Paul described the last year as an "unreasonably lazy" one. He didn't build any new vehicles, but he did take technology steps towards his goals. These steps involve three projects: small printed motor experiments, a 100 gram GPS IMU for a Nanosatellite launcher, and composite tanks technology. Paul compared the GPS IMU to the heavier Northop Grumman Lunar Lander Challenge version, which he showed in his hands. These 3 steps are all intended to be combined into a microlauncher.
Paul showed his first 3D printed motor attempt, and explained the process for making it. Then he showed his second attempt. This presentation was full of hardware components, so he was showing the real metal. For his third attempt, he used discrete metal laser sintering. This is a more expensive technique - on the order of jumping from $350 to $5,000. He showed the results. He was able to get some firings out of this attempt. His goal is to have it run for 10 minutes without touching it, then to wait 2 weeks, and finally to get another 10 minute run without touching it. He got the first part of that sequence, but not the repeat. He is trying again this upcoming weekend for the second attempt. Finally, Paul showed is fourth printed motor, which was made using a different company. This one is aluminum compared to stainless steel for the others.
The next discussion was on the small GPS-integrated IMU. He built a high power rocket to test the IMU. Paul showed the rocket. Some lower-cost products don't work well with rocket vibrations. None of the numerous GPSs that he tested (and he showed a bunch of GPS hardware) would keep lock during 6G acceleration. As a result, he is GPS-less. Now he is building one. He will be open about all of the hardware. He's not sure how open he will be able to be for the software. He showed the chips he's combining with his Netburner product.
The last discussion was on tank development. He partnered with Microcosm to develop peroxide compatible tanks. The first tank may be ready by May. Unreasonable can build with the tanks, and Microcosm can sell them.
In the future, he plans to combine these 3 projects into a vehicle. He's looking at the NASA Nanosatellite Launch Challenge.
There was some talk at the end about the need for a volunteer to take videos at the FAR, since he's busy with other work when he goes there.
Showing posts with label Space Access '11. Show all posts
Showing posts with label Space Access '11. Show all posts
Sunday, April 10, 2011
Saturday, April 09, 2011
Space Access '11: Armadillo Aerospace - Russ Blink and Ben Brockert
Since the last conference, Armadillo has been flying the Mod vehicle and designing an aeroshell. They will need to fly the Mod for their CRuSR contract. They showed a video of a similar flight to what they'd need for CRuSR. They did more work with the Rocket Racing League. The RRL did 2 flights at a time. Armadillo left us in suspense about something brewing at the RRL. The RRL ran their engines 1,000 times. These runs were full flight profiles, not just starts and stops. Ben joked "You know you're doing a lot of rocket testing when it gets annoying."
Armadillo is working with NASA's Project M. They needed a prototype for a system to take Robonaut to the lunar surface. JSC folks worked with them to build a vehicle. The vehicle is at jSC now. They hope to fly around May. It was a good collaboration, with learning in both directions. They showed several videos of engine tests with new engines, some for their use, and some for NASA's use. They showed a scaled-down model of the tube rocket. This one can be held in a hand. The full scale one is 29 feet long.
They showed videos of a burst test.
The NASA work took a long time. Eventually they were able to start work on vehicle altitude and speed. That's what the tube rocket is for. It's not the final configuration. Crashing the tube rocket is like crashing a sports car (I assume they meant in terms of cost).
They showed a video of a parachute drop from an airplane. They also showed video of tube rocket Stig hovering. One test even had them pull on the hovering rocket to give a disturbing force to the rocket. They also showed a launch stand that Ben designed.
Stig is in New Mexico, waiting for some Spaceport America and White Sands Missile Range paperwork. The are working through a new type of operation at the spaceport. It's a learning process for everyone to get comfortable. They are planning on a 100,000 foot flight.
Armadillo is working with NASA's Project M. They needed a prototype for a system to take Robonaut to the lunar surface. JSC folks worked with them to build a vehicle. The vehicle is at jSC now. They hope to fly around May. It was a good collaboration, with learning in both directions. They showed several videos of engine tests with new engines, some for their use, and some for NASA's use. They showed a scaled-down model of the tube rocket. This one can be held in a hand. The full scale one is 29 feet long.
They showed videos of a burst test.
