Award Winning Home Causes Minimal Disturbance

06 February 2004
Oyster Cove home south of Hobart with roofing, guttering and partial wall cladding in ZINCALUME® steel.

Oyster Cove home south of Hobart with roofing, guttering and partial wall cladding in ZINCALUME® steel.

Location: Oyster Cove, Tasmania
Country: Australia
Builder: David Leake
Southern Living Design & Construction Pty Ltd
Ph: 03 6272 8544
Mobile: 0419 551 026
Fax: 03 6273 2142
Products Used:  ZINCALUME® steel for Roofing
ZINCALUME® steel for Walling
Awards: Finalist in the 2003 National HIA Most Innovative Use of Steel Award

An innovative Tasmanian builder has created a striking bush home which showcases environmentally sensitive construction. Builder David Leake's Oyster Cove home south of Hobart is an innovative step in environmental awareness and fire resistance.

As a finalist in the 2003 National HIA Most Innovative Use of Steel Award, the home demonstrates the advantages of steel construction while taking a pro-active approach to fire hazards.

"Careful selection of materials was vital in the construction of the home, which stands on an isolated site on a 10 hectare bush block without services or easy road access," Mr Leake said.

"Local experience has also shown that it's not a matter of if but when a bushfire occurs."

Every aspect of the project was taken into account during a lengthy planning process, which included consulting the local fire brigade.  

The design of the home originated with the owners' desire to build a home that uses passive solar design principles, incorporating steel construction in a rural/bush setting.

A requirement was that the home made as little disturbance to the environment as possible during construction.

Roofing, guttering and partial wall cladding in ZINCALUME® steel were part of the solution.

ZINCALUME® steel's ability to be pre-cut off-site, its light weight and easier handling also reduced the environmental disturbance of the bush site.

"We also used a lot less building material  by using steel than would have been necessary to achieve the same result with other building materials," Mr Leake said.