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Matzos

SR 71A

A front view of a SR 71A flown by NASA

Great photo! To answer your question, Bombardier:

http://www.marchfield.org/sr71a.htm said:
Heat generated during flight can reach over 1000 degrees F. temperatures that cause the fuselage to expand in flight. After landing, ground crews cannot go near the aircraft for over 30 minutes. Once the plane has cooled, it literally seeps fuel on the ground until it flies again. The flight crew wears special self- contained space suits to protect them during flight and to ensure survival during a high altitude ejection. Temperatures inside the cockpit reach 200 degrees and 550 degrees on the windscreen. To heat their food they simply held it against the windscreen.

http://www.fas.org/irp/program/collect/sr-71.htm said:
The Blackbird weighs about 34 tons empty, and can carry another 20 tons of special JP-7 jet fuel (enough for about two hours of flight time) in its fuselage and wing tanks. In flight, the fuel is redistributed automatically to maintain the plane's center of gravity and load specifications. Because the Blackbird was designed to expand during flight, it has had a history of fuel tank leaks on the ground.

And another interesting fact:

http://www.marchfield.org/sr71a.htm said:
Cameras in the SR-71 can map 100,000 square miles per hour in which selected targets could be enlarged 20 times for analysis.
 
I have just noticed it, looking at the rear of the aircraft, between the tail fins, an extra sort of 'flat tail fin'. Must be some piece of NASA equipment.
Any ideas anyone
 
Matzos found this data

Dryden is flight testing the Linear Aerospike SR-71 Experiment (LASRE), which is designed to gather data on the aerospike's exhaust plume as it travels through the transonic region of flight (just below to just above Mach 1).


http://www.sti.nasa.gov/tto/spinoff1998/ttc1.htm
scroll to the bottom of the page
 

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