The NASA work took a long time. Eventually they were able to start work on vehicle altitude and speed. That's what the tube rocket is for. It's not the final configuration. Crashing the tube rocket is like crashing a sports car (I assume they meant in terms of cost).
They showed a video of a parachute drop from an airplane. They also showed video of tube rocket Stig hovering. One test even had them pull on the hovering rocket to give a disturbing force to the rocket. They also showed a launch stand that Ben designed.
Stig is in New Mexico, waiting for some Spaceport America and White Sands Missile Range paperwork. The are working through a new type of operation at the spaceport. It's a learning process for everyone to get comfortable. They are planning on a 100,000 foot flight.
Space Access '11: SpeedUp - Bob Steinke
Bob does his work at the Frontier Astronautics silo. Frontier Astronautics had a presentation right before this one, so you can find more information about them by checking other sites covering this conference. He's working on hybrid engine, the Laramie Rose Lunar Lander Challenge vehicle, and a new product.
The hybrid engine is intended to be a simple, highly reliable upper stage engine. He did static fires, design of a subscale motor, and some design work on full scale motor. Bob talked about a test where a hydrogen peroxide failure happened.
Next Bob discussed the Laramie Rose, which was for the Lunar Lander Challenge. That competition is over, but Bob still wants to fly the Laramie Rose. Lots of the hardware work is done. On March 27, he did a plugs-out static fire. He thinks the hardware could fly, but the software isn't ready. He expects to do tether testing this summer. He got an FAA/AST class 2 amateur flight authorization last week. The neighbor at Frontier has an airport which complicates the process. He's now familiar with the FAA process, so later rounds should go smoother. He's looking at doing a ~10 second hover.
He's working with Osa Fitch of Luna City Enterprises and Joe Lee of Open Source Launch Vehicle. Both are presenting at the conference. See other sites covering the conference for more details on them.
Bob gave a detailed presentation on a new product, a "Non-Pyro Valve Actuator".
The hybrid engine is intended to be a simple, highly reliable upper stage engine. He did static fires, design of a subscale motor, and some design work on full scale motor. Bob talked about a test where a hydrogen peroxide failure happened.
Next Bob discussed the Laramie Rose, which was for the Lunar Lander Challenge. That competition is over, but Bob still wants to fly the Laramie Rose. Lots of the hardware work is done. On March 27, he did a plugs-out static fire. He thinks the hardware could fly, but the software isn't ready. He expects to do tether testing this summer. He got an FAA/AST class 2 amateur flight authorization last week. The neighbor at Frontier has an airport which complicates the process. He's now familiar with the FAA process, so later rounds should go smoother. He's looking at doing a ~10 second hover.
He's working with Osa Fitch of Luna City Enterprises and Joe Lee of Open Source Launch Vehicle. Both are presenting at the conference. See other sites covering the conference for more details on them.
Bob gave a detailed presentation on a new product, a "Non-Pyro Valve Actuator".
Space Access '11: Masten Space Systems - Dave Masten
In the past year, Masten Space has been building their team, focusing more on the business side, but still making substantial technology achievements. They have 4 new engineers, and 3 new business people.
On the technology side, they did the first VTVL relight, worked on the CRuSR conract, won a plume impingement SBIR where they can use Mars or lunar simulant to study landers and effects on regolith, worked on thei Scimitar engine, and flew Xaero which is capable of 30 km flight. On the business side, since they are working on contracts, they have a strong customer focus. They also got a Letter of Intent with Space Florida.
Dave gave some technical details on the Scimitar engine.
For CRuSR, they plan a 5 km flight in the 2nd quarter of 2011.
Their 2011 technology focus is on a rigid control system, getting Xaero to 30 km, put Scimitar on the vehicle, do Katana engine tests (Katana is a new engine), Xogdar build out, and customer projects.
They plan to continue developing their customer focus, increase sales and growth, make their back office smooth, and expand their investors.
Q: Why Florida?
A: There is an experienced work force that will be available with Shuttle retirement. Also, there are problems with places where they can fly. Mojave is just for research and development flights. Spaceport America in New Mexico has difficult scheduling problems with White Sands Missile Range. Florida is the most airspace-friendly. Also, Florida is giving business incentives.
