Made in Colorado: Aerospace/space/satellites
DigitalGlobe satellites and imagery
“This is still an industry that’s in its infancy,” says DigitalGlobe CEO Jeff Tarr. “A few years back, satellite imagery was a new concept. Now it’s seen every day by millions of people.”
And most of those images come via Longmont’s DigitalGlobe, founded in 1993 and launching three satellites (built in conjunction with Ball Aerospace and other contractors) in the time since. With almost 700 employees in Colorado, the company’s images have been indelibly etched on the public’s collective mind in the form of photographs of carnage in Syria and fallout in Fukushima, Japan, Tarr says, delivered everywhere from Google Earth to the nightly news.
The U.S. government remains DigitalGlobe’s top customer, representing about 60 percent of the company’s sales, but that number is steadily dropping as customers emerge all over the planet.
“Our imagery is making a huge difference,” Tarr says. “It’s used by first responders, men and women in uniform, and by intelligence agencies. It helps keep the world safe.”
DigitalGlobe is currently in the midst of building another satellite, WorldView-3, slated for launch in 2014.
Made by Altius Space Machines
How can we get more things into space? Large rockets fill up quickly and are prohibitively expensive, but NASA and other powers that be are not too keen on having small rockets buzz the $150 billion International Space Station.
Jonathan Goff founded Altius Space Machines in 2010 to solve the problem. The answer is the Sticky Boom, dubbed a “mechanical tractor beam” by Bill Bolton, Altius’ director of business development and marketing. The Sticky Boom uses electrostatic adhesion to grip its targets. Bolton likens the technology to a gecko running up a wall.
“On the bottom of their feet, they have hairs. And those hairs have hairs. And those hairs have hairs.” Applying this concept, the Sticky Boom could grab everything from satellites to asteroids at a far greater range (300 feet vs. six feet) than legacy docking technology. Bolton says it might make its debut in space as soon as next year.
Bolton says the Defense Advanced Research Projects Agency wants to use the Sticky Boom “to literally fly up to a dead communications satellite and cut off its antennas and repurpose them on a new satellite, and kind of a Franken-satellite.”
ZAP Lunar Simulant
Made by Zybek Advanced Products Inc.
Mike Weinstein, founder, president, and jack-of-all-trades at Zybek Advanced Products, didn’t set out to replicate moon dust — he just wanted to help Denver’s Johns Manville make better fiberglass. Then NASA came knocking on Weinstein’s door about five years ago looking for a way to make “lunar simulant” to test on anything the agency might send to the Moon.
“The Moon is actually one-third glass,” Weinstein says. “Micrometeorites constantly pelt the surface, mixing it up and melting it.”
To mimic this chaotic process, Zybek’s industrial plasma system focuses a megawatt of electricity to melt sand and other minerals at temperatures above 5,000 degrees Fahrenheit. The result is lunar simulant Zybek sells for $7,000 to $80,000 a ton to NASA as well as other space-oriented entities like the University of Colorado, Lockheed Martin and Ball Aerospace.
Weinstein has an interesting culinary metaphor for making faux moon dust: “It’s like baking a cake,” he says. Business plans are a bit less predictable, Weinstein adds, noting he has entered the sports testing and measurement as an odd complement to his primary business. “There is no way I could have planned this.”
Deep Impact spacecraft
Ball Aerospace, Boulder
GPS III satellites
Lockheed Martin, Waterton Canyon and other locations
Atlas and Delta
EchoStar satellite fleet
EchoStar Corp., Littleton
Next Giant Leap, Boulder
Next generation refrigerants
ACTA Technology, Boulder
Hybrid propulsion systems
TIGON EnerTec, Boulder
Space Situational Awareness systems
Machined components for space and aerospace
Primus Metals, Lakewood