Driving Ergonomics for Energy Efficient Light Commercial Vehicles

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Title
Driving Ergonomics for Energy Efficient Light Commercial Vehicles

CoPED ID
337beb4b-cafe-48b7-bc28-872966dd9256

Status
Closed


Value
£1,961,985

Start Date
Sept. 30, 2012

End Date
June 30, 2015

Description

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Reducing CO2 emissions is a priority for commercial vehicle manufacturers such as Nissan. A new higher driving position is proposed which enables a more compact van with reduced length and mass for the same load capacity. As well as lower build costs, a shorter vehicle will also reduce congestion, is a smaller obstruction during loading/unloading, and requires less parking space. However, the new cabin for this driving position is outside the scope of current vehicle design standards. We need to fully understand the ergonomics, e.g. seat design and comfort, the position of controls, displays and seat belts and visibility from the vehicle. This research will involve fleet van drivers, and detailed data will be collected from user trials with physical prototypes and simulations. A demonstrator vehicle will be developed with support from key UK suppliers to test the viability of this innovative concept. Finally, new Nissan standards will be created defining key design criteria for future vehicle production.

Gurinder Rai PM_PER

Subjects by relevance
  1. Vehicles
  2. Planning and design
  3. Emissions
  4. Ergonomics
  5. Cabins (vehicles)
  6. Seat belts
  7. Traffic
  8. Space vehicles

Extracted key phrases
  1. Energy Efficient Light Commercial vehicle
  2. Current vehicle design standard
  3. Commercial vehicle manufacturer
  4. Short vehicle
  5. Demonstrator vehicle
  6. Future vehicle production
  7. New high driving position
  8. New Nissan standard
  9. Co2 emission
  10. Key design criterion
  11. Ergonomics
  12. New cabin
  13. Seat design
  14. Fleet van driver
  15. Low build cost

Related Pages

UKRI project entry

UK Project Locations