Clearance Sale | The Inversion Holder by David Penn & TCC Magic
Regular price
$24.90
Sale price
$29.90
Blackpool Release by David Penn & TCC Magic!
Shipped in 24 Hours!
Don't miss the other two Blackpool releases from David Penn:
- Mystery Solved 2.0: A smaller and more portable version of the transparent switching box for playing cards and billets.
- Magnetic 8 Ball: Perform the visually stunning eight ball production easily and silky smooth.
Let's watch David Penn talk about it:
Producing a piece of fruit is considered one of the best ways to end a stand-up Cups and Balls routine. However, carrying the fruit in a jacket pocket can be bulky and obvious, especially for magicians who wear slim-fit suits.
Here comes the Inversion Holder - a hidden weapon designed by David Penn, a seasoned expert in performing the Cups and Balls routines in a strolling environment. Ergonomically designed to correspond to the human waistline, it perfectly conceals the fruit or final loads behind your back, remaining completely invisible when worn.
Constructed from high-tensile steel, the Inversion Holder is a stable, durable, and long-lasting accessory. The steel undergoes professional fabrication, bending, hand-welding, grinding, and painting, providing a secure grip on the fruit during performances.
It can be rotated to adjust to different angles and is convenient for both left- and right-handed. Multiple holders can be used together, and it comes with rubber bands to secure fruit or final load of various sizes.
The Inversion Holder allows you to achieve a natural and smooth motion when retrieving the fruit or final loads, making it an ideal solution for magicians, especially those who wear slim-fit suits. It eliminates the bulk typically associated with carrying fruit in a pocket and provides a seamless performance.
Features
- Stable, durable, and Long-lasting
- Ergonomically designed to fit the human waistline
- Enables a natural and smooth movement
What's Included
- The Inversion Holder
- Rubber Bands for securing fruit or final load of various sizes
- Online Tutorial by David Penn
QUESTIONS & ANSWERS
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