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Welcome to our consultation on "low-car design" in Whitehill & Bordon. Before we show you how future housing could be designed to meet parking needs, we want to let you know where we're coming from and why we want your views...
New housing in East Hampshire will need to be designed to address many issues, including the following:
Everyday questions of how to accommodate the car within a neighbourhood, when it's parked and when it's not, touch on all of these issues:
These different influences on the design of new parking need to be considered together. In the context of the climate emergency, we need to ask: is there a better trade-off between these things that involves fewer cars?
The benefits of having fewer cars in new housing development could be:
It is recognised that improvements will need to be made to the provision of public transport, as well as walking and cycling facilities, if use of the private car is to reduce. However, we are initially seeking opinions on how best to accommodate fewer cars in residences.
For this consultation, we initially want to understand your priorities for how new housing development should look and feel - accepting that people are likely to own cars and that they will need to be parked somewhere.
Click through to see some designs and let us know your thoughts...
This design allows residents to choose between a bigger garden without a garage or driveway, or a smaller garden with a single garage or driveway at the side of the property.
Residents owning a car will need a a garage or driveway to house the car, resulting in a smaller garden.
There is potential for less built form and more garden space, which is good for reducing flood risks.
The streets would need to be narrow and provide minimal space to restrict on-street parking.
Could be good for:
Could be less good for:
This second design offers garage and driveway parking for multiple car ownership in a household.
It keeps cars off the road as parking is to the side of the property but could encourage high levels of car ownership, which isn't good for carbon emissions.
It also reduces garden sizes to accommodate more car parking.
Could be good for:
Could be less good for:
This design offers a garage to each property and the option for another parking space beyond, in the back garden, accessed by driving through the garage.
Residents have the option to have just one car parking space in the garage or increase the amount of parking by forfeiting garden space.
It is flexible and keeps cars off the road, but may encourage higher levels of car ownership, which isn't good for carbon emissions.
Could be good for:
Could be less good for:
This design involves driveway parking for one car, in front of the house.
It encourages low-car living by using one dedicated space, helping to reduce carbon emissions.
The parking area could also be used for other purposes, such as converting to a garden for those residents that do not own a car.
Could be good for:
Could be less good for:
This design is a hybrid of on-street parking arrangements and driveway parking.
It shares many of the benefits and drawbacks of the front driveway design, with the street dominated by cars.
But there may be less space on the street, including for street trees.
Could be good for:
Could be less good for:
This design provides each property with a driveway positioned in front of a flexible ground floor room. The ground floor room can be suitable for conversion to a garage if desired.
The driveway allows parking for one car but if residents wish to own two cars they must forfeit the ground floor room to become a garage.
Low-car living would be encouraged, helping to reduce emissions. It would be possible to convert the driveway to a front garden for those households not owning a car.
Could be good for:
Could be less good for: