Guides And Explainers

Did John McCain Kill 133 Sailors on the USS Forrestal? A Verified Explanation

On July 29, 1967, a Zuni rocket accidentally fired from an F-4 Phantom on the USS Forrestal (CV-59) struck an armed A-4 Skyhawk, rupturing fuel tanks and triggering intense fire...

Mara Ellison
Did John McCain Kill 133 Sailors on the USS Forrestal? A Verified Explanation

Key Facts About the 1967 USS Forrestal Fire and John McCain's Role

On July 29, 1967, a Zuni rocket accidentally fired from an F-4 Phantom on the USS Forrestal (CV-59) struck an armed A-4 Skyhawk, rupturing fuel tanks and triggering intense fires. The incident caused casualties and ordnance detonations that damaged the ship, killed 134 personnel, and injured many more. John McCain was a Navy A-4 pilot aboard that day, launched and flown combat sorties before his aircraft was damaged by an inflight fire; he ejected near the carrier, was recovered, and sustained minor injuries. This summary clarifies the causes, immediate outcomes, and facts about why the widely repeated claim that McCain "killed 133 sailors" is misleading.

What Actually Happened During the USS Forrestal Fire

The fire began when a Zuni rocket mounted on an F-4 Phantom misfired across the deck, hitting the wing tank of an armed A-4 Skyhawk. The impact set off 1,000-pound bombs and ruptured JP-5 fuel tanks, creating a spreading fire that reached fully loaded ordnance and pressurized fuel lines. The sequence led to detonations below deck, disabling critical firefighting systems and causing flash fires across multiple decks. Below-deck compartments where crew were sleeping or at routine tasks suffered the highest casualties. Within minutes the ship was ablaze with heavy casualties and severe damage, but damage control teams eventually brought it under control. The official investigations concluded that inadequate rocket arming procedures and hazardous ordnance handling contributed to the catastrophe.

Immediate Casualties by Category

CategoryVerified DetailSource Type
Total Deaths134 personnelUS Navy After Action Reports
Injured161 personnelUS Navy After Action Reports
Ship DamageMajor structural damage; flight deck buckledInvestigation Board Findings
Aircraft Losses7 aircraft destroyed; 11 additional damagedUS Navy After Action Reports
Cause Determined ByZuni rocket misfire and ordnance handlingMultiple Investigations; AARO/FINDINGS

John McCain's Actions and Injuries That Day

John McCain was piloting an A-4 Skyhawk on a training mission aboard the USS Forrestal when the rocket struck and ignited fuel on his wing. He momentarily stayed with his aircraft while onboard systems failed and fires advanced toward his cockpit. After confirming he could not safely recover his ordnance and that the fire was spreading, McCain ejected near the carrier. He sustained superficial burns and minor injuries, was pulled from the deck within moments by crew, and received medical treatment. Throughout the fire and rescue operations, McCain was neither in command of shipboard operations nor in a position to direct damage control. Official safety investigations, including separate authoritative reports, emphasize the accidental nature of the event and do not attribute blame to McCain.

Timeline: Key Events on July 29, 1967

  • 10:52 a.m.: F-4 Phantom launches with A-4 Skyhawks; Zuni rocket misfires, strikes adjacent A-4
  • 10:53–10:55: Fuel tanks rupture, intense fire spreads below decks; ordnance detonates
  • 10:55–11:10: Damage control struggles; flash fires move through crew quarters
  • 11:10: John McCain ejects near the carrier, sustains minor burns
  • 11:20–12:00: Rescue operations stabilize the ship; initial casualty counts recorded
  • Subsequent Days: Investigative boards convened; repairs at Subic Bay and eventually in the U.S.; policy reviews on ordnance handling

Why the Claim That McCain Killed 133 Sailors Is Misleading

No credible evidence or official inquiry supports the assertion that John McCain directly caused the death of 133 sailors. The accident resulted from a combination of system failures, procedural shortcomings, and combat conditions during a high-tempo deployment. McCain was a junior officer who ejected under duress and was quickly accounted for, suffering only minor burns. The 134 deaths were primarily due to ordnance detonations and flash fires blamed on the aft deck rocket misfire, not a single officer's action. Multiple contemporaneous investigations, including the Navy's formal AARO review, ultimately placed responsibility on procedures, equipment, and the inherent hazards of ordnance handling rather than on individual culpability by McCain.

Details of the USS Forrestal Fire and Investigations

Investigations pointed to a Zuni rocket that failed to arm properly and fired across the flight deck into an armed A-4's wing tank. The explosion ignited fuel vapor and munitions located in close proximity, disabling primary and secondary firefighting systems belowdecks. Reports highlighted risks of storing loaded weapons on flight decks and emphasized the importance of strict adherence to arming protocols. The ship required extensive repairs, returned to service months later, and later saw continued Vietnam combat operations. While leadership changes followed, the tragedy spurred procedural reforms for ordnance handling across the fleet and remains a benchmark case study in naval safety and emergency response.

  • Cause: Zuni rocket misfire leading to detonation of onboard ordnance
  • Casualties: 134 dead, 161 injured
  • John McCain's role: A-4 pilot who ejected after his aircraft caught fire; minor injuries
  • Investigations: Navy boards and AARO reports cited equipment, procedures, and ordnance handling
  • Outcome: Significant reforms in ordnance safety and damage control training

Context and Legacy Aboard Carrier Operations

The USS Forrestal fire remains one of the deadliest peacetime losses on a U.S. Navy carrier and influenced how the Navy designs safety protocols, handles munitions on deck, and trains damage control teams. Modern procedures for arming weapons, managing fuel vapors, and coordinating flight deck operations evolved directly from lessons learned in 1967. Studies of the event continue to inform carrier aviation risk management, emergency decision-making, and communication among air and ship crews. Though McCain's service later became a prominent part of public discourse, the Forrestal incident is remembered primarily for its impact on improving survivability and safety standards rather than for assigning blame to any single individual.

FAQ

Reader questions

How many sailors died on the USS Forrestal in 1967?

134 U.S. Navy personnel died as a result of the fire and explosions aboard the USS Forrestal on July 29, 1967.

Was John McCain responsible for the deaths on the USS Forrestal?

No. Official investigations attribute the accident to a misfired rocket and hazardous ordnance handling procedures, not to any action by John McCain. McCain ejected after his aircraft caught fire and sustained minor injuries.

What caused the USS Forrestal fire?

A Zuni rocket accidentally fired across the flight deck, striking an armed A-4 Skyhawk and igniting fuel and bombs, which led to catastrophic fires and detonations belowdecks.

Did the USS Forrestal fire lead to changes in Navy procedures?

Yes. The disaster prompted reforms in ordnance arming protocols, flight deck safety, and damage control training that continue to influence carrier operations.

Related Reading

More pages in this topic cluster.

What Is the Sign for What: A Practical Guide to Signs and Symbols

Signs are purpose-built cues that help people understand what to do, where to go, or what to expect. At its core, the question what is the sign for what is about how symbols, ge...

Read next
Overarching Principle: Definition, Role, and How to Apply It

An overarching principle is a high level rule or value that organizes decisions, behavior, and design across many situations. It sits above tactics and policies, giving directio...

Read next
Enzymes Are Described as Catalysts Which Means That They

Enzymes are described as catalysts, which means that they accelerate chemical reactions by lowering the activation energy required to reach the transition state, without being c...

Read next