A team of amateur rocketeers has launched a small unmanned vehicle into the stratosphere in pursuit of a $10,000 prize offered by computer game developer turned space entrepreneur John Carmack.
The rocket launched by Team Qu8k (pronounced “quake”) reached well above the required 100,000 feet (30,480 meters) Sept. 30, team members say. The team managed to recover its craft essentially intact, as stipulated in the guidelines of Carmack’s “100kft Micro Prize.” A GPS system glitch was the only malfunction.
Carmack, who leads the Texas-based private spaceflight company Armadillo Aerospace, is a co-founder of id Software, the computer game company behind the popular “Doom” and “Quake” titles. He and other contributors are offering a total of $10,000 to the first team to launch a small rocket to the required altitude, have it descend back to Earth on a parachute and then be recovered.
The Qu8k rocket’s GPS systems failed to register a reading confirming the rocket’s altitude. But accelerometer data and other measurements provide ample proof, according to the rocketeers, so they still hope to claim the prize.
“We’re confident that we broke 100,000 feet, so I’m going to put it back to him [Carmack],” team leader Derek Dee Deville said. “We have, I think, clear evidence, and maybe they’ll let it fly.”
Carmack announced the prize in February. In addition to the altitude and recovery requirements, competitors must also write a high-quality report about the launch and make video of it available.
“The prize is meant as a sponsorship of a nice public report on a rocket launch,” Armadillo officials wrote on the company’s website. “There is also an implied goal of reducing the frequency of claims that launching a rocket to 100,000 [feet] is easy.”
Carmack offered $5,000 to the first individual or team to meet the prize’s requirements. Other contributors ponied up an additional $5,000, bringing the purse to an even $10,000.
But Florida-based Team Qu8k is not in it for the money. The rocket and its launch cost well in excess of the prize, team members said.
“It’s more of a passion than anything else,” Deville said.
Though his day job involves designing medical devices, Deville has a long track record in rocketry.
For example, he built the motors for the Civilian Space Exploration Team’s GoFast rocket, which in 2004 reached an altitude of 116 kilometers — well above the 100-kilometer boundary delimiting outer space.
Deville said he learned about Carmack’s challenge over the Fourth of July weekend and decided to give it a go. By early August, Team Qu8k was bending metal, and by Sept. 30 the 8-meter-tall rocket was sitting in Nevada’s Black Rock Desert, ready to fly.
The launch went well, team members said. The rocket made it up to 36,881 meters, descended gently via parachute and landed less than 5 kilometers from the launch site, they added. However, Qu8k’s GPS systems did not perform as hoped, failing to lock on and register a firm altitude reading at the top of the rocket’s flight.
“We’re thinking that the current market GPS can’t handle the 15 G’s, and they can’t acquire fast enough,” said team member Greg Mayback, an engineer and patent attorney whose law firm is Qu8k’s chief sponsor.
The team is confident in its altitude figure, which it says is based on knowledge of the rocket’s flight time and readings from the accelerometer.
“I think the intention of the prize, when he started the prize, was to show how difficult it was to get to 100,000 [feet] and back and have recovery,” Deville said. “I don’t think the intention was to show that it’s hard to get GPS data there. He was just referencing GPS as the gold standard of altitude measurement.”
Deville and Mayback stressed that they are not trying to influence Carmack in any way; they recognize that it is his call and will accept what he decides.
And whether they win the prize or not, Team Qu8k members say they are going to keep on building and launching rockets.
Deville, for example, wants to reach outer space again. And unlike the GoFast vehicle — which was built to get to space, not document the journey — the next rocket launched might take along cameras.
“It’d be nice to take the HD video setup that we have now, and maybe put some really nice high-resolution still cameras in there, and get them up high, get some shots,” Deville said.
