JJSporting Goods Multi Launcher, Rev 10P3, Deluxe 80 Cu in T Shirt Launcher

Description

The newest JJ Multi Launcher. the Revision 10 is currently available in four models, with custom parts that were designed from the ground up to become the best launchers out there. 100% custom, with no flimsy 'off the shelf' type parts. It offers unmatched performance, the longest life and ease of use/care/maintenance, as well as the lowest total cost per launch, of any launcher- from any manufacturer. The polished barrel and the magnum launch valve are unbreakable aluminum, and safety features include a shatterproof, A.S.M.E & C.E. certified, polished stainless steel pressure chamber. It can be used with T-shirts, tennis balls, foam stress balls, dog toys, confetti, streamers and more. Perfect for cheerleading, events, rallies, shows, and concerts. Unlike most other launchers, only ours are low pressure, (under 150 PSI) and can use air from any source like a tire pump, mini compressor, shop compressors, portable air tanks or CO2 bike tire inflators. Paintball CO2 or HPA can also be used with a coiled remote. No matter how you fill them, while they (like all air fill launchers, even those costing as much as $1,999), are all only one launch per fill, they can be refilled in just a few seconds from any air source with a tire chuck, and refilled 1,000's of times. The range is quickly adjustable, and it can launch 'youth' tennis balls out to 250 feet, and T shirts out to 175-200 feet, similar to units costing hundreds of dollars more. Our launchers are built in compliance with most event and venue insurance regulations where PVC, Acrylic, or other friable plastic pressure holding components are prohibited. Our launchers can used indoors or outdoors, with no flame, sparks, odors or fumes. Outdoors, the t-shirts are tightly rolled, and taped, while in an indoor setting, loosely rolled shirts allow the shirts to unroll, and fall gently. One launch per air charge! Using an optional CO2 remote with an on/off valve delivers at least one launch from each ounce of CO2.