DEAR JACK:

Document Type: 
Collection: 
Document Number (FOIA) /ESDN (CREST): 
CIA-RDP67B00511R000100180015-6
Release Decision: 
RIPPUB
Original Classification: 
K
Document Page Count: 
4
Document Creation Date: 
December 19, 2016
Document Release Date: 
March 21, 2000
Sequence Number: 
15
Case Number: 
Publication Date: 
August 28, 1962
Content Type: 
LETTER
File: 
AttachmentSize
PDF icon CIA-RDP67B00511R000100180015-6.pdf207.74 KB
Body: 
Approved For epas ''8$frf4/13 : CIA-RDP67B0051,00100180015-6 0 'A F L COPY J OF ! y 28 August 1962 Enclosed herewith is the preliminary test program which we will be discussing with Norm and Ed tomorrow. After that discussion, we will send you a revised test program. Approved For Release 2006/04/13 : CIA-RDP67B00511 R000100180015-6 TOTAL PAC E-3 a Approved For ase 2006/04/13: CIA-RDP67B0051 A00100180015-6 27 August 1962 The attached schedule is preliminary, since it may require modification based on: Availability of vehicles; availability of equipment or instrumentation; availability of some of the information by other means; and results of the first tests. We believe that one test per week is a reasonable maximum, at least in the early phases. We see no point in flying the system after one- test prior to the completion of that test's data reduction, and this almost surely limits the frequency to one test per week. N and N + 1 denotes that these tests should be run when the vacuum unit is available, which can not presently be predicted accurately. These tests can probably be inserted in the other tests without altering the one test per week schedule. The most desirable test schedule will change as results become available. We propose to review this particular test schedule (after it is in final form) after the sixth test to decide whether or not it is still the most desirable test program. X7800511 R000100180015-6 - R=Req'd P=pref. RECOMMENDED INITIAL TESR PROGRAM OF TYPE I SYSTEM a=accept. T=test to acquire data A=Additional test if planned test fails to acquire data Priority Vehic a Fcr6wr 1 2 3 4 5 6 7 8 9 10 11 12 from our - point of 75 58 JS letdown letdown letdown may letdown may long long early early n n + 1 view needed needed be needed be needed fit. fit. or, late or late 1 Ground check and flight to confirm elec and mech compatibility a P T A - T 2 Flights to obtain engr. - info for design of long 3 I lead items of #3 system. Pressure & composition of gas vs time (1) a P T T A Temperature vs Time (2) a P t f T T T Vibration & Stability vs Time (3) R? T A Operational focus (4) a P T A A A Resolution Capability t at best focus a P T A 3 Flights to obtain engr. info on remaining des. r of #3 j } Azimuth reference a a P T A I i V/h behavior on clouds a P ! 1 T T T A ! System start-up time a a P T _. .. .-_----______-- ---- - Exposure programmer a P ! - T T Film drive & IMC a P a -t-?011) T . 4 Flights to learn range of syst.opo.envelope of proto. ( s. Brightness a P a i ! A T A V/h - magnitude a P a T A T T V/h terrain types a P ( T T 5 Flights to eval.vacuum V ~ ~? ~ window - . , . _ _ . .. _ Window + instr.only R? . T Window + Us t ~R? t _ 91 .~.... tics on o e eC t a -ue* ett at 6 rw wt nd's r t.. evro 6 b"bla itdl. i ss on ddexid s /aF in~t/t emps. (1) Gilts contam.sleor, pressure sensor, p . , Hpprovea rowiease zuueiu4i1s : LiA-KUF'bfbUUOIuuu1uuiI UUI -b Each of 67 target displays appearing in 58 different frames were examined with a ti10t to determine resolving power. The three-bar targets' e# si tar to those of USA! (1951) targets, and are of .l04 Cantrast. The altitude of each of 11 passes over the target displays varied from 8,200 to 12,200 feet resulting in. s photography -ith scales from 1:5470 to 1:8130 at nadir. The flight paths,wera such that the target displays appear in various areas of the frames. The data obtained follows in tabulated form. Attachment Approved For Release 2006/04/13 ClA-RDP67B00511 R000100180015-6"