Wix Mad Hatter’s Special Design for Disney’s Magic Kingdom Air Hockey Table by Shark for sale

Description

Step into the whimsical world of Alice in Wonderland with the Wix Mad Hatter’s Special Design for Disney’s Magic Kingdom Air Hockey Table. Built on the renowned 8-foot Shark waterproof model, this exclusive edition was custom-crafted for Disney’s Magic Kingdom, merging exceptional durability with enchanting themed artistry. Designed for both coin-operated and free-play modes, this masterpiece delivers unmatched entertainment with a magical twist.

Intricate Design

This air hockey table captures the eccentric charm of the Mad Hatter’s tea party, featuring vibrant art decals, LED illumination, and a polycarbonate waterproof structure. The combination of playful graphics and glowing light effects creates a captivating experience both indoors and outdoors. Its high-tech software system allows players to upload their own tunes, comments, and signals, enhancing gameplay with personalized magic.

Dimensions

• Length: 95”

• Width: 53”

• Height: 23”

• Weight: 630 lbs

Power Requirements

• Voltage: 120V

• Frequency: 60Hz

• Power: 260W Air Pump

• Mode: Coin-Operated or Free Play

Game Features

• Special Mad Hatter’s Disney Edition – custom artwork designed exclusively for Disney’s Magic Kingdom

• Waterproof and weatherproof construction for indoor/outdoor use year-round

• Built-in drying system that removes humidity for consistent gameplay

• Durable polycarbonate top frame and side barriers withstand extreme conditions, including snow

• 260W air pump ensures smooth, frictionless puck movement

• Upload custom sounds and tunes via integrated high-tech software

• Striking LED lighting system illuminates the entire table for a visual spectacle

The Wix Mad Hatter’s Air Hockey Table isn’t just a game — it’s a collectible celebration of creativity and craftsmanship. Whether featured in an arcade, entertainment venue, or private collection, this one-of-a-kind piece adds a touch of Disney magic and professional performance to any space.