Executive Summary
The USS Nimitz Carrier Strike Group encounters represent the most well-documented military UAP case in modern history. Over two weeks in November 2004, multiple state-of-the-art sensor systems and trained military personnel observed, tracked, and attempted to intercept objects demonstrating capabilities far exceeding known aerospace technology.
Background
During scheduled training exercises (COMPTUEX) off the coast of Southern California, the USS Princeton’s advanced SPY-1 radar began detecting anomalous aerial contacts on November 10, 2004.
Initial Detections
- Objects appeared at 80,000+ feet altitude
- Descended to sea level in less than one second
- Hovered at 50 feet before ascending rapidly
- No sonic booms despite hypersonic velocities
The November 14 Intercept
Personnel Involved
Primary Witnesses:
- CDR David Fravor (VFA-41 Squadron Commander)
- Lt. CDR Jim Slaight (Pilot)
- Lt. CDR Alex Dietrich (Pilot)
- Lt. (unnamed) (Weapon Systems Officer)
- Multiple Princeton radar operators
- E-2 Hawkeye aircrew
Encounter Timeline
12:00 PST: USS Princeton vectors two F/A-18F Super Hornets to investigate radar contact
12:05 PST: Pilots observe white “Tic Tac” shaped object
- Estimated 40 feet long
- No wings, rotors, or exhaust plumes
- No visible propulsion system
12:06 PST: Object demonstrates impossible maneuvers
- Instantaneous acceleration
- Right-angle turns at high speed
- “Ping-pong ball in a cup” movements
12:08 PST: CDR Fravor attempts intercept
- Object mirrors his descent
- Accelerates from hover to beyond visual range in <2 seconds
- Reappears at CAP point 60 miles away instantaneously
Physical Evidence
-
AN/SPY-1 Radar Data
- Tracked objects for two weeks
- Recorded impossible flight characteristics
- Data confiscated by unknown officials
-
FLIR Video
- Captured by Lt. Chad Underwood
- Shows object with no exhaust plume
- Demonstrates rotation while maintaining trajectory
-
E-2 Hawkeye Confirmation
- Independent radar verification
- Tracked object’s instantaneous position changes
Technical Analysis
Observed Capabilities
The object demonstrated all five observables:
- Anti-gravity lift: Hovering with no visible propulsion
- Instantaneous acceleration: 0 to hypersonic in seconds
- Hypersonic velocity: No sonic boom or heat signature
- Low observability: Intermittent radar returns
- Trans-medium travel: Descended to sea level (possible water entry)
Performance Estimates
- Speed: Exceeded 24,000 mph
- G-forces: 100+ G maneuvers (would destroy conventional aircraft)
- Energy: No thermal signature despite extreme performance
Official Response
Immediate Actions
- Debrief classified at highest levels
- Data removed from ships
- Crews told not to discuss
Long-term Impact
- Case studied by AATIP
- Videos declassified in 2020
- Congressional briefings conducted
- Inspired UAP Task Force creation
Corroborating Evidence
Additional Encounters
- Multiple pilots had similar experiences
- Submarine reportedly tracked underwater objects
- Similar objects detected in following days
Witness Credibility
- Top Gun graduate pilots
- Experienced radar operators
- Multiple independent observations
- Consistent testimonies after 20 years
Analysis and Implications
Prosaic Explanations Eliminated
❌ Weather phenomenon: Controlled flight patterns ❌ Conventional aircraft: Impossible performance ❌ Electronic warfare: Physical object observed ❌ Sensor malfunction: Multiple system confirmation ❌ Black project: Violated safety protocols
Scientific Significance
The Nimitz encounters provide:
- Multi-sensor data correlation
- Expert military witnesses
- Extended observation period
- Government acknowledgment
Current Status
- Videos officially authenticated by Pentagon
- Case remains unexplained
- Ongoing Congressional investigation
- Data analysis continues
Related Documents
- FLIR1 Video (UNCLASSIFIED)
- Executive Summary (UNCLASSIFIED//FOUO)
- Pilot testimony transcripts
- Radar operator statements
This report compiled from declassified sources, FOIA releases, and public testimony. Classification markings reflect original document status.