Unbelievable Card Magic: The Incredible Rising Card Trick
This video from The CardMechanic is a tutorial demonstrating a unique and visually striking rising card effect, designed for both online performances and live shows. Inspired by the Broadway show *Wicked*, the creator sought a method to make a card appear to defy gravity, and shares their resulting gaff with the magic community. The video focuses on the construction of the gaff itself, providing a detailed walkthrough of the process. The effect relies on a cleverly constructed gaff – two playing cards joined together with a thin elastic hairband and reinforced with tape and super glue. This creates a system where, when a third card is inserted between the two gaffed cards and pressure is released, the inserted card rises dramatically. The creator emphasizes that while they believe this method is novel, similar concepts may have existed previously. The video provides a clear, step-by-step guide to creating the gaff, detailing the materials needed (two playing cards, a thin elastic hairband, tape, and super glue) and the assembly process. The creator highlights the importance of ensuring the rubber band has sufficient tension and that the cards are tightly joined to allow for a smooth rising action. Performance applications include online presentations, live shows where a spectator selects a card that then magically rises, and creative exploration to develop unique routines. The creator acknowledges that the rubber band may require 'breaking in' and emphasizes careful handling of super glue. Ultimately, the creator believes the rising card effect, when executed well, feels like 'pure magic'.
Tricks mentioned
Key points
The effect is inspired by the Broadway show *Wicked*.
The gaff is constructed from two playing cards, an elastic hairband, tape, and super glue.
The video provides a detailed step-by-step guide to building the gaff.
The gaff can be used for both online and live performances.
The creator encourages viewers to experiment and develop their own routines.
The rubber band may require 'breaking in' to achieve optimal performance.