Arianespace resumes operations in its French facility with the launch of three spacecraft.

Arianespace marked the resumption of operations at its Guiana Space Center in Kourou with the launch of two communication satellites and a satellite servicer. The deployment was through the Ariane 5 rocket. 

The Ariane 5 rocket launched for space at 6 p.m. before releasing the spacecraft into its orbit in 48 minutes. The spacecraft had a malfunctioning sensor resulting in the postponement of the launch for two weeks. Another factor that delayed this launch to August 15 was lousy weather, which rebutted takeoff for 30 minutes. 

Ariane 5 rocket launch from the Guiana Space Center is the first after five months due to the coronavirus outbreak. The predecessor mission was in March from Russia’s Baikonur Cosmodrome for OneWeb. OneWeb was launching a constellation before halting it due to bankruptcy filing and the coronavirus pandemic measures. 

The announcement by the World Health Organization that coronavirus is a pandemic resulted in a stoppage of operations in the Kourou facility. Since the French government runs the facility via its CNES space agency, they shut down operations in the facility to contain the spread of the virus. 

CNES and Arianespace reopened the facility for launch activities so that Ariane 5 and Vega deployments can occur from the Guiana Space Center. The launch visibly sees the resumption of operation of Ariane 5, also known as the VA253 mission. This launch mission is the first in which three spacecraft cumulatively launch into their orbits. 

The three spacecraft on this mission was Northrop Grumman’s MEV-2 satellite servicer, Intelsat’s Galaxy-30 communications satellite, and Japan’s Bsat-4b satellite. The separating component for these satellites from the Japan lighter one is SYLDA. 

Arianespace chief executive Stéphane Israël stated that these three satellites were aboard the most advanced Ariane 5 rocket. The three satellites have a capacity of 9700 kilograms. The rocket is simply a work of art capable of hosting payloads weighing 10200 kilograms. Arianespace is currently working on the Ariane 6 rocket, which will have a capacity of 11500 kilograms. 

Northrop Grumman and Intelsat collaborated to launch MEV-2 and Intelsat 10-02 in their orbits. These two spacecraft will perch in their orbits next year, according to Intelsat’s CEO Stephen Spengler. The MEV-2 servicer will host this Intelsat satellite as it navigates through its geostationary pathway. 

Initially, the MEV-1 satellite servicer landed with the Intelsat satellite in a death orbit above the actual satellite geostationary location. The two partners witnessed this furtive experience from which they decided to retract and launch their spacecraft within the geostationary pathway. 

Finally, the satellite launched on behalf of Intelsat is part of its relocation efforts from the FCC-procured satellites. Israël added that Arianespace’s upcoming launch would be for the Vega mission hosting 53 small satellites. The postponement of this mission to September from June follows the lousy weather. 


Two satellites launched from desert launch location by China 

China has not stopped with its rapid space launches, especially with its 22nd 2020 operation. On August 6, China was able to launch a new Earth surveillance booster, accompanied by a miniature satellite from Tsinghua University. The Long March 2D rocket launched from Jiuquan from Gobi Desert at 12.01 p.m., local time (12. 01a.m EDT, 0401 GMT).  

Gaofen 9 (04), optical observation satellite, was the main shipment. The satellite can produce pictures with high-quality resolution.

Information collected by the satellite will provide an update about land surveys, city planning, confirmation of land-right, designing infrastructure, estimation of crop production, and management of disaster and mitigation. 

Gaofen satellite will launch the fourth shipment as two of its prior payloads were launched at the start of this year. The payload will unite with a bigger suite of Gaofen as well as other Earth-surveillance satellites as part of China High-resolution Earth Observation System (CHEOS). 

Q-SAT, gravity, and atmospheric satellite made by Tsinghua University, which is located in Beijing, accompanied the Gaofen shipment during the launch. According to the news that was released by Xinhua, that operation will certify technology and assess atmospheric concentration and collect information on the gravity field.  

