RESTON, Va. (ILS PR) — International Launch Services (ILS) announces a multi-launch agreement with Eutelsat Communications of Paris, France, one of the world’s leading and most experienced operators of satellite communications. The missions will be launched within a seven year period from the Baikonur Cosmodrome in Kazakhstan.
Khrunichev and International Launch Services are slashing prices and offering other incentives on its Proton rocket amid a strong and failures and stiff competition from American rival SpaceX.
Taking advantage of the slide in the value of the ruble, officials have slashed Proton flights to $65 million, which is close to what SpaceX charges for a Falcon 9 launch. They are also offering schedule priority to commercial launches and more insight into and access to Khrunichev’s manufacturing and quality control practices.
HISPASAT of Madrid, Spain, recently announced a Proton launch order for a satellite that will fly in the first half of 2017. The company also booked the launch of another satellite aboard a SpaceX Falcon 9.
Proton’s long string of recent failures has depressed launch sales in recent years to the benefit of SpaceX and Arianespace. The table below shows failures over the past five years.
PROTON LAUNCH FAILURES, 2010 – 2015
Dec. 5, 2010
Uragan-M #739 Uragan-M #740 Uragan-M #741
Rocket failed to reach orbital velocity after upper stage overfilled with propellant.
Aug. 17, 2011
Briz-M upper stage suffered failure of attitude control.
Aug. 6, 2012
Telkom-3 Ekspress MD2
Briz-M upper stage failed 7 seconds into its third burn.
Dec. 8, 2012
Briz-M upper stage shut down 4 minutes earlier than planned on fourth burn. Spacecraft reached intended orbit under own power.
July 2, 2013
Uragan-M #748 Uragan-M #749 Uragan-M #750
First stage failure.
May 15, 2014
Proton third stage vernier engine failure due to turbo-pump leak.
May 16, 2015
Premature third stage steering engine turbo-pump shutdown.
The Proton rocket has failed completely six times in the past five years, destroying 11 satellites in the process. The rocket also suffered a partial failure in 2012 with the premature shutdown of its upper stage. That satellite was able to reach its intended orbit using on-board fuel.
SpaceX and International Launch Services (ILS) announced new launch contracts on Monday during the World Satellite Business Conference in Paris, France.
SpaceX will launch a communications satellite for HISPASAT on a Falcon 9 and Saudi Arabia’s Arabsat 6A communications satellite on a Falcon Heavy. The flights are planned from Florida between late 2017 and 2018.
“We are pleased to add these additional launches to our manifest,” said Gwynne Shotwell, President and COO of SpaceX, in a press release. “The diversity of our missions and customers represents a strong endorsement of our capabilities and reflects SpaceX’s efforts to provide a breadth of launch services to our growing customer base.”
ILS will launch a communications satellite for HISPASAT aboard a Russian Proton rocket during the first half of 2017 from the Baikonur Cosmodrome in Kazakhstan. HIPASAT is headquartered in Madrid, Spain.
“The partnership of HISPASAT satellites launching on Proton dates back over 10 years with the successful launch of HISPASAT’s first AMAZONAS satellite in 2004 on ILS Proton,” said ILS President Kirk Pysher. “We are proud that HISPASAT continues to place its trust in us to expand business with this launch in 2017, another powerful satellite to augment their fleet. ILS and Khrunichev look forward to working with HISPASAT on this important mission.”
RESTON, Va., September 11, 2015 (ILS PR) –International Launch Services (ILS) announces the appointment of Kirk Pysher as president. Mr. Pysher will take over leadership from Phil Slack, who served as president of ILS since 2012. Khrunichev State Research and Space Production Center (Khrunichev), the majority owner of ILS, has provided its full endorsement of Mr. Pysher as the new head of ILS.
RESTON, Va. (ILS PR) — The International Launch Services (ILS) Failure Review Oversight Board (FROB) concluded its work, concurring with the most probable cause and the associated corrective action plan which were identified by the Russian Interagency Commission (IAC) as a result of the May 16 Proton launch vehicle failure carrying the Centenario spacecraft.
Russia will put its troubled Proton booster back in operation late next month after a three-0month stand down that followed the launch vehicle’s latest failure in mid-May.
A Proton-M rocket is set to liftoff from the Baikonur Cosmodrome on Aug. 28 with the Inmarsat-5F3 communications satellite. On May 16, an engine failure on a Proton booster destroyed the MexSat 1 satellite.
Proton has been the most troubled of Russian boosters over the past five years, with six failures, 1 partial failure and 11 spacecraft lost. One spacecraft was able to reach its intended orbit using on-board propulsion after the Proton rocket’s upper stage shut down prematurely.
The stand down has caused a backup in the Proton schedule. The launch vehicle is set to oribt the Express AM8, Garpun, Turksat 4B and Eutelsat 9B communications satellites this year.
In January, a Proton is set to launch ESA’s ExoMars Trace Gas Orbiter to the Red Planet.
The head of the Russian space agency, Igor Komarov, wants to speed up the replacement of the trouble-plagued Proton launch vehicle with new Angara rockets, TASS reports.
‘It is necessary to expedite the transition of launches from Protons to the Angara rocket,” he said at a meeting held by Vice-Premier Dmitry Rogozin in the Siberian city of Omsk.
Vice-Premier Rogozin said last week Russia should switch to digital designing in the space rocket industry, gradually giving up Proton boosters and opting for other models, like the Angara rocket.
