ZEPHALTO - La croisière aux portes de l'espace à l'horizon 2024

A BALLOON TOWARDS SPACE

Zephalto takes you into the stratosphere from 2024

A VOYAGE INTO THE STRATOSPHERE

A unique technology

A BALLOON
TO SPACE

Zephalto offers the daring opportunity of measuring oneself against the infinite by taking a balloon trip in the stratosphere in unparalleled luxury. Observe the Earth in all its splendor from 25km up.

Discover the journey of the future

APPLICATIONS

Space Tourism

Observe the curvature of the Earth and dive into the darkness of space at 25 km (85k ft) altitude.

Space Conditions Testing

Lower hourly flight costs, choice of flight profile (altitude, duration, path), safety of expensive equipment, possibility of an onboard operator

Aerial Photography

Excellent definition of images taken at 25 km, possibility of long and repeated observations, security of expensive equipment

Scientific Missions

Protocols and measures carried out by an operator at selected altitudes, lower hourly flight costs

Defense

Safety of equipment, lower hourly flight costs, choice of flight profile, possibility of an onboard operator

CONTACT

OUR COMMITMENTS

1

Designed and manufactured in Occitanie

Established since 2012 in the village of Le Pouget, in the heart of the Hérault region of France, Zephalto is part of a long French aeronautical tradition and an ecosystem of excellent local partners: world specialists in extreme conditions and exceptional creators, for a French-style flight that combines a tradition of refinement and cutting-edge know-how.

2

An environmentally friendly flight

The balloon moves by inserting itself into the different air currents. Driven by the winds, it varies its altitude to choose the right direction with the help of a regulator that runs solely on solar energy.

3

Reusable technologies

Each element of the balloon is designed to be reusable. In a major technological breakthrough, the envelope is not torn at the moment of landing, but emptied of its gas and reused for subsequent flights, thus reducing the cost of access to the stratosphere.