The China Aerospace Science and Technology (CASC) advanced as well as manufactured Gaofen 9(04) satellite. The Shanghai Academy of Spaceflight Technology (SAST) is among the renowned associations that work under China Aerospace Science and Technology (CASC). The Shanghai Academy aided in the processing of 2-stage Long March 2D rocket. The main rocket-making amenities of the organization are located in Shanghai and Beijing. 

The launch was the 50th one for Long March 2D, and it made its first appearance in August 1992. In 2016, the motor experienced a partial anomaly when three satellites were launched into the lowest than deliberate trajectories. 

So far, China has made 22 liftoffs this year, one of them being an experimental flight of Long March 5B for space-station operations and the liftoff of Tianwen-1 Mars operations. However, three of the launched satellites ended unsuccessfully.

Between 2018 and 2019, China led the globe in liftoffs, whereby it launched 39 and 34 times correspondingly. In January, China Aerospace Science and Technology Corporation (CASC) stated that it aims to make about 40 launches before the end of 2020. It will be able to successfully launch its launches with the help of launches service providers such as Expace and Galactic Energy. 


GK Launch Services providing the lunar smallsat rideshare moments

GK Launch Services, which advertises commercial Soyuz deployments, sells rideshare space in its Russian lunar mission spacecraft whose launch will be in 2021. This rideshare space will be for smallsat secondary cargoes.

In the August 5 demonstration, officials of GK Launch Services reiterated that the Soyuz-2 launch of the Luna-Glob docker would be selling out rideshare opportunities on this spacecraft. The liftoff will be happening live in October next year from the Vostochny Cosmodrome.

GK Launch Services’ sales director, Evgeny Solodovnikov, explained that all the rideshare payloads hosted in this mission would be dispatched to their respective Earth orbitals. Nonetheless, he was adamant about divulging any information concerning the available space for rideshare opportunities and the price of flying a smallsat payload via this mission.

Luna-Glob is a segment of the long-awaited Russian moon venture project that consists of both the payload deployment to its orbit and the collection of return-samples from the ongoing missions. A tweet by Roscosmos on August 5 hinted that this Luna-25 mission, its apparent name, will be operational by October next year. This tweet is in line with the ongoing installation of scientific equipment on the rocket.

The Luna-25 mission launch will mark the eighth Soyuz-2 mission for the private and governmental institutions. The mission will also count as GK Launch Services’ eighth time of selling capacity for secondary cargo in the upcoming decade. The previous launches were heading for the clockwise orbits, with all the missions taking off from Vostochny and Baikonur Cosmodrome.

GK Launch Services is the leading proponent of small satellite launches and rideshare opportunities in recent years. GK is keen to ensure that smallsat startups thrive in the space industry since they are cheap to manufacture and launch. Soyuz has been deploying diverse cubesats and smallsats to ensure that Russia creates its market niche in the space industry. GK articulated that the Soyuz’s Fregat upper segment can deploy payloads in three different sun-synchronous orbits in one mission.

Solodovnikov was adamant about articulating the prices for small satellites enjoying rides on this mission for both the earth-orbit and lunar mission. He reiterated that this move is to keep the professional competition alive with its rival SpaceX. On the other hand, SpaceX gives rideshare experiences for small satellites, with the smallest price being $1 million.

In conclusion, GK Launch Services is hopeful that it can thrive in American companies’ progressively growing competition. The firm has been around for a long time and is ready to transition to advanced technology if that is the competitive standard.


Virgin Galactic pushes the launch of its SpaceShipTwo flights to next year

Virgin Galactic has postponed the launch of its SpaceShipTwo space vehicle for commercial takeoffs to next year. Additionally, the firm intends to sell some of its resources to finance this launch. 

The company stated on August 3 that they are planning to conduct flight trials for the SpaceShipTwo vehicle from Spaceport America. So far, they have been able to conduct two trials since moving the spacecraft to this facility in New Mexico. 

