MSS 6000 for Canada RSS

Canada enhances its aerial surveillance capacity to protect their ocean resources

Transport Canada has acquired three integrated suites of marine pollution surveillance equipment- the MSS 6000 - from Swedish Space Corporation. The systems will be used to help protect Canada's ocean resources for the benefit of coastal communities while protecting fragile marine ecosystems. The system will serve to detect, classify and track all targets of potential interest, one example being marine oil spills. This will result in Transport Canada having a very capable surveillance capacity, which will significantly enhance the effectiveness of the National Aerial Surveillance Program by allowing for more effective enforcement of Canada’s domestic pollution legislation. The system will enable Transport Canada to track identify polluters in all weather conditions on a 24 hour basis.

Transport Canada Dash 8 Aircraft CGFJMSS 6000 for Canada
SYSTEM I  

Canada's first MSS 6000 system was taken into operation in 2006 and is used primarily to conduct pollution surveillance in the Atlantic, Quebec and Ontario regions.

  

Transport Canada Dash 8-aircraft CGSUR with MSS 6000 IIMSS 6000 for Canada
SYSTEM II

The second system, which was deployed in January 2008, is used for surveillance over Canada's West Coast and Western Arctic Waters.

   

Transport Canada Dash 7 aircraft with MSS 6000 IIIMSS 6000 for Canada
SYSTEM III

The third system was taken into operation in June 2009. This aircraft will conduct surveillance operations in Canada's Arctic during the shipping season and over Canada's Great Lakes during the remainder of the year.

At the end of 2007 SSC received the order for the third MSS 6000 system for Transport Canada - this time for Transport Canada's Dash 7 as picutred above (Note the lookout window on top of the aircraft, for operator/observer situation overview, a feature that makes this Dash 7 unique).

"We are very excited about ordering the third MSS 6000 as it is in line with our vision of having three of Canada's oceans protected with three similarly equipped aircraft. The first system is providing us with an array of quality data that has exceeded our expectations and we look forward to commissioning the second and third systems. We really appreciate the continued support from the SSC," says Louis Armstrong, Program Manager for Transport Canada's National Aerial Surveillance Program and the technical authority for procurement contract.

Canada's New Government will invest $5 million over three years to modernize Transport Canada's Dash 7 Surveillance Aircraft with a maritime surveillance system. This aircraft will conduct surveillance operations in Canada's Arctic during the shipping season and over Canada's Great Lakes during the remainder of the year. The aircraft will be capable of operating in all weather conditions and during hours of darkness or reduced visibility. Transport Canada plans to conduct 25 to 30 per cent of its pollution patrols during hours of darkness, as this is when many illegal discharges are expected to occur.

From 2 June 2014, SSC's Airborne Systems becomes S&T Airborne Systems.  More info under News

Facts

The systems for Canada consist of a SLAR (Side-Looking Airborne Radar); an IR/UV (Infrared/Ultraviolet) line scanner; an Airborne AIS (Automated Identification System) for receiving ship identity information; an electro-optical infrared camera system, a satellite communications system, a high-resolution digital photography camera and a video system for visual documentation for evidence purposes. Data from all systems is processed, integrated and presented in one integrated view to the operator. All recordings are annotated with GPS data and digitally stored in an onboard geographical database. Data and digital images are presented integrated with an electronic nautical chart database, and also correlated with the mission report, all at the fingertips of the user, to ensure maximum efficiency during routine surveillance as well as in emergency situations. The MSS 6000 software will further allow transmission of data to the ground in real time as well as replay and analysis of the recorded mission on a separate ground work station.