JANE POYNTER HAS a mesmerizing way of describing what it will be like to be shuttled to the ends of the Earth in the souped-up space balloon being developed by her company, World View.
Oh, and there will be
appetizers and booze. Mustn’t forget about the appetizers and booze.
Today, this vision is
still the stuff of Poynter’s imagination, but recently, that vision moved a lot
closer to reality when World Viewcompleted a flight that took its balloon 100,000
feet in the air, and safely landed it using a parafoil. Though parafoils have been used
by the military to airdrop huge pieces of equipment, this was the first time
one had ever successfully drifted down from 100,000 feet.
World View still has a
long way to go before it can bring actual human beings this high. The test
flight carried only research equipment, but its success suggests World View is
steadily inching its way toward making a balloon ride to space possible.
“This means it works,
which is pretty crucial,” Poynter says, laughing. “That was the big, risky part
of the whole development. We still have some refinements to do on it, but we’ve
at least proven that it’ll work, which is huge.”
The Race to Space
Of course, World View is
far from alone in its mission to bring average people to space. Space tourism
has become the obsession of some of the world’s most accomplished businessmen,
from Elon Musk to Richard Branson. But while these players have spent hundreds
of millions of dollars to build their own spaceships, World View is taking a
comparatively simple — and more affordable — approach. Poynter won’t say
exactly how much the company has poured into developing its space balloon, but
she predicts by the time it’s ready for launch as early as 2016, World View
will have spent less than $100 million on development. That means tickets
aboard a World View balloon—$75,000 each—will also cost less than half as much
as a ticket on one of Virgin Galactic’s flights, she says.
“It’s all about making
space as accessible as possible, so eventually, everyone can go if they so
choose,” Poynter says.
From Biosphere to Balloons
World View is just the
latest venture for Poynter and her husband, Taber MacCallum, who met in the
early `90s as crewmembers in Biosphere 2, an experiment in which a group of
researchers spent two years living inside a glass and steel structure to see
whether they could live off the land within the enclosed dome. After leaving
Biosphere, Poynter and MacCallum launchedParagon
Space Development, a company that creates life support systems for
organizations like NASA, with the eventual hope of supporting manned missions
to Mars.
Last fall, however,
Poynter and MacCallum announced they were stepping down from their role at
Paragon to focus full time on World View, an idea that Poynter says MacCallum
first proposed back in 2011. The pair had spent years talking to astronauts
about their travels to space, Poynter says, and always heard it described as a
life-changing experience. They decided they wanted to recreate that experience
for other people, but the challenge was figuring out how. It wasn’t until
MacCallum suggested using balloon technology, which had traditionally been used
to carry equipment such as weather observation gear to near-space, that Poynter
and MacCallum felt they had an idea that was actually achievable.
“If you’re not getting
into developing a new rocket or designing a spacecraft, it doesn’t require
completely new technology,” Poynter says. “It seemed like an incredibly accessible
way to do it.”
When it’s complete,
World View’s balloon will consist of three parts: a helium balloon, not unlike
the ones NASA has used for years to take payloads to space; a standard parafoil
used by the military that World View has adapted to its own needs; and a
capsule that borrows from existing spacecraft design. “We don’t have to invent
technology,” Poynter says. “We’re just pushing the boundaries of how this
technology is being used.”
All this means World
View may be able to begin shuttling passengers to space sooner, and more
affordably, than other players in this field. According to Poynter, tickets
have already been selling.
In the meantime, World View has begun working with NASA on commercial applications for its technology. Just last weekend, World View completed its first major commercial mission, carrying research equipment built by university students to near space as part of NASA’s Flight Opportunities Program. The goal of this program is to let researchers take advantage of the growing number of commercial flight companies out there. World View’s balloon allows these researchers to test how their technology performs at a fraction of the cost of other types of technology.
In the meantime, World View has begun working with NASA on commercial applications for its technology. Just last weekend, World View completed its first major commercial mission, carrying research equipment built by university students to near space as part of NASA’s Flight Opportunities Program. The goal of this program is to let researchers take advantage of the growing number of commercial flight companies out there. World View’s balloon allows these researchers to test how their technology performs at a fraction of the cost of other types of technology.
“These devices can’t be
tested on the ground, so getting them to those altitudes, above the majority of
the atmosphere, you can see these instruments work in the vacuum of space,”
says Ron Young, program manager for NASA Flight Opportunities. “These balloons
are give us a huge advantage in terms of a gaining cost effective access to
space-like environments.”
And for World View, this
partnership means the company can begin bringing in revenue to fund more
research and development for its space tourism business, which could take
several more years to, quite literally, get off the ground. But when it does,
Poynter says she’ll be first in line for the journey.
“I could give you all
these high concept ideals about why we’re doing this,” Poynter says, “but at
the end of the day, its because I want to go.”
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