[Source: Joe Peach, This Big City]
Cities across the world are starting to pay more attention to the role of the bicycle in creating sustainable urban environments. Encouraging cycling can reduce the strain on public transport provisions, minimise congestion and pollution, and improve the health of those on two wheels. However, if more people choose to cycle, new challenges will emerge in how we run our cities. If your commute to work is more than gentle exercise and the building you work in has no showers, personal hygiene throughout the day can be a problem. And if the city you live in doesn’t provide adequate parking facilities for cyclists, finding a secure location to store your bike for 8 hours can also be a challenge.
Whilst both these issues are simple to overcome, they are enough to deter some from adopting the bicycle as their main form of transport. With this in mind, Australian bicycle parking company Penny Farthings have created the Green Pod—a high quality facility for cyclists containing secure space to leave your bicycle, a changing room, lockers and a shower. Units can be customised depending on the needs of the area or venue they serve.
Penny Farthing’s Mark Rossiter says:
We see parking to be one of the major obstacles between cycling becoming a major transport mode. Recently some governments have started investing in large scale centralised cycle centers with capacity for 200+ cyclists. We believe small scale decentralised parking is better because is makes the facilites closer to users and improves point to point journey times (and they don’t build one car park in a centralized location- because it is inconvenient). With better infrastructure, such as the green pod, we hope to make cycling as a transport mode easy.
The Green Pod has also been created with environmental sustainability in mind, being powered by solar panels on the roof, containing LED lighting activated by motion sensors, grey water treatment units, and timed showers. It operates a self-cleaning system, meaning maintenance costs are reduced.