“Generally, our conclusion is also related to the need to switch exclusively to digital designing and modelling of this sort of situations and, of course, it is necessary to expedite the transition to modern carrier rockets like the Angara, gradually giving up the Protons,” Rogozin said.
Russian officials have identified a design flaw in the Proton M rocket that failed on May 16, destroying the MexSat-1 satellite:
The Proton-M failure this month was caused by a newly-found design flaw in the rotor of the rocket’s 3rd stage steering engine, rather than a manufacturing fault, the Russian Space Agency has announced, noting it will be easy to fix in future production.
The head of the Russian Space agency Roscosmos Igor Komarov said that the problem that caused the rocket to fail and eventually burn up in the atmosphere, was a fault in the operation of the steering engine rotor due to excessive vibrations, RIA-Novosti reported on Friday.
Komarov cited the conclusion of the commission he headed, saying that the vibration and failure of the engine was caused by “increased imbalance in operation of a rotor of a pump unit, due to the degradation of material properties in high temperature conditions and imperfection of the balance system.”
If ever there was an incentive for Russia’s youth to take underpaying jobs in that nation’s floundering space industry, this is definitely not one of them:
Employees of Russia’s Khrunichev State Space Research and Production Centre have been charged in connection with the 2013 crash of Proton carrier rocket with Glonass satellites, Investigative Committee’s official spokesman Vladimir Markin said on Wednesday.
The Investigative Committee has completed the investigation into the criminal cases launched after a Proton-M rocket carrying three Glonass navigation satellites crashed in July 2013 seconds after liftoff, he said.
Three employees, Denis Grishin, Alexander Nikolayaev and Diana Gudkova, have been charged with violating safety rules while carrying out works. The head of Russia’s Defence Ministry’s 1653 military representation, Marat Nasibulin, has been charged with negligence.
According to investigators, Grishin, Nikolayev and Gudkova in 2011 were tasked with installing the angular rate sensors on the Proton rocket that are responsible for yaw control.
“As a result of their violation of technical discipline envisaged by engineering and technological documentation, these sensors were installed incorrectly / at 180 degrees from their correct position,” Markin said.
This is not going to attract a new generation of engineers and technicians into the industry. That’s something they badly need after the post-Soviet slump.
Russia’s Audit Chamber has discovered $1.8 billion of financial violations in the Roscosmos space agency. According to Chamber head Tatyana Golikova, this included accounting violations, misuse of budget funds and inefficient spending on construction.
“At first I didn’t believe the inspectors,” Golikova said, Interfax reported.
The Audit Chamber has observed a sharp rise in violations at Roscosmos since last year, she said. “It was an absolute surprise for me. I conducted a budget inspection last year, and now in 2014, the number of violations has grown sharply.”
Earlier, Russia’s Deputy Prime Minister Dmitry Rogozin blamed corruption in the space industry for the recent high accident rate of Russian spacecraft. Speaking in the State Duma on Tuesday, he said Roscosmos’ partner, the state company producing Proton rockets, is facing eight criminal cases.
One of the projects apparently seething with violations is the new Vostochny (Eastern) Cosmodrome. According to Golikova, its construction saw an overspending of about 13 billion rubles ($260 million). She says this resulted from overpricing and use of fraud schemes. The numbers are being looked into by the Russian Investigative Committee.
That’s the Russian space program’s sad record since May 2009. The failure of a Proton rocket earlier today with the loss of a Mexican communications satellite was yet another sign of the prolonged crisis affecting Russia’s once powerful space program.
The crash came less than three weeks after a botched launch left a Progress supply freighter spinning end over end like an extra point before it burned up in Earth atmosphere. There was also news today that another Progress cargo ship attached to the International Space Station failed to fire its engine as planned to boost the station’s orbit.
The list of Russian launch accidents over the last six years includes:
13 complete failures resulting in the loss of all payloads;
3 partial failures that left spacecraft in the wrong orbits;
RESTON, VA., USA, April 30, 2015 (ILS PR) – International Launch Services (ILS) and Dauria Aerospace (Dauria), of Moscow, Russia, signed an agreement today to collaborate on opportunities to launch spacecraft utilizing an ILS Proton or Angara launch vehicle beginning in the 2017 timeframe.
The agreement, signed by ILS President, Phil Slack and Dauria CEO, Sergey Ivanov, states that both companies will mutually cooperate on identifying spacecraft that can be dual launched in a stacked configuration—with the lower Dauria spacecraft supporting the upper spacecraft–on an ILS Proton or Angara launch vehicle. With this agreement, ILS would identify spacecraft that could be paired with Dauria’s ATOM spacecraft and together, the companies would assess the technical feasibility. The ATOM spacecraft weigh between 1050-1500 kg and provide satellite TV, telephone and broadband communications.
MOSCOW (Khrunichev PR) — On 25 February 2015, Khrunichev Space Center (Khrunichev) and OAO Gazprom Space Systems (GSS) signed a number of documents envisaging expanded strategic cooperation between the two companies.
In furtherance of the Company Rehab Program, Andrey Kalinovsky, Khrunichev Acting CEO, and Nikolai Sevastianov, GSS Designer-General, met at Khrunichev’s Proton assembly facility to sign an agreement on strategic cooperation, and a contract for a Proton launch of GSS’s Yamal-601 communications satellite.
SpaceX Founder Elon Musk has long talked about disrupting the launch industry with low prices and technological innovations. In 2014, the impacts of those efforts were felt far and wide as competitors responded to the threat the California company posed to their livelihoods.
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