Itch

Itch obtains an unusual rock and discovers it could be a new element. But when everyone at school gets sick, Itch wonders if the rock is to blame.

Itch is unimpressed by suave new boy Tim, but has bigger fish to fry when Flowerdew arranges to have the rock sent away for testing. Itch must get the rock back before it's too late.

Itch discovers he is being followed by some scary looking biker dudes. Tim helps Itch out and Cake tells Itch the rock must be destroyed.

Itch decides to get rid of the rock but instead is waylaid at the school rock concert where Chloe is playing.

Lucy, Jack and Tim take the rock to the local Mining Institute for further testing in a bid to save Cake.

Helpless and lost in a new city, Itch, Tim and Lucy try to track down Flowerdew and the rock. In Seaburgh, Darcy has an encounter with a biker.

While government agents question Lucy, and Jack stalls Itch's mum, Itch continues his journey by bus, unaware that Tim is also on board.

Itch and Tim struggle to survive in the harsh outback after evading police. Back in Seaburgh, Lucy, Jack and Chloe work to uncover the truth about Greencorp.

After surviving the night in the Outback, Itch hatches a plan to evade the evil powers trying to get the rock, while his Dad and Australian Intelligence work to track him down.

A weak and sickly Itch risks his life by venturing into the dangerous unknown to ensure the rock remains hidden forever as Greencorp and the authorities close in.

The main cast joking together and discussing the regional location of Albany behind the scenes on the set of ITCH.

Kylah Day (Lucy) and Melanie Wozniak discuss being on set on location of Greencorp HQ.

Melanie Wozniak (Jack) talks about Taekwon Do and her character of Jack.

Keala Kern (Chloe) and extras talk about the atmosphere on the set of ITCH.

The cast discuss a fundance move they used on set to warm up before shooting.

Melanie Wozniak (character Jack) talks about friendships formed amoung the cast members while shooting ITCH.

The lead cast quiz each other on the elements in the periodic table.