One of the upcoming trials of SpaceShipTwo will host two pilots. George Whitesides, the chief space officer of Virgin Galactic, revealed that the flight would also be containing NASA’s Flight Opportunities program payloads. These payloads are for the scheduled experiments in space. 

This mission’s success will allow Virgin Galactic to forge ahead with the second mission, hosting four astronauts and two pilots. The passenger-astronauts will be testing the performance of the passenger cabin and its resources. Virgin Galactic launched the cabin this though Whitesides stated that they are working on the fusion of the cabin into SpaceShipTwo spacecraft called VSS Unity. 

Whitesides articulated that the success of the two missions will allow them to send Sir Richard Branson to space via the third vehicle. This flight will be the milestone for Virgin Galactic and the initiation of the company’s commercial launches. Whitesides adds that Sir Richard will assess the cabin and give a detailed evaluation report, which can help the firm technically modify the SpaceShipTwo cabin capsule. 

In the acquisition of Social Capital Hedosophia, Virgin Galactic anticipated beginning launch operations by June next year. However, with the coronavirus pandemic, the firm altered this schedule to focus on Branson’s flying expert by December this year. 

Whitesides admits that the pandemic slowed the completion of SpaceShipTwo and its subsequent flight trials. He adds that the coronavirus health measures impede the number of engineers and technicians they can recall to work in their Mojave and New Mexico ground facilities. 

Additionally, Whitesides says that the pandemic has slackened the sales forcing the company to call off some of its income-generating projects. For instance, the One Small Step initiative paused with the company going back to marketing this program. 

Some of the desperate measures to thrive by Virgin Galactic include selling spaceflight experiences and collaborating with NASA through the Space Act Agreement. Whitesides adds that other financial projects that will support SpaceShipTwo are signing up spaceflight customers for orbital flights. 

In conclusion, Whitesides hopes that this offer will attract more customers to the Virgin Galactic brand. The company is also launching Mach 3 to take customers for space exploits at hypersonic speed. Virgin Galactic is collaborating with Rolls-Royce to understand how they can modify this spacecraft’s engines to move at high speed. 


Belgian corporation SpaceBel develops spin-off of hyperspectral imaging

GLASSBORO, N.J. – The Chief Executive Officer of SpaceBel, Thierry Du Pre-Werson, stated that a small Belgian firm famous for its job on European Space Agency agendas had developed a spinoff company to control a constellation of 5 to 10 hyperspectral imaging satellites. SpaceBel, which is a space software and systems company, is anticipated to contribute about 10 million Euros   ($11.8 million) in the year 2021 to launch the development of constellation and plan for a display satellite send-off in 2023. He added that SpaceBel in May created the spinoff company, dubbed ScanWorld with Belgian venture firm SRIW and that SpaceBel is the main stakeholder. However, it will slowly dilute its stake in the outside venture. 

Thierry Du Pre-Werson confirmed that the correct ScanWorld constellation details are still being completed, and design work thus far focuses on satellites between 100 as well as 200 kilograms able to capture a sub-30-meter resolution. SpaceBel created ScanWorld to generate a standalone industry for remote sensing purposes. It has widened through effort on other satellite schemes. He added that SpaceBel will offer the ground section for ScanWorld, and will probably incorporate its satellites.

SpaceBel is offering software for the asteroid operation Hera of ESA, the 2 formation-flying Proba-3 satellites, and ground apparatus intended for the agency’s ALTIUS greenhouse gas operation. Pre-Werson confirmed that the company is occupied in the satellite integration plan in Indonesia, South America, and Africa for consumers he was not at freedom to reveal. 

SpaceBel foresaw a consortium of companies to develop a hyperspectral satellite for Vietnam under a 2014 contract, but after one year of financial difficulty in Vietnam, the agreement was terminated.

The deputy CEO to ScanWorld, Guerric de Crombrugghe, stated that ScanWorld would seek to invest capital for most of its Series A, with a share of funds coming from SRIW and SpaceBel.

