Bernard Neeson

Australian Made: The Movie is a 1987 live concert film of the Australian Made tour from December 1986 to January 1987. The tour featured internationally performing Australian acts, INXS, Divinyls, Models, The Triffids, The Saints, I'm Talking, and Jimmy Barnes. Concert segments were linked by Troy Davies interviewing audience members and musicians.

The Angels came hurtling out of Adelaide in the 1970s with the searing guitar sound of the Brewster brothers and Doc Neeson, a frontman who was beyond intense. Their songs remain etched in the DNA of this city: Am I Ever Goin’ to See Your Face Again, Take a Long Line, No Secrets. They worked their way up, developing an unmistakably unique musical style. By 1978 they were a behemoth of the local rock scene and on the path to international success… until they just missed their chance. Yet they still revolutionised the Aussie music scene transforming it from pretty pop to gritty guitar rock featuring ferocious and theatrical live shows. Adelaide director Maddie Parry (Hannah Gadsby: Nanette) has made a surprisingly intimate documentary, with band members’ home videos and never-before-seen photos, exploring the internal tensions that strained relationships to breaking point, even while producing incandescent rock’n’roll. - AFF

The pilot film for a proposed investigative documentary series lifting the lid on some of the world's most notorious conspiracy theories.

Rafferty's Rules was an Australian television drama series which ran from 1987 to 1990 on the Seven Network. Rafferty's Rules was one of the first programs undertaken by the Seven Network's then new in-house drama unit, going into production in May 1985 as "a 15-part courtroom drama". The program had started out as a pilot episode, recorded in early 1984 with the actor Chris Haywood in the lead role. When the pilot episode was remounted later in 1984, Chris Haywood wasn't available and the lead role was re-cast to John Wood. This second recording was eventually broadcast as the program's first episode.