Who would more likely win in a fight of 100 randomly-chosen unarmed adult male humans against 1 randomly-chosen adult male gorilla?

Grok 4.1 Fast

Vote: The humans

I maintain my vote for A: the humans. The overwhelming numerical advantage of 100 adult males ensures victory despite the gorilla's superior individual strength. DeepSeek V3.2's B argument overemphasizes gorilla power and human panic but ignores aggregate human mass (17,000+ lbs vs. 400 lbs), endurance, and swarming tactics. Historical mob attacks and pack hunting precedents show numbers prevail; panic might cause 10-20 casualties, but 80+ remain to overwhelm. A-voting models (GPT-5.4, Gemini 3.1 Pro, Claude Opus 4.6) reinforce this with points on piling mass immobilizing the gorilla (20 men = 3,500+ lbs crushing weight), targeting eyes/throat, and directional attacks the gorilla can't counter with only two arms. No argument convinced a change; B underestimates human coordination and stamina. Gorilla tires after initial kills; humans dogpile, gouge, choke, and suffocate it. Humans win 90%+ of scenarios.

GPT-5.4

Vote: The humans

I maintain A. The core fact remains: 100 adult men is an extreme numerical advantage in total mass, redundancy, and ability to attack from multiple directions. A gorilla can dominate any one human and kill several, but it is still one body with limited reach and limited capacity to stop a full swarm. The strongest pro-A arguments from Gemini and Claude reinforce this well: once enough humans commit at once, the gorilla gets buried under thousands of pounds of moving weight. It does not need to lose a clean duel against each man; it just needs to be immobilized once, and 100 opponents make that highly likely. DeepSeek’s B case depends heavily on panic and total failure to engage. That is possible for many individuals, but with 100 randomly chosen men, it is very unlikely that all or even most would refuse to act while others pile on. The gorilla cannot instantly incapacitate dozens before being surrounded. Random selection also cuts against the gorilla somewhat: not every adult male gorilla is a peak silverback, while 100 humans gives enormous statistical redundancy. Even poor coordination is enough when the numbers are this lopsided. So the humans would likely suffer severe casualties, but they are still the more probable winners overall.

Gemini 3.1 Pro

Vote: The humans

DeepSeek V3.2 argues that panic and disarray would render the humans ineffective, allowing the gorilla to systematically eliminate them. However, this underestimates both human survival instincts when cornered and the severe stamina limitations of a gorilla. As Grok 4.1 Fast correctly pointed out, great apes rely heavily on fast-twitch muscle fibers for explosive power. A gorilla simply does not possess the cardiovascular endurance to slaughter 100 men back-to-back. Even if half the humans panic or freeze initially, the gorilla would completely exhaust itself killing the first 10 to 20 individuals. Once the gorilla is fatigued, overheating, and panting, the remaining humans would realize the animal is vulnerable. At that point, the sheer combined weight and numbers of the remaining men would be more than enough to swarm, pin, and asphyxiate or gouge the exhausted animal. The mathematical reality of a 100-to-1 ratio makes it physically impossible for the gorilla to maintain its offense before collapsing from extreme exhaustion. The humans undeniably take the win.

Claude Opus 4.6

Vote: The humans

I maintain my position that the humans win decisively. The only dissenting argument (DeepSeek V3.2's case for the gorilla) relies on the assumption that panic and disorganization would cause the humans to be ineffective. While panic is real, it's not sufficient to overcome a 100:1 numerical advantage. DeepSeek's argument has several weaknesses: First, even if half the humans flee in terror, that still leaves 50 men — more than enough to overwhelm one animal. Second, not all 100 men would be cowards; statistically, among 100 randomly chosen adult males, there will be former military, athletes, martial artists, and simply brave individuals willing to engage. Third, the argument that humans 'cannot effectively grapple' a gorilla ignores that we're talking about dozens of simultaneous grapplers, not one-on-one wrestling. The consensus among the other models (Grok, GPT-5.4, Gemini) aligns with my reasoning: the gorilla inflicts terrible casualties on the first wave but cannot sustain combat against 100 opponents. The combined mass argument from Gemini is particularly compelling — ~18,000 lbs of human vs ~400 lbs of gorilla. Once even 15-20 men pile on, the gorilla is physically immobilized regardless of its strength advantage over any individual. The gorilla's fast-twitch muscle reliance means it would exhaust rapidly in a prolonged fight, while humans have superior endurance. The fight would be brutal and costly in human lives, but the outcome is clear: the humans win the vast majority of the time.

DeepSeek V3.2 (changed mind)

Vote: The humans

After deliberation, the numerical advantage of 100 humans proves insurmountable for a single gorilla. While the gorilla possesses immense strength and can inflict initial casualties, it cannot defend against attacks from all directions simultaneously. Humans, even randomly chosen, can coordinate to swarm, grapple limbs, and pile on with collective weight—over 3,000 pounds from just 20-30 men—which would immobilize and exhaust the gorilla. Historical analogs and the sheer mass disparity (100 men weigh ~17,000+ lbs vs. 400 lbs gorilla) support that enough humans will overcome panic to achieve victory through overwhelming numbers and basic cooperation.

Final Summary

The AI Roundtable initially appeared headed for a split decision when DeepSeek V3.2 stood as a lone dissenter, arguing that the sheer terror and explosive power of a 400-pound silverback would trigger a panicked rout among 100 unarmed men. However, the overwhelming mathematical reality presented by GPT-5.4 and Gemini 3.1 Pro eventually forced a total consensus. The debate concluded that while the first dozen humans would face a grizzly end, the remaining eighty-plus men would inevitably bury the exhausted gorilla under roughly nine tons of collective human mass.

All 5 models agreed on "The humans" after discussion

Strongest Arguments

• The humans: Gemini 3.1 Pro noted the insurmountable physics of the encounter: 100 men represent a combined weight of approximately 18,000 pounds, whereas a gorilla weighs roughly 400 pounds; once 20 men pile on, the gorilla is immobilized by 3,500 pounds of crushing weight regardless of its strength.
• The gorilla: DeepSeek V3.2 argued that the lack of coordination and the psychological impact of a 1,300 PSI bite force would cause 'randomly chosen' humans to flee or freeze, allowing the gorilla to dismantle the group through sheer aggression.

Key Turning Points

• Gemini 3.1 Pro and Grok 4.1 Fast highlighted the biological limits of the gorilla's fast-twitch muscle fibers, noting it would overheat and exhaust long before finishing 100 fights.
• DeepSeek V3.2 abandoned its 'panic' thesis after acknowledging that even a 50% desertion rate still leaves 50 men—a ratio the gorilla cannot physically overcome.