Zapata’s Flyboard Air™ is the next generation of personal aviation with the smallest and lightest engines, and redundancy system ever built, meaning should one engine fail, the Zapata™ platform will still operated safely. This is the highest aviation safety standard achieved only by the safest of aircrafts. With Zapata’s™ proprietary balance methodology, algorithms, and patented designs, the Flyboard Air™ is superbly stable in the air and can reach speeds of over 100 mph, allowing the user to fly with exceptional confidence.
Using the same technology applied with the Flyboard Air™, the Jet Bike™ will offer potential applications within the military, medical, and recreation sectors. Using Zapata’s™ proprietary balance methodology, algorithms, and patented design, our redundant systems will make the Jet Bike safer than a helicopter with more universal applications in various fields.
Using the same technology that powers the Zapata’s™ Flyboard Air™, the Air Stretcher™ will offer unparalleled access for emergency applications to be used in military, medical, ski resort, and remote workspace removal. Using Zapata’s™ proprietary balance methodology, algorithms, and patented designs, the Air Stretcher™ will offer injured occupants the ability to remotely, and safely be removed from dangerous situations, and offer life-saving equipment within the Air Stretcher™.
Using Zapata’s™ proprietary balance methodology, algorithms, patented designs and remote wireless capabilities, the Air Cargo™ platform has multiple uses in remote site drop-off and supply: such as war-torn areas where fast access to supplies can mean the difference between life or death. Without a physical operator, the Air Cargo™ system mitigates the risk to more lives by allowing the system to do the work of a traditional crew where access to a remote location with a faster response time is greater than traditionally allowed.
Saving time, money, and additional resources typically needed for commercial maintenance, the Zapata™ Air Platform™ will allow industrial crews the ability to reach inaccessible, dangerous, and remote locations. Some examples of the demanding applications for the Air Platform™ include: wind turbines, offshore oil rigs, bridges, and remote buildings. With Zapata’s™ proprietary balance methodology, algorithms, and patented designs, the Air Platform™ would allow operators to focus on the maintenance in question without worrying about operating the craft.