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Hi,
I spoke before about those two designs,the BAe the P.134 was a signals intelligence variant and is capable of collecting communications intelligence and electronic intelligence for airborne analysis or datalink to a ground station for near real-time assessment, or on-board storage for post-flight,analysis. BAe estimates 6.5h endurance at 43,000ft (13,000m) with a
maximum take-off weight of 12,450kg.
The second BAe 125 variant is the P. 135, fitted with an underbelly synthetic-aperture radar,
which could reconnoitre a 48,000km (18,500nm) swath in a 6.5h mission at 43,000ft,
looking through smoke or any meteorological conditions. Using zoom "freeze frame" modes and
digital motion- compensation techniques gives high resolution at long range.
http://www.flightglobal.com/pdfarchive/view/1991/1991%20-%201761.html
I spoke before about those two designs,the BAe the P.134 was a signals intelligence variant and is capable of collecting communications intelligence and electronic intelligence for airborne analysis or datalink to a ground station for near real-time assessment, or on-board storage for post-flight,analysis. BAe estimates 6.5h endurance at 43,000ft (13,000m) with a
maximum take-off weight of 12,450kg.
The second BAe 125 variant is the P. 135, fitted with an underbelly synthetic-aperture radar,
which could reconnoitre a 48,000km (18,500nm) swath in a 6.5h mission at 43,000ft,
looking through smoke or any meteorological conditions. Using zoom "freeze frame" modes and
digital motion- compensation techniques gives high resolution at long range.
http://www.flightglobal.com/pdfarchive/view/1991/1991%20-%201761.html