Q: What's the timeline for the 30 km flight, and is there a backup plan in case of a crash?
A: Ideally they would have the flight by September for the end of the fiscal year. If there was a crash, they could rebuild with spare parts.
On the technology side, they did the first VTVL relight, worked on the CRuSR conract, won a plume impingement SBIR where they can use Mars or lunar simulant to study landers and effects on regolith, worked on thei Scimitar engine, and flew Xaero which is capable of 30 km flight. On the business side, since they are working on contracts, they have a strong customer focus. They also got a Letter of Intent with Space Florida.
Dave gave some technical details on the Scimitar engine.
For CRuSR, they plan a 5 km flight in the 2nd quarter of 2011.
Their 2011 technology focus is on a rigid control system, getting Xaero to 30 km, put Scimitar on the vehicle, do Katana engine tests (Katana is a new engine), Xogdar build out, and customer projects.
They plan to continue developing their customer focus, increase sales and growth, make their back office smooth, and expand their investors.
Q: Why Florida?
A: There is an experienced work force that will be available with Shuttle retirement. Also, there are problems with places where they can fly. Mojave is just for research and development flights. Spaceport America in New Mexico has difficult scheduling problems with White Sands Missile Range. Florida is the most airspace-friendly. Also, Florida is giving business incentives.
Q: What's the timeline for the 30 km flight, and is there a backup plan in case of a crash?
A: Ideally they would have the flight by September for the end of the fiscal year. If there was a crash, they could rebuild with spare parts.
Space Access '11: NASA Ames Space Portal - Bruce Pittman
This talk covered a wide variety of topics; I'll concentrate on those related to prizes.
The Space Portal is interested in the Google Lunar X PRIZE. NASA awarded ILDDs for lunar data purchases. The total value is $30.1M; and some of the money can be earned through work on Earth towards the lunar data demonstrations.
They are also developing a Lunar Orphan Flight Test (LOFT) list of lunar science and engineering instruments that NASA developed but never flew. Their goal is to "loan" these instruments to people that can use them on the Moon. There would be no requirement to return the "loaned" equipment, of course. This is still an idea in development. They are also doing other work related to the Moon.
Bruce also discussed the Regolith Excavation Challenge sandpit. The sandbox now has internet controlled rovers, and is used for education.
Q: The ILDD data purchases have gone to Google Lunar X PRIZE teams, and a specific to the Moon. Are any other data purchases planned?
A: They are exploring the idea, perhaps for NEOs.
The Space Portal is interested in the Google Lunar X PRIZE. NASA awarded ILDDs for lunar data purchases. The total value is $30.1M; and some of the money can be earned through work on Earth towards the lunar data demonstrations.
They are also developing a Lunar Orphan Flight Test (LOFT) list of lunar science and engineering instruments that NASA developed but never flew. Their goal is to "loan" these instruments to people that can use them on the Moon. There would be no requirement to return the "loaned" equipment, of course. This is still an idea in development. They are also doing other work related to the Moon.
Bruce also discussed the Regolith Excavation Challenge sandpit. The sandbox now has internet controlled rovers, and is used for education.
Q: The ILDD data purchases have gone to Google Lunar X PRIZE teams, and a specific to the Moon. Are any other data purchases planned?
A: They are exploring the idea, perhaps for NEOs.
Space Access '11: Kansas City Space Pirates - Frank Smith
KCSP have been involved with the NASA Power Beaming Challenge, FIRST, educational outreach, tether experiments, spacecraft design, and developing a new business.
Frank showed a video of the KCSP tether climber.
LaserMotive won some of the $2M Power Beaming Challenge, but $1.1M remains. However, only LaserMotive is able to compete this time in the climber challenge. Spaceward is looking into changing the challenge (Editor's note: I assume this is in the interest of having multiple competitors in the challenge ... but I'm not sure what LaserMotive thinks of the idea). One idea for competition is to beam power to a rover, with the rover able to drive round at least 50m, do a turn, and rove another 50m. The score would be based on the efficiency of beaming multiplied by the distance. This idea has not been approved. It's a preliminary proposal by The Spaceward Foundation.
KCSP are working on a tether experiment It involves a smallsat (under 1 kg), a gravity gradient boom, and unspooling a tether as much as possible.
