The most efficient form of transportation is the bicycle, and to remind us how great the two wheeled vehicles are a couple drew a giant bike in Europe. They used a GPS to record their trip as they rode through multiple countries, and that meant riding in giant circles to create the wheels. Along the way they shared their enthusiasm for two wheels.
You can see the map of their route on their site (linked below).
As a reminder that transport alternatives to the car exist, we have cycled 7237 km to draw the shape of a huge bicycle across 7 countries of western Europe.
We hope that our mad endeavour might motivate others to ditch their car in favour of the bicycle for daily transport needs. We sincerely believe that bicycles can take us a long way in our battle to tackle climate change and environmental breakdown.
As a side note, with this project we have set an unofficial world record for the largest ever made GPS drawing (7237 km). We beat the previous record of 7163.67 km, which was obtained by multiple means of transport. We also beat the previous unofficial record for the biggest GPS drawing undertaken by bike, which was 4106 km. Far more importantly, we are quite happy to have drawn the biggest bicycle ever!
One of the largest makers of consumer GPS devices has commissioned a study on fuel consumption in cars that have GPS devices and cars that lack the feature. The conclusion is that having a device that informs drivers about traffic can lower emissions. Of course, if you can avoid taking a car you should do so.
In a three pronged study which evaluated drivers without a navigation system, drivers with a navigation system, and drivers with a navigation system that included traffic, the results revealed that drivers using navigation devices 1) drove shorter distances and 2) spent less time driving. Conducted in two metropolitan areas of Germany – Dusseldorf and Munich – the study also showed that drivers with navigation devices had a 12% increase in fuel efficiency, as measured by liters of fuel consumed per 100 kms. Fuel consumption among those drivers using navigation fell from 8.3 to 7.3 l/100kms.
This increase in fuel economy translates to an estimated .91 tons (metric) decrease in carbon dioxide emissions every year per driver, or a 24% decrease over the amount that the average non-navigation user emits per year. Stated in terms of grams/km the reduction equates to 25 g/km per car. And with an annualized decrease in driving of nearly 2500 fewer kilometers per driver, 1.19 million tires would also be saved from disposal in Germany due to the decrease in wear and tear.