One wheeled vehicle
Future city transport
Problem of high traffic
Professor Peter Naumann
Sympace is a visionary one wheeled vehicle for future cities.
The concept is based on a scenario which describes future cities. In the city centre there are no more cars or such allowed. People are only able to reach the centre with public transportation or small electronic vehicles.
This decision is the consequence of the increasing air pollution and traffic. There are some benefits that come with banning cars from city centres. Firstly, there is no need for wide streets which holds the possibility for a different cityscape. Secondly the quality of living in those canters improves a lot. The danger of traffic accidents is also reduced.
The following shows the development of a vehicle that accomplishes these criteria
The moods are showing the human factor as well as the challenges of future cities. In order to maintain the living quality in city centres the nature plays a big role.
The first key sketches are shown at the top left corner. Sketch A was the most inspiring of them. The following sketches on the right describe the detailing on this idea. The design is asymmetrical. That means it works on one side of the body. There is a handle at the top and a rest for the leg at the middle part. The largest provides a solid and stable stand. The vehicle is driven with an electric engine. In order to control the one-wheeler it is permanently balanced with gyroscopes.
The drive of the vehicle is also special. The wheel is divided into segments which enable it to move both in and lateral to the driving direction. With that function, the gyroscopes are able to control every degree of freedom.
There were many stages of modelling. At first the sketches were used as reference for a 1:3 scale foam model. Building this first 3d version was quite challenging due to inaccuracies of the drawings. There are always difficulties coming up building it in 3d because every face needs to be thought of.
It uses an electric engine and is balanced automatically at all times with gyroscopes. The vehicle is steered through the shift of the driver’s weight. The wheel also works special. It is divided into segments which allows it to move in driving direction, and also lateral to it.