Search
Close this search box.

Water and light show as testing commences on new Launceston General Hospital helipad

Picture of Pulse Tasmania
Testing of the new Deck Integrated Fire Fighting System at the Launceston General Hospital helipad. Image / Contact Group

Testing of a new $16 million helipad at Launceston General Hospital (LGH) is being carried out over the next week, including a test of the latest Deck Integrated Fire Fighting System (DIFFS) and helicopter landing and take-off simulations.

The DIFFS system, designed to ensure a fast and effective response to any unlikely fire incidents on the helipad, was tested in partnership with installation contractor Contact Group on Tuesday night.

Advertisement

Multiple nozzles are installed flush with the deck surface that can automatically telescope and spray water in the event of a fire.

The system can dump 4000-litres of potable water per minute, with the site boasting two 8000-litre tanks to feed the system.

Testing of the new Deck Integrated Fire Fighting System at the Launceston General Hospital helipad. Image / Contact Group

“Safety is paramount when constructing new infrastructure and this system will ensure fire containment in the event of an emergency,” a Health Department spokesperson said.

Test flights on October 7th will involve approaches and departures to and from the helipad from late afternoon into the night and are a standard requirement from regulators.

Testing of the new Deck Integrated Fire Fighting System at the Launceston General Hospital helipad. Image / Contact Group

Ambulance Tasmania’s aeromedical services provider, Rotorlift Aviation, will carry out the testing, with flights expected to be completed by 10pm.

The new helipad will enhance Tasmania’s aeromedical response to medical emergencies, allowing the rapid transport of patients to the LGH for treatment and supporting the hospital’s medical professionals in providing life-saving care as efficiently as possible.

Advertisement

More of The Latest

News

Sponsored Links

Advertisement

Share this article

Facebook
WhatsApp
Twitter
Email
Print