- They will receive a Velo.Info Status Award in Bronze, Silver, Gold or Platinum for their cycling policy.
- The award will be publicized on the Spicycles Interactive Map on Cycling Planning

Sustainable Urban Mobility - The Way To Go
'Design Manual for Bicyle traffic' is latest version of ‘Sign up for the bike’, the standard manual for those who design for bicycle traffic.
A bicycle-friendly infrastructure is one that allows direct and comfortable cycling in a safe and attractive traffic environment. Only then is it possible to create an alternative to the car. High quality bicycle infrastructures lead to a larger share of bicycles in the modal split. This design manual describes the steps required to achieve such an infrastructure from the policy plan to promote cycling to the physical implementation of a bicycle-friendly infrastructure. Bicycle infrastructure comprises all the technical provisions intended for cyclists.
A recurrent theme runs throughout the design manual as an assignment for the designer: immerse yourself in the idea that the cyclist is the future user of the design; give form to the objectives; balance functionality, form and use. This is a creative challenge demanding more than just the use of templates; the process compels the designer to consider and formulate the consequences of choices in his design. Also read: Cycling in The Netherlands (go to 'bestand')
The French capital will get 4,000 electric hire cars to expand on the successful bike pick up scheme. Not everybody is happy with this new transport system. Environmentalists have offered the plans a lukewarm greeting, claiming the scheme could undermine the popularity of Vélib bicycles in Paris and add to congestion. Read more in Bike Europe. The key issues of sustainable mobility are: energy, environment and safety. Therefore developing clean, efficient and intelligent vehicles, including battery electric vehicles, hybrid electric vehicles and fuel cell electric vehicles is necessary. The two major environmental risks affecting sustainability in the production of electricity using fossil fuels are green house effect and acid rain. The basic requirement of power electronic for electric, hybrid and fuel cell vehicles are: high energy density, high power density, high efficiency over wide speed and torque range, frequent start stop, continuous dynamic, capable working under severe ambient temperature and vibration environment, compatible EMI-EMC, high reliability, high endurance, and reasonable cost.