The World's First Human Flight Powered by an Electric Wingsuit

✈️The world's first human flight powered by an electric wingsuit is achieved by skydiver Peter Salzman, who developed an all-electric thrust system.

⚡The electric wingsuit uses two carbon fiber electric impellers powered by 50-volt lithium batteries, providing up to five minutes of thrust.

🌬️The electric wingsuit allows for speeds up to 186 mph, three times faster than standard wingsuit divers.

🗻The electric wingsuit enables flights over previously inaccessible areas, such as mountains and peaks.

🚀The electric wingsuit opens up new possibilities for human flight and pushes the boundaries of what is achievable.

How does the electric wingsuit work?

—The electric wingsuit consists of two carbon fiber electric impellers powered by 50-volt lithium batteries. These impellers provide thrust for up to five minutes, propelling the pilot forward.

What is the top speed of the electric wingsuit?

—The electric wingsuit can reach speeds up to 186 mph, three times faster than standard wingsuit divers.

How long can the electric wingsuit provide thrust?

—With its 50-volt lithium batteries, the electric wingsuit can provide thrust for up to five minutes.

Can the electric wingsuit be used to fly over mountains?

—Yes, the electric wingsuit enables flights over previously inaccessible areas, such as mountains and peaks.

What are the potential applications for the electric wingsuit?

—The electric wingsuit opens up new possibilities for human flight, allowing for exploration, extreme sports, and pushing the boundaries of what is achievable.

00:05The world's first human flight powered by an electric wingsuit is about to be witnessed.

00:23Wingsuit flying has gained popularity, but until now, it was limited by the height from which the jump was made.

01:05Skydiver and wingsuit pilot Peter Salzman came up with the idea for a powered wingsuit that could provide additional thrust.

02:35Peter Salzman's electric wingsuit uses two carbon fiber electric impellers powered by 50-volt lithium batteries.

02:54During the first flight, Peter reached a speed of 186 mph, which is three times faster than standard wingsuit divers.

04:02Peter's electric wingsuit opens up new possibilities for human flight, allowing for exploration and pushing the boundaries of what is achievable.

04:41Peter is continuously working on improving the wingsuit, either by making it lighter or by increasing the power of the thrust system.

05:15The world awaits further advancements in the electric wingsuit technology, fueled by the passion and innovation of Peter Salzman.