PRIME 

PRIME is a secure radio controlled system designed for the remote initiation of military explosives. The equipment consists of a transmitter and any number of receiver units. Each receiver can be individually addressed or designated as a member of a group. A total of 100 individually addressable lines per system are available.
Each line is capable of firing up to two L2A1 detonators per circuit. Lines may be fired at any time, in any order. Alternatively a sequence of firing can be pre-programmed into the transmitter.

Download the full specifications in Adobe Acrobat pdf format (184KB)


 FLOATING PRIME 

Floating Prime is an extremely safe UHF digital radio controlled system designed to electrically initiate demolitions on the surface of the water, in harbours, inland waterways and coastal areas.

Floating Prime gives the diving supervisor the advantage of having
complete control of a demolition during waterborne operations.





Download the full specifications in Adobe Acrobat pdf format (176KB)

 BIRIS 

BIRIS is a secure radio controlled system, developed and manufactured by MAS Zengrange (MASZ) for the remote initiation of pyrotechnics and other devices for battlefield inoculation exercises and special operations.
BIRIS uses a digital UHF radio link to give a line of sight range of up to 25 kilometres. A multi stage data comparison and validation process ensures
the integrity of all detonation commands. BIRIS is currently in service with
UK MOD and other armies worldwide.


Download the full specifications in Adobe Acrobat pdf format (200KB)

 VIKING STI 

VIKING STI is a dual shock tube initiation system designed to operate in conditions where the use of electric detonators is considered unsafe.

VIKING STI can be initiated manually or by remote control using
the PRIME UHF digital radio controlled system.
Initiation by remote control allows for controlled, command detonation of shock tube at long range.

Download the full specifications in Adobe Acrobat pdf format (188KB)

International Patent Pending PCT/NZ03/00264


©2004 MAS Zengrange Ltd