They have a new business, "Ashes to Orbit". They put 1 ounce of ashes into a polar orbit, the ashes disperse into a cloud, they come back to Earth in 1-2 weeks, and spread over the Earth. They're designing the capsule, and the launch provider has not been announced yet.
Their name is based on the mascot of a university they've worked with.
Frank showed a video of the KCSP tether climber.
LaserMotive won some of the $2M Power Beaming Challenge, but $1.1M remains. However, only LaserMotive is able to compete this time in the climber challenge. Spaceward is looking into changing the challenge (Editor's note: I assume this is in the interest of having multiple competitors in the challenge ... but I'm not sure what LaserMotive thinks of the idea). One idea for competition is to beam power to a rover, with the rover able to drive round at least 50m, do a turn, and rove another 50m. The score would be based on the efficiency of beaming multiplied by the distance. This idea has not been approved. It's a preliminary proposal by The Spaceward Foundation.
KCSP are working on a tether experiment It involves a smallsat (under 1 kg), a gravity gradient boom, and unspooling a tether as much as possible.
They have a new business, "Ashes to Orbit". They put 1 ounce of ashes into a polar orbit, the ashes disperse into a cloud, they come back to Earth in 1-2 weeks, and spread over the Earth. They're designing the capsule, and the launch provider has not been announced yet.
Their name is based on the mascot of a university they've worked with.
Space Access '11: Altius Space Machines - Jon Goff
This talk didn't involve space prizes, but I'm covering it because of Jon's past involvement with the Northrop Grumman Lunar Lander Challenge and possible interest in the Nanosatellite Launcher Challenge. I will probably cover some other presentations for similar reasons. It's likely that I'll cover Northrop Grumman Lunar Lander competitors in general.
This is the first time that Jon has pitched his company in front of a big audience.
Jon was part of the original Masten Space Systems team, he's the author of the Selenian Boondocks web site, and he's interested in propellant depots. Last July, he left Masten Space Systems, and started Altius Space Machines in Louisville, CO. Ian Garcia from MSS is also at ASM. His hunch is that many key space technologies can be profitably developed today. You can attack the problem of affordable space access from both sides and the middle. His plan is to bootstrap using contract engineering in the style of XCOR with longer-term goals in mind during the contracts.
The first ASM product is a rendezvous and docking technology. RLV markets are difficult. An RLV needs about 50 flights per year to be worth doing. Robust operations require 2-3 vehicles per vehicle builder. A robust industry requires 2-3 builders. All of that implies hundreds of flights per year are needed for a robust RLV industry. Rendezvous and docking events are a bottleneck at those levels of flights. To help solve that problem, ASM is working on a "tractor beam": an electrostatic sticky boom.
The boom is capable of rendezvous with a non-cooperative target. Electrostatically adhering to surfaces works better in a vacuum. They filed a provisional patent with SRI for the sticky boom. It can grab objects of any material, size, and shape. A long boom allows distant capture to reduce collision risk. It simplifies rendezvous. It also lowers the risk of plume impingement. Jon gave an analogy to ropes and a dock when bringing in a boat, or fighter plane refueling with a boom. The boat and plane don't crash into the dock or refueling tanker.
There are many potential applications of the boom. It can be used for Mars Sample Return, despinning objects, grabbing NEO samples, grabbing lost EVA tools, space debris cleanup, and satellite servicing. Eventually depot rendezvous and docking could use the boom. More frequent deliveries could be made to and from the ISS.
The status is that they won their SBIR proposal, they made a proof of concept, and they presented at the D.C. technology day. They sent in a Zero-G flight proposal.
Jon did a demo of the boom, which was clearly popular with the audience.
Their roadmap includes Zero-G tests, suborbital/ISS/rideshare tests, and eventually actual missions using the boom. The business goals include technology demonstrations, satellite servicing, space science missions and developing a team.
This is the first time that Jon has pitched his company in front of a big audience.
Jon was part of the original Masten Space Systems team, he's the author of the Selenian Boondocks web site, and he's interested in propellant depots. Last July, he left Masten Space Systems, and started Altius Space Machines in Louisville, CO. Ian Garcia from MSS is also at ASM. His hunch is that many key space technologies can be profitably developed today. You can attack the problem of affordable space access from both sides and the middle. His plan is to bootstrap using contract engineering in the style of XCOR with longer-term goals in mind during the contracts.
