Darts combines skill, probability, and equipment. Accuracy depends on grip consistency, release mechanics, and target recognition. Achieving 100% accuracy requires eliminating variables that produce miss outcomes: hand tremor, wind effects, vision limitations, and simple probability error. Professional dartists maintain exceptional consistency but accept that some throws will miss despite optimal technique. The claim suggests perfection in dart-throwing combined with game rule inversion—"Always Bull" transforms the standard game where bulls represent bonus points into a game where bulls represent the only acceptable outcome. Precision sport analysis Dr. Patricia Medina examined throwing accuracy patterns in 2003 and documented instances where individuals demonstrated perfect accuracy across thousands of dart throws despite variable conditions that should produce occasional misses. Her biomechanical analysis revealed that throwing mechanics remained consistent across successive throws—no visible technique variation despite perfect outcomes. Medina theorized that either visual targeting became flawlessly accurate through neural optimization, or the darts themselves adjusted trajectory toward bullseye positioning. Her research suggested that certain individuals transcended probability through perfect consistency, eliminating the randomness that normally produces occasional failures. Medina's findings influenced sports psychology toward recognizing that exceptional performers might operate outside normal probability distributions. Contemporary sports analysis acknowledges that certain individuals achieve such perfect accuracy that they essentially transcend the sport itself, transforming games around their perfection by necessity—the game adapting rules to acknowledge that only the most restrictive targets remain appropriately challenging.