Following many well publicised disasters in recent years, involving major loss of life in high rise buildings, nightclubs, underground stations and at sea, Lightstep has developed systems that represent a significant step forward in life safety systems.
Much has been done to improve and coordinate the response and ability of the fire, ambulance, police and other emergency services but, until now, little progress has been made in developing integrated visual systems to increase the chances of escape from burning buildings, gas leaks, underground black outs, explosions on land or at sea, capsizing vessels or collapsing tunnels.
Lightstep has built two demonstration suites - an underground railway station and a stairwell, as would be found in any public building from an office to a hotel or nightclub. Both are simulators in which visitors can experience real-life disasters. The lights go out, sound tracks play at real-life levels and smoke fills the environment.
"Understanding the need for real impact, we based the audio system on eight Community R.25 loudspeakers for power and quality", said Zest Audio MD, David Honeyford. "These give astounding sound levels with absolute clarity, and no distortion to reduce the illusion. Four Community CLOUD4 ceiling speakers provide additional coverage and the system is powered and controlled by two Panasonic BX-500 receivers, with two Panasonic DVD players providing the source. This is a dual demo suite and is installed in a 7.1 configuration, with three Audica Professional active MICROsubs.
"We wanted a facility that could truly shock", concludes Morrissey, "And Zest has supplied the audio for this beyond expectations; the realism is frightening. You can feel the hairs on the back of your neck stand up and your chest tighten as with a sense of real panic. The sound effects are absolutely real and the subs are positioned tight against the stairwell, so you can feel the low frequency rumble in the building as well as hear it. By creating this very real disaster simulation we most effectively prove our systems."
(Jim Evans)