The first ASM product is a rendezvous and docking technology. RLV markets are difficult. An RLV needs about 50 flights per year to be worth doing. Robust operations require 2-3 vehicles per vehicle builder. A robust industry requires 2-3 builders. All of that implies hundreds of flights per year are needed for a robust RLV industry. Rendezvous and docking events are a bottleneck at those levels of flights. To help solve that problem, ASM is working on a "tractor beam": an electrostatic sticky boom.
The boom is capable of rendezvous with a non-cooperative target. Electrostatically adhering to surfaces works better in a vacuum. They filed a provisional patent with SRI for the sticky boom. It can grab objects of any material, size, and shape. A long boom allows distant capture to reduce collision risk. It simplifies rendezvous. It also lowers the risk of plume impingement. Jon gave an analogy to ropes and a dock when bringing in a boat, or fighter plane refueling with a boom. The boat and plane don't crash into the dock or refueling tanker.
There are many potential applications of the boom. It can be used for Mars Sample Return, despinning objects, grabbing NEO samples, grabbing lost EVA tools, space debris cleanup, and satellite servicing. Eventually depot rendezvous and docking could use the boom. More frequent deliveries could be made to and from the ISS.
The status is that they won their SBIR proposal, they made a proof of concept, and they presented at the D.C. technology day. They sent in a Zero-G flight proposal.
Jon did a demo of the boom, which was clearly popular with the audience.
Their roadmap includes Zero-G tests, suborbital/ISS/rideshare tests, and eventually actual missions using the boom. The business goals include technology demonstrations, satellite servicing, space science missions and developing a team.
Space Access '11: A Prize Snippet Roundup
This post covers a number of talks during Space Access '11 where the main topic was not a space prize or a prize team, but where space prizes were discussed briefly. In these cases, I concentrated on the short prize discussions. You can get more information about the rest of such talks from other sites covering the conference. For example, see the posts at RLV News and the collection of links there.
Please note that I have a lot of trouble hearing in big rooms with echoes and buzzing machinery, so it's quite possible that I've mis-heard some items here and there.
Students for the Exploration and Development of Space - Sara Meschberger
There was an overview of the High Power Rocketry Prize and a new video competition, the We Are Space competition. This is being run with help from the Space Frontier Foundation and Spacevidcast.com. The first prize is $1,000.
There were some pictures of SEDS members now in industry. On the prize side, I didn't see names, but I think Ben Brockert and Will Pomerantz were included.
Q: Could SEDS run something like a FIRST cometition, but with a space focus?
A: They have some local chapter competitions like that. Send in your ideas.
NASA Technology Roadmaps and the Shape of Future NASA - James Reuther
Q: Paul Breed asked about the Nanosatellite Launch Challenge. When will the Allied Organization be selected, will the rules be made, etc? Inquiring minds want to know.
A: This was an "I'll get back to you on that one". However, I include the question because it shows that there is some interest ...
Microlaunchers - Charles Pooley
Microlaunchers is relocating to Las Vegas because of a better business environment that he experienced in California.
He was doing N Prize work. He's also interested in the Nanosatellite Launch Challenge. He thinks it will help to attract participants and sponsors. We're in the mainframe era of space. He wants to make launch costs go down by a factor of 1000. This would make space accessible. He's looking into missions to NEOs with tiny spacecraft. There would be small telescopes to the ground to get data from the craft.
He showed several generations of launchers. The first generation could be an entry in the Nanosatellite Launch Challenge. He presented a chart with comparisons of 4 generations of launchers. The 4th generation is 1/2 the size of the Falcon 1.
Garvey Space - John Garvey
He's working on a Nanosatellite launcher. NASA's Nanosatellite Launch Challenge might help. There are some potential issues with the rules for this challenge, though. They need some direction on IRAD funding. What about reuse of hardware? What if the hardware was developed on a government contract? This would impact Garvey Space since they do this type of work.
He wants to avoid getting into a competition with a government project. For example, he views the Lunar Lander Challenge and NASA MSFC work on lunar landers as being in competition, and doesn't want to be in that situation.
