A F9 dedicated for cubesat rideshare, if fully utilized, could carry ~3000 cubesats to orbit, scattering them into glorious nebula moving in evening sky.One F9 per 3 month, 12,000 cubesats per year?Too many to fit in VHF/UHF amateur band radio frequencies used for cubesats now. May require develop of Kxxx band transceivers and frequency bidding cost, or laser communication? At least for recent technology and market of cubesats, dedicated small launchers have unique niche markets free from mainstream large launchers.
Well, let me try my question this way: where is this company going to launch from?
Quote from: Danderman on 02/03/2016 05:34 pmWell, let me try my question this way: where is this company going to launch from?Don't think I've heard yet, they seem to be working on the launcher but do have that legal matter to get out of the way first.
The obvious market for a Falcon 1 class launcher today passes through Stratolaunch.Please don't run us through the 3 percent of orbital velocity issue, you would be missing the point.Stratolauncher gives a Falcon 1 launch vehicle some additional performance, not just from the extra velocity and not just from the altitude, but also from allowing use of higher efficiency nozzles for greater ISP. But that is not the win.The win is that such a combination would allow virtually instant replacement of failed communications satellites. Providing an in-plane in-slot replacement quickly for Iridium or Globalstar or SkyBox or any smaller satellite in LEO that is part of an ordered group is a big deal. Yes, Launcher One is coming on line, but it is much less capable than an airlaunched Falcon 1 class vehicle, and may only be able to handle Orbcomm replacements.
Murphy's Law tells us that the number of failures in a plane is proportional to the number of spares, ie if you have 2 spares, you will have 3 failures. Or the reverse, ie you will never have a failure.If you think about it, a spare strategy using Air Launch and spares on the ground is actually more cost effective than filling your planes with spares when you don't know which satellites are going to fail.
FOR IMMEDIATE RELEASECEDAR PARK, Texas, October 14, 2015Demonstration CubeSat launch set for early 2018Firefly Space Systems, Inc., a New Space leader in the development of dedicated small satellite launch vehicles has been selected by the National Aeronautics and Space Administration (NASA) to conduct a demonstration CubeSat launch by March 2018. The Venture Class Launch Services (VCLS) contract to Firefly is valued at $5.5M.Mark Wiese, chief of the Flight Projects Office for NASA’s Launch Services Program (LSP), based at Kennedy Space Center, described VCLS contracts as representing “NASA’s investment in the future of the commercial launch industry for SmallSats.”Since there hasn’t been a dedicated launcher available, CubeSats have flown into orbit as auxiliary payloads that are released after the booster has achieved the primary mission. They have also been sprung into the orbital void from canisters aboard the International Space Station to conduct research missions. In both cases though, the CubeSats are at the mercy of the primary payload and the orbit it must fly in.“The CubeSat and small satellite engineers and scientists are coming up with missions that justify flying unique orbits and at altitudes that are not available if we only fly as secondary payloads,” said Garrett Skrobot, lead for the Educational Launch of Nanosatellites (ELaNa) mission for LSP. “These are still experimental satellites, but the technology they are employing is mature enough to use in these new ways.”That’s where Firefly and its family of launch vehicles comes in. Since its inception, Firefly’s mission has been to dramatically reduce the cost of commercial launch services for small satellites and science missions across the entire sub-1 metric ton payload segment. The company is focusing on the development of low-cost, high-performance space launch capability for the under-served small satellite market. Firefly Alpha, the company’s first rocket, will be capable of lifting 400kg to a 400km equatorial orbit or 200kg to a 500km Sun-synchronous orbit“Being recognized by NASA with a VCLS contract is a tremendous honor for the Firefly team. We have worked tirelessly during the last 18 months to develop Firefly Alpha, a vehicle that will be different from anything that has come before it. NASA’s vote of confidence in our technology and team is a significant boost to our efforts of ‘Making Space For Everyone’” said Dr. Thomas Markusic, Firefly’s CEO.Added Maureen Gannon, Firefly’s Vice President of Business Development: “We are greatly encouraged knowing that NASA shares our industry’s vision for low-cost boosters to enable ever more exciting missions in exploration, science and education.”
Over 100 Fireflies and counting. Welcome to all of our new teammates as we join forces to 'Make Space For Everyone'.
Cheering for our friends @SpaceX from Firefly's own MCC in Cedar Park.
WE ARE HIRING! Since Jan 1, we have hired 79 folks. Firefly staff now totals over 140 people. Need to add >60 more before year end.
Just to be sure:https://twitter.com/Firefly_Space/status/736325648931688449QuoteWE ARE HIRING! Since Jan 1, we have hired 79 folks. Firefly staff now totals over 140 people. Need to add >60 more before year end.
That would be 230% growth in one year. Yeah!
Firefly Space @Firefly_Space 46s46 seconds agoThe 1st of 12 engines has been mounted and tested on our aerospike live ring.
I'm skeptical that aero spikes are worth the hastle, but it sure will look awesome.