As reported by Engadget: We've heard quite a bit about the SpaceX Falcon Heavy spacecraft since it was first announced. What we haven't seen is a launch. However, it's now planned for next spring.
Earlier this week, SpaceX vice president of mission and launch operations Lee Rosen said that the company is aiming for a "late April early May time-frame" for that first launch. Rosen also explained that the crew is finishing renovations to the Falcon Heavy's launch pad for the initial test flight.
That's the Pad 39A that's designed to handle launches of both the Falcon Heavy and Falcon 9. The rocket was first announced back in 2011 with a launch planned for 2013 that didn't pan out. And this summer's Falcon 9 disaster pushed things back even further.
After the first test launch, the Falcon Heavy is scheduled to carry a load of satellites for the Air Force in September 2016 under the Space Test Program (STP-2): an Integrated Payload Stack (IPS) consisting of two co-prime space vehicles (SVs), with up to six auxiliary payloads (APLs), and up to eight separate Poly-PicoSatellite Orbital Deployers (P-PODs) and cubesats.
As a refresher, the spacecraft uses 4.5 million pounds of thrust to launch and is capable of carrying a payload of 53,000 kg (116,845 lbs.) into low Earth orbit.
Earlier this week, SpaceX vice president of mission and launch operations Lee Rosen said that the company is aiming for a "late April early May time-frame" for that first launch. Rosen also explained that the crew is finishing renovations to the Falcon Heavy's launch pad for the initial test flight.
That's the Pad 39A that's designed to handle launches of both the Falcon Heavy and Falcon 9. The rocket was first announced back in 2011 with a launch planned for 2013 that didn't pan out. And this summer's Falcon 9 disaster pushed things back even further.
After the first test launch, the Falcon Heavy is scheduled to carry a load of satellites for the Air Force in September 2016 under the Space Test Program (STP-2): an Integrated Payload Stack (IPS) consisting of two co-prime space vehicles (SVs), with up to six auxiliary payloads (APLs), and up to eight separate Poly-PicoSatellite Orbital Deployers (P-PODs) and cubesats.
As a refresher, the spacecraft uses 4.5 million pounds of thrust to launch and is capable of carrying a payload of 53,000 kg (116,845 lbs.) into low Earth orbit.
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