His estimate is that the launcher could be done in 2-4 years, for $10-20M. It might be less, or on the lower side, if less robustness is needed. There's really a wide range of possible costs, but it's not anything like as low as $1M or as high as $100M.
FAA - Mike Kelly
Q: Paul Breed asked for FAA direction on Nanosatellite launchers. He doesn't want a Delta IV sized pile of paperwork. At any rate he wants an example of filling out the forms, like he had before (I assume for the Northrop Grumman Lunar Lander Challenge licensing) and more direction from the FAA.
A: It doesn't make sense to have the same size of dilligence for something like CRUSR and a Delta IV launch. They had a CRUSR workshop on licensing. A payload review is required and could take 180 days. They need to streamline the licensing process to reflect the level of hazard.
Q: John Garvey had a question on the FAA Launch prize.
A: The 2012 budget proposal includes a prize for a semi-reusable orbital prize. Originally it was for $15M, but that amount was cut back. (Editor's note: I believe it was for $5M by the time the budget proposal was released. Also, I don't recall hearing the details about "orbital" and "semi-reusable" before, so that might be new information). They will see if it passes in the budget. They see it as a good match with the NASA prizes (Editor's note: I will guess that he is talking about NASA's Nanosatellite Launch Challenge). He would like to see a least 1 rocket stage being reused for the prize.
Please note that I have a lot of trouble hearing in big rooms with echoes and buzzing machinery, so it's quite possible that I've mis-heard some items here and there.
Students for the Exploration and Development of Space - Sara Meschberger
There was an overview of the High Power Rocketry Prize and a new video competition, the We Are Space competition. This is being run with help from the Space Frontier Foundation and Spacevidcast.com. The first prize is $1,000.
There were some pictures of SEDS members now in industry. On the prize side, I didn't see names, but I think Ben Brockert and Will Pomerantz were included.
Q: Could SEDS run something like a FIRST cometition, but with a space focus?
A: They have some local chapter competitions like that. Send in your ideas.
NASA Technology Roadmaps and the Shape of Future NASA - James Reuther
Q: Paul Breed asked about the Nanosatellite Launch Challenge. When will the Allied Organization be selected, will the rules be made, etc? Inquiring minds want to know.
A: This was an "I'll get back to you on that one". However, I include the question because it shows that there is some interest ...
Microlaunchers - Charles Pooley
Microlaunchers is relocating to Las Vegas because of a better business environment that he experienced in California.
He was doing N Prize work. He's also interested in the Nanosatellite Launch Challenge. He thinks it will help to attract participants and sponsors. We're in the mainframe era of space. He wants to make launch costs go down by a factor of 1000. This would make space accessible. He's looking into missions to NEOs with tiny spacecraft. There would be small telescopes to the ground to get data from the craft.
He showed several generations of launchers. The first generation could be an entry in the Nanosatellite Launch Challenge. He presented a chart with comparisons of 4 generations of launchers. The 4th generation is 1/2 the size of the Falcon 1.
Garvey Space - John Garvey
He's working on a Nanosatellite launcher. NASA's Nanosatellite Launch Challenge might help. There are some potential issues with the rules for this challenge, though. They need some direction on IRAD funding. What about reuse of hardware? What if the hardware was developed on a government contract? This would impact Garvey Space since they do this type of work.
He wants to avoid getting into a competition with a government project. For example, he views the Lunar Lander Challenge and NASA MSFC work on lunar landers as being in competition, and doesn't want to be in that situation.
His estimate is that the launcher could be done in 2-4 years, for $10-20M. It might be less, or on the lower side, if less robustness is needed. There's really a wide range of possible costs, but it's not anything like as low as $1M or as high as $100M.
FAA - Mike Kelly
Q: Paul Breed asked for FAA direction on Nanosatellite launchers. He doesn't want a Delta IV sized pile of paperwork. At any rate he wants an example of filling out the forms, like he had before (I assume for the Northrop Grumman Lunar Lander Challenge licensing) and more direction from the FAA.
A: It doesn't make sense to have the same size of dilligence for something like CRUSR and a Delta IV launch. They had a CRUSR workshop on licensing. A payload review is required and could take 180 days. They need to streamline the licensing process to reflect the level of hazard.
Q: John Garvey had a question on the FAA Launch prize.
