GTA Science tests whether Los Santos traffic could function in a real city, using signal capacity, queue growth, crash-induced lane losses and traffic incident recovery.
GTA Science tests whether snacks can restore health, quantifying recovery calories and protein while asking how impossibly fast digestion would need to be for instant healing.
GTA Science tests parachute freefall at 120mph, why 500ft is only 2.84 seconds, and how GTA-style low openings compare with current USPA minimum opening altitudes.
GTA Science tests a huge speedboat jump using impact energy, pedal-generator equivalents, G-loads, Space Shuttle acceleration comparisons, hull slamming and passenger injury physics.
A deep history of food in GTA—from Vice City pizza delivery and San Andreas weight gain to GTA IV restaurants, GTA Online combat snacks, and Cluckin’ Bell satire.
A respectful, source-led comparison of the official real-life Bravado Banshee and Robert Bell’s Pegassi Infernus drift build, including timelines, reported costs, engineering, and replacement-cost estimates.
GTA 6’s Extended Look reached 31.1M Netflix views and No. 1 in 87 of 93 tracked countries. Here is what that number actually measures—and what the bigger hype signals may be.
GTA Science calculates how cloudburst-style downpours and hurricane rain could flood a Vice City-scale district, from one-hour 3–5 inch rain rates to multi-billion-liter tropical-cyclone totals.
GTA Science tests whether a helicopter could really hover between skyscrapers, using Bell 407 geometry, FAA heliport clearances, building turbulence, ground effect and rotor downwash.
GTA Science compares Los Santos nightclubs, police sirens and gunfire, then explains what those noise levels could do to human ears—from temporary ringing to permanent hearing loss.