C650 GT maxi scooters the premium motorcycle maker is entering a completely new sector of the market. We report on how this ambitious programme, with its powertrain engineered by Ricardo, was completed in record time.

CLICK HERE to read more.

 

BMW’s super six: In 2006 BMW awarded Ricardo a highly prestigious task – to design a new, six cylinder engine, from scratch, to power a world-best sports touring motorcycle. Jesse Crosse reports on the programme and the product.

CLICK HERE to read more.

 

BMW’s “brilliant” bike engine
Renowned for producing some of the world’s finest motorcycles, BMW approached Ricardo to participate in an engineering programme to help to develop a new four- cylinder engine for its top K 1300 motorcycle range.
Jesse Crosse and Anthony Smith describe a fascinating engineering collaboration.

CLICK HERE to read more.

Example projects and capabilities include:

Engines

  • Designing a new, six-cylinder engine from scratch, to power the BMW K1600 best-in-the-world sports tourer
    (read more)
  • Design, development and validation of the new BMW K1300 super bike engine
    (read more)
  • Design and development of a new large capacity, multi cylinder touring bike engine
  • Design, development and industrialization of a new medium capacity two-cylinder engine in conjunction with a European vehicle manufacturer and an Asian engine supplier
  • Concept study for a new, high performance, turbocharged motorcycle engine
  • Design, development, supply and race support of a World Super Bike engine
    (read more)
  • Design analysis and support for a new 110cc motorcycle engine optimized for low friction and best fuel consumption

Driveline & Transmissions

  • Design, development and validation of an all new, six-speed all helical transmission for a new premium brand touring motorcycle 
  • Design, dynamic simulation, development and validation of a new maxi scooter driveline system (primary drive/CVT/reduction gearbox/final drive)
  • Development of new clutch and drive shaft for a high performance super bike including dynamic simulation, test and development and production validation
  • Testing of various scooter CVT systems for efficiency confirmation and improvement (125cc to 700cc)
  • Design and development of an all new driveline torsional damper system (for durability and NVH) including dynamic simulation, design, test and development

Vehicles Systems Engineering

  • 125cc scooter design and development programme, from specification definition to full scale clay styling model, to first prototype vehicle manufacture and testing
  • 125cc motorcycle from concept definition through to initial prototype design, manufacture and development
  • Maxi scooter chassis development for improved ride and handling
  • New large capacity cruiser motorcycle concept design

Hybrid & Electric Vehicles

  • Hybridization of  a two-wheeler with ultra low cost technology, with technical responsibilities for concept evaluation, cost/benefit analysis, electrical and mechanical design, supervisory control strategy implementation, vehicle build, system calibration and supplier technical selection
  • Due diligence of a two-wheel electric vehicle manufacturer, including  product benchmarking against key competitor offerings, engineering and manufacturing operational performance review and business strategic opportunities and risks
  • Concept study of a serial hybrid powertrain for a scooter, aimed to reduce fuel consumption by elimination of CVT gearbox, optimisation of engine operational strategies and recuperation of braking energy

Intelligent Transport Systems

  • Research project developing driver assessment and coaching system
  • Co-Driver project collating off-vehicle hazard warning data and presenting to the driver
  • FacITS project defining an ITS classification and analysis scheme to reduce vulnerabilities of ITS systems

Contact Us

Name *
Email *
Location *
Query *