A: The 2012 budget proposal includes a prize for a semi-reusable orbital prize. Originally it was for $15M, but that amount was cut back. (Editor's note: I believe it was for $5M by the time the budget proposal was released. Also, I don't recall hearing the details about "orbital" and "semi-reusable" before, so that might be new information). They will see if it passes in the budget. They see it as a good match with the NASA prizes (Editor's note: I will guess that he is talking about NASA's Nanosatellite Launch Challenge). He would like to see a least 1 rocket stage being reused for the prize.
Sunday, March 20, 2011
Space Conferences
Here's some information about upcoming space conferences, including some comments about space prizes and other topics.
International Space Development Conference 2011 - May 18-22, Huntsville, Alabama - This conference includes workshops on ISS Payload Integration, Commercial Crew and Cargo, and Space Launch System Mission Development. As in past ISDCs, the NASA Space Settlement Contest winners will be honored. There will be a Google Lunar X PRIZE Plenary, and 4 teams have already signed up. The conference includes numerous speakers, exhibits, tours, and other activities.
ISSMars-DC Conference - April 6-7, George Washington University (DC) - ExploreMars, the group organizing the Mars Education Challenge and the ISRU Challenge, will investigate how the ISS can help lay the foundation for exploration. Numerous prominent speakers such as NASA Administrator Charles Bolden are on the schedule. Themes include use of the ISS as a Mars analog, an exploration technology development and demonstration platform, a market for commercial services that can later help exploration, and as a governance model for international exploration missions.
Civil Commercial Imagery Evaluation Workshop - March 29-31 - Boulder, Colorado - I noticed this conference about the time the 2011 Next-Generation Suborbital Researchers Conference, which prominently featured the services of several prize-related teams, was in session. While pleased with the advances that the 2011 NSRC demonstrated, I couldn't help thinking that they won't really have made it until these services are featured in more traditional conferences like this commercial remote sensing evaluation workshop. The agenda includes government evaluation of commercial satellite imagery, sensors, and aerial remote sensing. There is a gap between the commercial air photo and satellite remote sensing services, but can the commercial suborbital industry fill it?
Space Access '11 - April 7-9, Phoenix, Arizona - This conference can be counted on to feature prizes, prize teams, and other facets of entrepreneurial space access. Some teams with past, current, or likely future involvement with space prizes that are on the Space Access '11 schedule include Altius Space Machines, Armadillo Aerospace, KC Space Pirates, Masten Space Systems, Team Prometheus, SpeedUp, and Unreasonable Rocket. FAA AST is also there; their 2012 budget proposal includes funding for a space access prize.
Smallsat (25th Annual AIAA/USU Conference on Small Satellites) - August 8-11 - Logan, Utah - I can never quite convince myself which is more exciting, the progress being made in small space access systems, or the progress being made in small satellites. As usual, there will be a Student Scholarship Competition at the conference.
Reinventing Space 2011 - May 2-6, Los Angeles, California - This used to be called Responsive Space. Now the emphasis isn't just on Operationally Responsive Space, but on Low-Cost ORS. I guess I've always assumed that ORS is impossible without low cost. This conference includes student presentations by award winners.
International Space Development Conference 2011 - May 18-22, Huntsville, Alabama - This conference includes workshops on ISS Payload Integration, Commercial Crew and Cargo, and Space Launch System Mission Development. As in past ISDCs, the NASA Space Settlement Contest winners will be honored. There will be a Google Lunar X PRIZE Plenary, and 4 teams have already signed up. The conference includes numerous speakers, exhibits, tours, and other activities.
ISSMars-DC Conference - April 6-7, George Washington University (DC) - ExploreMars, the group organizing the Mars Education Challenge and the ISRU Challenge, will investigate how the ISS can help lay the foundation for exploration. Numerous prominent speakers such as NASA Administrator Charles Bolden are on the schedule. Themes include use of the ISS as a Mars analog, an exploration technology development and demonstration platform, a market for commercial services that can later help exploration, and as a governance model for international exploration missions.
