USAF record 28990333
28990333
Document text — page 1 excerpt
PROJECT 10073 RECORD CARD
1. DATE 5 Dec 60
2. LOCATION Keesler AFB, Mississippi
3. DATE-TIME GROUP Local [ILLEGIBLE] 05/28/62
4. TYPE OF OBSERVATION O Ground-Visual O Ground-Radar [HW: Glintometer] O Air Intercept Radar
5. PHOTOS O Yes [ILLEGIBLE]
6. SOURCE Military
7. LENGTH OF OBSERVATION 5 min
8. NUMBER OF OBJECTS one
9. COURSE NE
10. BRIEF SUMMARY OF SIGHTING Round white object size of average star, no tail, no sound, moving W-E from elevation of 24° at 300° azimuth disappearing at 3° elevation azimuth 060; straight flight path.
11. COMMENTS Request for satellite information not answered, however since this sighting has all the characteristics of a satellite in orbit, case will be carried as a possible satellite.
AVIC FORM 329 (REV 28 SEP 52)
Page excerpts
- Page 1 PROJECT 10073 RECORD CARD 1. DATE 5 Dec 60 2. LOCATION Keesler AFB, Mississippi 3. DATE-TIME GROUP Local [ILLEGIBLE] 05/28/62 4. TYPE OF OBSERVATION O Ground-Visual O Ground-Radar [HW: Glintometer] O…
- Page 2 DEPARTMENT OF THE AIR FORCE STAFF MESSAGE DIVISION AF IN: 9095 (4 Dec 60) N/BC HOMING MESSAGE ACTION: CIN-14 INFO: OOP-3, SAFS-3, OOP-CP-1 (22) RC 07/04 DEC 60 WH/NVX OPERATIONAL IMMEDIATE 240022Z…
- Page 3 JOINT MESSAGEFORM UNCLASSIFIED SPACE BELOW RESERVED FOR COMMUNICATION CENTER 1960 DEC 19 21 36 ACTION ROUTINE INFO ATTN: MPAFS TO: KREISLER AND MOSS FROM: ATTN: MPAFS SPECIAL INSTRUCTIONS:…
- Page 4 RECEIVED [REDACTED] 2 Dec 1950 W. ROHRS ATIC [HW: 174E2 UFO] [HW: 3482A] [HW: 6tic] STAMP: UNCLAS DET S 21-N-1 ATIC ATTN AFGIN-4E REF AFGIN-4EZY 10-3578L ANN THAT SIGHTED OBJECT ON LEAVE REQUESTED…
- Page 5 Detachment 6 6th Weather Group (WATS) United States Air Force Keesler Air Force Base, Miss. 30 Dec 1960 REPLY TO: ATTN OF: Dot 6 SUBJECT: Unidentified Flying Object TO: Air Technical Intelligence…
- Page 6 d. Time and Date of Sighting: (1) The time and date of the first sighting was 2302, 3 December 1960. (2) The time and date of the disappearance was 2300, 3 December 1960. (3) The light condition was…
- Page 7 (7) The temperature lapse rate was almost parallel to dry adiabatic to 665 millibars, where a very strong subsidence inversion was observed. b. This report is written in a letter form due to the fact…