The launch of SpaceX on November 11 will mark the first Falcon 9 mission using a payload fairing from a previous flight, announced Tuesday, shortly after SpaceX engineers on the Cape Canaveral test launched
The launch of the Falcon 9, scheduled for next Monday – and scheduled for October – will launch 60 satellites for SpaceX's StarX broadband network, joining 60 other test aircraft deployed on Falcon 9 flights in
The launch window opens at 9:51 am EST (1451 GMT) on Monday and It is extended for about 11 minutes. This will be the first SpaceX launch on August 6 and the first ground launch from Cape Canaveral on August 22.
The Eastern US Air Force Cape Canaveral backed the launch on October 10 of a Pegasus XL rocket launched over the Atlantic Ocean east of Florida.
SpaceX did not say what caused the delay in the Starlink mission from October to November 11.
SpaceX test-fired a first-stage rocket on the Falcon 9 rocket at 12:30 EST (1730 GMT) on Tuesday at Cape Canaveral launch site 40. The nine engines of the first phase of the Merlin 1D from the Merlin 1D fired in seconds, propelling themselves to produce 1.7 million pounds of thrust while holding holds held the rocket firmly to the ground.
The commercial launch provider confirmed on twitter that the Falcon 9 rocket is about to launch on November 11 with the next 60 Starlink broadband satellites. SpaceX also announced that the mission will be the first to fly a reusable payload hull that protects sensitive satellite payloads for the first few minutes of flight through a dense lower atmosphere.
Last month, a senior SpaceX employee stated that Starlink's flight would be the company's first mission to launch a first-stage Falcon 9 amplifier for a fourth start.
SpaceX stated that the fairing at the launch next week for the first time took off on April 11 on the company's Falcon Heavy rocket. The Falcon 9 and Falcon Heavy use the same type of two-part composite shell, measuring 43 feet (13.1 meters) high and 17 feet (5.2 m) wide.
The streamlined slopes of the rocket a few minutes after its expiration. Each half of the fairing is provided with avionics, drafts and steerable parachutes to make a soft landing. The company wants to reuse the fairing, seeing it as the next step in reducing launch costs after proving landing and reusing the Falcon booster stages.
Other startup vendors have been disposing of the fairing, but SpaceX has been striving for several years. components for reconstruction and reuse.
Elon Musk, founder and CEO of SpaceX, told reporters last year that the situation cost about $ 6 million.
The market that supports this mission flies earlier to Falcon Heavy's Araconat-6A mission pic .twitter.com / iTgqqtl1pW
– SpaceX (@SpaceX) November 5, 2019
The two streamlined halves of the Arabat 6A mission fell slightly into the Atlantic under their parachutes, where ships were restored to restore structures. SpaceX's tweet suggested that the two halves of the fairing be retransmitted at Starlink launch. A company spokesman did not respond to a request for clarification.
SpaceX successfully captured a fairing for the first time since the launch of Falcon Heavy in June. The giant network is carried on board a restoration vessel called "Mrs. Wood. Since then SpaceX has equipped a second boat called "Ms. Boss, to combine recovery missions and the company may try to catch both halves of the tensioners with both vessels after Starlink launches next week.
SpaceX is modifying the architecture of its Starlink network, which aims to provide global broadband internet service after launching the first 60 Starlink satellites in May.
The Federal Communications Commission presented ITU documents on October 7 outlining SpaceX's ambition to manage 30,000 additional Starlink satellites, over 12,000 already authorized by the FCC.
Guine Shotwell, president and chief operating officer of SpaceX, said in September that the company plans to launch Starlink by 24 next year.
Each Starlink satellite weighs about 500 pounds, or 227 pounds. The satellites launched in May carried a winged ion propulsion system and Ku-band antennas for high-speed communications.
SpaceX competes with other planned satellite "mega-stars" targeting the broadband market, such as OneWeb and the Kuiper Amazon Network.
The original set of Starlink satellites will fly 341 miles in altitude (550 kilometers) orbiting 53 degrees to the equator. In August, SpaceX sought approval from the Federal Communications Commission to fly up to 1,584 Starlink satellites in 72 different orbits, a change from SpaceX's earlier permission to operate the same number of spacecraft on 24 aircraft.
SpaceX says the restructuring will allow Starlink to begin providing broadband services to parts of the United States with fewer satellites and launches than previously planned.
The Starlink network can provide coverage for all populated areas after 24 launches, SpaceX said.  Send e-mail to author.
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