Civil Commercial Imagery Evaluation Workshop - March 29-31 - Boulder, Colorado - I noticed this conference about the time the 2011 Next-Generation Suborbital Researchers Conference, which prominently featured the services of several prize-related teams, was in session. While pleased with the advances that the 2011 NSRC demonstrated, I couldn't help thinking that they won't really have made it until these services are featured in more traditional conferences like this commercial remote sensing evaluation workshop. The agenda includes government evaluation of commercial satellite imagery, sensors, and aerial remote sensing. There is a gap between the commercial air photo and satellite remote sensing services, but can the commercial suborbital industry fill it?
Space Access '11 - April 7-9, Phoenix, Arizona - This conference can be counted on to feature prizes, prize teams, and other facets of entrepreneurial space access. Some teams with past, current, or likely future involvement with space prizes that are on the Space Access '11 schedule include Altius Space Machines, Armadillo Aerospace, KC Space Pirates, Masten Space Systems, Team Prometheus, SpeedUp, and Unreasonable Rocket. FAA AST is also there; their 2012 budget proposal includes funding for a space access prize.
Smallsat (25th Annual AIAA/USU Conference on Small Satellites) - August 8-11 - Logan, Utah - I can never quite convince myself which is more exciting, the progress being made in small space access systems, or the progress being made in small satellites. As usual, there will be a Student Scholarship Competition at the conference.
Reinventing Space 2011 - May 2-6, Los Angeles, California - This used to be called Responsive Space. Now the emphasis isn't just on Operationally Responsive Space, but on Low-Cost ORS. I guess I've always assumed that ORS is impossible without low cost. This conference includes student presentations by award winners.
Wednesday, February 09, 2011
Prize Roundup: GLXP Roundup, Space Access '11 Prize Teams, Prominent Prize4Life Speakers, More
Google Lunar X PRIZE Roundup #41 - Luna C/I: Moon Colonization and Integration
Fly Me To The Moon - The Daily
Students Design Their Future - The Huffington Post
Saturday Testing... - Unreasonable Rocket
Space Access'11 update - RLV News - The early snapshot of speakers with prize connections includes Altius Space Machines, Armadillo Aerospace, Masten Space Systems, Team Prometheus, SpeedUp, and Unreasonable Rocket.
@spacehack: The deadline for the University Rover Challenge is February 15th! http://spacehack.org/project/university-rover-challenge
@wikkit: It looks so much... missilier with the fins on. http://twitpic.com/3xqst8
@jetlab: Santa Monica High 'Catches Next Wave' to Nationals: In a very close competition, Santa Monica High School ... http://bit.ly/g8ysFn
@Prize4Life: A full list of speakers for our briefing on the role of incentive prizes in biomedical innovation: tomorrow at... http://fb.me/MCFo0xkT
@ChallengeGov: Dept. of Defense seeks vehicle body designs. Support their mission and save lives. $10,000 in prizes. http://go.usa.gov/Y7S
@RCSpacePioneers: University of Washington students work on rover electronics with the Rocket City Space Pioneers. http://twitpic.com/3y0itr
@AlanMLadwig: Interesting perspective on Sci Fair winners as champions. Disagree with last sentence. http://wapo.st/geA3B6
Fly Me To The Moon - The Daily
Students Design Their Future - The Huffington Post
Saturday Testing... - Unreasonable Rocket
Space Access'11 update - RLV News - The early snapshot of speakers with prize connections includes Altius Space Machines, Armadillo Aerospace, Masten Space Systems, Team Prometheus, SpeedUp, and Unreasonable Rocket.
@spacehack: The deadline for the University Rover Challenge is February 15th! http://spacehack.org/project/university-rover-challenge
@wikkit: It looks so much... missilier with the fins on. http://twitpic.com/3xqst8
@jetlab: Santa Monica High 'Catches Next Wave' to Nationals: In a very close competition, Santa Monica High School ... http://bit.ly/g8ysFn
@Prize4Life: A full list of speakers for our briefing on the role of incentive prizes in biomedical innovation: tomorrow at... http://fb.me/MCFo0xkT
@ChallengeGov: Dept. of Defense seeks vehicle body designs. Support their mission and save lives. $10,000 in prizes. http://go.usa.gov/Y7S
@RCSpacePioneers: University of Washington students work on rover electronics with the Rocket City Space Pioneers. http://twitpic.com/3y0itr
@AlanMLadwig: Interesting perspective on Sci Fair winners as champions. Disagree with last sentence. http://wapo.st/geA3B6
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