World View and Ball Aerospace to Jointly Explore Stratollite Platform for Remote Sensing Applications
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Broomfield, CO – June 2, 2016 – World View, pioneers of the stratosphere, are collaborating
with Ball Aerospace to explore World View’s Stratollite platform for remote sensing applications.
Ball Aerospace and World View are working together to explore the feasibility of a commercial
capability to perform persistent remote sensing from the Stratollite platform. The collaboration
will culminate with World View performing a long-duration, persistent Stratollite flight to
demonstrate remote sensing capabilities for commercial applications.
World View recently introduced a new category of above-earth vehicles called Stratollites, which
are high-tech balloons that offer long-duration, persistent flight above specific geographical
areas of interest. Stratollites, as the names suggests, operate in the stratosphere and can
directionally navigate and even loiter above specific areas of interest for long periods of time
(days, weeks, and eventually months on end.) Stratollites utilize a proprietary method of
altitude-control to channel directional wind patterns at various altitudes.
Stratollites enable a wide range of long-duration flight services, including loitering above a
specific geographical area of interest, Waypoint Navigation (following a pre-determined
navigational flight plan), and even complete circumnavigation of the globe. Similar to a
geostationary satellite, Stratollites will offer persistent, long-duration flight capabilities, but at a
fraction of the cost of traditional satellite and UAV-based methods. This allows for more
sustained measurements and monitoring capabilities over a targeted geographical area.
Stratollites can carry a wide variety of sensors and payloads that can sample across the
electromagnetic spectrum or enable communications solutions. And unlike other technologies
that require ideal conditions for launch, Stratollites can launch rapidly on demand, and safely
return payloads back to earth after mission completion.
“We’re thrilled to work alongside a partner with such an innovative history in spaceflight and
exploration,” said Jane Poynter, CEO of World View. “This collaboration with Ball Aerospace will
open new realms of scientific opportunity and will ultimately serve to demonstrate the
commercial viability of our Stratollites for persistent remote sensing applications.”
“Ball is excited to be working with World View to explore the use of their platform for remote
sensing, and the potential to open up new markets for both companies,” said Debra Facktor
Lepore, VP/GM of Strategic Operations at Ball Aerospace.
About World View® Enterprises, Inc.
World View is pioneering a new era of discovery at the edge of space, offering an affordable
and versatile flight platform for enterprise and government applications. World View is a top, fullservice
high-altitude balloon service flight provider. World View’s advanced flight system allows
for long-duration persistent flights over specific geographical areas of interest. Available today
for commercial flights of unmanned payloads only, and currently taking reservations for humantended
flights, World View is leading the way in the emerging stratospheric economy and
creating unprecedented access to the near-space environment. To learn more about World
View’s high-altitude Stratollites, please visit http://worldview.space
About Ball Aerospace
Ball Aerospace & Technologies Corp. supports critical missions for national agencies such as
the Department of Defense, NASA, NOAA and other U.S. government and commercial entities.
The company develops and manufactures spacecraft, advanced instruments and sensors,
components, data exploitation systems and RF solutions for strategic, tactical and scientific
applications. Ball continues to invest and innovate in affordable, high resolution imaging
systems, contributing to the needs of civil, military and commercial customers. For more
information, visit http://www.ballaerospace.com/.
Andrew F. Antonio
World View Media Relations