VMFP-3 80s Flashback

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1980's Typical Mission Cycle
By Marc "Devil Dog Of The Web" Iseli / Updated Dec. 2025
Here’s the VMFP-3 mission cycle, step by step, for anyone who wants to know how the sausage got made back in 1980. A VMFP-3 reconnaissance mission in an RF-4B Phantom was about as structured as a Marine’s haircut: sharp, fast, and guaranteed to leave someone bleeding. You had the usual suspects, aircrew, plane captains, avionics wizards, and the photo lab trolls, herding chaos from engine start to intel report in a few hours, assuming nobody set anything on fire.
Mission Briefing (1–2 hours before launch).
The aircrew was your standard two high-testosterone males males: pilot up front, RSO (Reconnaissance Systems Officer) riding shotgun in the back. Briefings were the usual dog-and-pony show, targets, enemy positions (or whatever the sim gods cooked up), coordinates, and whether we needed pretty pictures from straight above or at a slant. Then came the threat rundown: radar sites, SAMs (all simulated, unless you really pissed someone off), and the ever-popular weather report, because nothing says 'fun' like low clouds and rain. The RF-4B was basically a flying camera store, KS-87 for mapping, KA-55A for low-level panoramas, KA-91 for high-altitude snooping, and an infrared line scanner for those who liked their recon in night vision. The RSO got to play with all the camera settings, making sure we didn’t come back with a roll of blurry Polaroids.
Aircraft Preparation on the Flight Line
The plane captain and ground crew prepared the aircraft several hours before the flight. The plane captain unpins the seats and leaves one pin in a red bag on top of the face cutain. Tasks included: Refueling (often hot refueling after recovery), installing film magazines in cameras, Oxygen servicing (LOX Bottle), Hydraulic and fuel checks, installing reconnaissance sensor pallets, and inspecting landing gear and control surfaces. The plane captain then waited on the line for the crew.
Crew Arrival and Walk-Around
When the crew arrived, the plane captain greeted the pilot and RSO, the pilot performed a complete walk-around inspection. The plane captain pointed out: fuel load, safety pins still installed in the wing tanks, and landing gear, camera bays secured, and any maintenance notes.
Cockpit Entry and Engine Start
The crew climbed into the cockpit using the ladder. Once strapped in: External power connected, the Huffer hose is connected providing bleed air at 45 PSI, avionics powered up, Camera systems checked. Engine start sequence for the RF=4B Phantom: Start left J79 engine, start the J79 engine. The plane captain watched for: Proper exhaust, hydraulic pressure, fuel leaks, and makes sure everyone is clear of the intakes.
Control Surface Checks (Plane Captain Signals)
Before the taxi, the pilot tested all control surfaces. The plane captain stood in front of the aircraft and signaled checks for: Ailerons, Elevators, Rudder, Flaps, and Stabilators. These signals were standard Phantom hand signals used across Marine aviation.
Taxi and Arming Area
After removing safety pins and chocks: The aircraft taxied to the runway, Camera systems were switched to standby mode. Unlike fighter Phantoms, RF-4Bs normally carried no weapons, relying on speed and altitude for survival.
Takeoff
RF-4Bs used afterburner takeoff due to heavy fuel and camera loads. Typical climb profile: Rapid climb to 20,000–40,000 feet, Transition to navigation route. Navigation was usually done using: ACAN beacons, INS navigation, and dead reckoning over water.
Transit to Target Area
During the cruise phase: The RSO configured the camera arming switches, Film transport systems, and interval timing. The aircraft descended before entering the reconnaissance run.
The Reconnaissance Run (Most Critical Phase)
This phase lasted only seconds to a few minutes. The aircraft flew: Low altitude (500–1000 ft) for tactical recon or High altitude (30,000+ ft) for wide-area photography. The RSO called: "Cameras hot." When passing the target: Cameras fired automatically, Film advanced continuously. The aircraft might fly 600–700 knots at low altitude to minimize exposure to enemy defenses.
Egress
After the photo run: The pilot applied full power or afterburner, The aircraft exited at high speed, maneuvered to avoid radar threats. In combat scenarios, this could include evasive maneuvers.
Return to Base
After leaving the target area: Cameras were switched to safe mode, and remaining film was preserved. The aircraft returned to MCAS El Toro.
Landing and Shutdown
After landing: the plane captain marshaled the aircraft, Engines shut down, Safety pins installed in ejection seats. Ground crew immediately accessed the camera bays.
Film Removal
Time was critical. The camera technicians removed: Film magazines, Infrared film cartridges. These were sealed in light-tight containers. A courier immediately transported them to the photo lab.
Photo Lab Processing
VMFP-3 maintained its own rapid processing photo lab. Steps included: Film developed in chemical baths, drying cabinets used, Negatives inspected on light tables, and Large prints produced.
Photo Interpretation
Intelligence specialists analyzed the imagery. They looked for: Vehicle positions, Missile sites, Aircraft on airfields, Damage from simulated strikes, Reports were produced for: Marine Air Wing commanders, Fleet commanders, Ground force units.

VMFP-3 Remembered
This video was created by Capt. Steve Smith, complete mission cycle.

Alright, you glorious Rat Phixers and Phlyers, if we ever survived a TAD, a Det, or a BOHICA, who haven't, and you didn’t think I was the biggest gaff off in the squadron. Got a sea story, or some grainy photos your ex didn’t set on fire, and they’re only slightly illegal? Send ‘em by email, snail mail, or safety wire it to a carrier pigeon. I collect ‘em all, just nothing that would incriminate me.
80svmfp3@gmail.com

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