World's Smallest 5189 Simon Game, Multicolored, Battery Powered, Ages 6+

The World's Smallest Simon Game is a miniature replica of the beloved classic electronic memory game that has entertained players for decades. This compact handheld device challenges your memory and concentration by requiring you to follow and repeat increasingly complex light and sound patterns. Perfect for travel, parties, family game nights, or solo brain-training fun, this battery-powered game brings timeless entertainment to any setting.

Whether you're looking for a portable game to keep in your pocket, a stocking stuffer, a party favor, or a way to boost cognitive skills in an engaging way, this tiny version delivers authentic Simon gameplay in a convenient 2-inch diameter format. It features the iconic four color window buttons and authentic tonal sounds, making it an exact miniature replica of the original game.

Features and Benefits

• 73 Levels of Gameplay: Challenge yourself across up to 73 sequences that increase in speed as you advance, providing engaging difficulty progression for all skill levels.
• Portable Design: At just 2 inches in diameter and weighing only 0.09 pounds, this game fits easily in your pocket, backpack, or purse for entertainment anywhere.
• Brain-Boosting Activity: Improves memory, concentration, and reflexes through interactive color-pattern recall gameplay.
• Authentic Gameplay: Features four color window buttons and authentic tonal sounds that recreate the classic Simon experience in miniature form.
• Battery Powered: Includes 3 LR44 button cell batteries, allowing you to play without cords or cables.
• Fun for All Ages: Recommended for ages 6 and up, making it suitable for children and adults alike.

Specifications

• Brand: World's Smallest
• Model: 5189
• Color: Multicolored
• Size: 2 inches in diameter
• Dimensions: 2.17 x 0.98 x 2.17 inches
• Weight: 0.09 pounds
• Power: Battery powered with 3 LR44 button cell batteries included
• Age Recommendation: 6 and up
• Game Features: Up to 73 color-pattern sequences with increasing speed