Crombruggle stated that ScanWorld anticipated having its initial group of satellites in the orbit in the year 2025, and to accomplish fully equipped capacity with a subsequent set in 2026. Crombruggle added that ScanWorld would center first on offering hyperspectral imagery to the undergrowth market and before intensifying into other sectors, incorporating potentially defense, asset, and energy monitoring.  He added that whatever one thinks of, there is a system for hyperspectral imaging, and people have to begin from somewhere. For their case, they start with forestry and agriculture. ScanWorld will contend with other startups of hyperspectral like San Francisco’s Orbital Sidekick, Argentina’s Satellogic, and Washington’s HySpecIQ. 


Made In Space illustrates defense applications for manufacturing as well as autonomous assembly systems.

Made In Space, a firm famous for working with NASA is highlighting national security applications for in-space mechanical assembly and preservative manufacturing expertise at the yearly Small Satellite Conference. 

Made In Space controls 3D printers at the International Space Station, and the Florida firm obtained in June by Redwire also lingers on track to initiate Archinaut One in the year 2022. Archinaut One is a minute satellite built to produce and mechanically incorporate a vast solar array additively.  

The Made In Space executive of business development for national defense, Juli Lawless told SpaceNews that the entire technology could be recombined and repurposed for public security missions. He added that they are not bound to the launch constraints, and being able to develop in Space signifies that they can have big apertures and large antennas, which they would never fit in a minute satellite in the past. 

Made In Space is surveying those ideas under management deals comprising a defense Advanced Research Projects Agency plan to dismantle and reassemble instigation hardware. The project is to get an Evolved Expendable Launch Vehicle minor payload Adapter that would usually be left in orbit, mechanically unfold it and generate a structural backplane for paced array radars.

Lawless confirmed that they had explored numerous technologies with DARPA and with marketable partners to unearth defense consumers who might show interest in the concept to serve operations like being able to send strategic communications and send video responses down to the fighter. He added that the expertise also has appliances for trailing motion targets on the ground and in the Space. 

Made In Space has a NASA deal to survey the concept of additively developing in orbit a long bang for Infrared Space Interferometer.

Lawless stated that they have been discovering a lot of diverse missions with the expertise, whether it is an intelligence operation or supporting the recent initiative for cis-lunar space area awareness.

Made In Space anticipates the U.S. Space Command and United States of America Space Force to be open to its in-space automated assembly and preservative manufacturing proposals.

A report published on July 28 cautions that the condition of the Space Industrial Base 2020 is a moment of action to maintain U.S. Economic and Military Leadership in Space. It adds not necessarily reflect the official guidelines or positions of the government agencies of the United States of America. 


Xtar switches to leasing agreement following its sale of a satellite to Hisdesat. 

WASHINGTON: Xtar is a satellite communications service provider to the U.S administration, and it has sold one of its satellites to Hisdesat-one of its shareholders.  

Xtar is situated in Virginia, and it recently signed a contract agreement, which will allow it to maintain the exact volume of satellites. 

Both Hisdesat and Xtar stated that agreement and the leaseback approvals illustrate the kind of administrative system the entity will have in the future. 

In a statement, Icard affirmed that Xtar would proceed to provide service by use of the 15-year-old Xtar-Eud and one haul it rents out on an old SpainSat NG satellite, which was developed fifteen years ago. 

In a statement, Icard stated that Xtar has improved in terms of structures, like any other satellite communications firm.  Here, a single operator possesses the satellites and keeps a skilled group committed to the authority and insurance sales. 

Icard asserted that there is no shift in orbital space custody as Xtar-Eur uses a slot provided by the  Spanish authorities. The satellite will deliver the X-band range of Europe, the Atlantic Ocean, Southeast Asia, Africa, and Singapore. Possession of Hidestar’s Xtar-Eur streamline decision-making revolves around the life extension of the aging geostationary caravan. 

The reason why Hisdesat made a decision was to gain the power to make decisions concerning the way forward of both Xtar-Eur and Spainsat satellites. That will enable their clients to get excellent services from the spacecraft, which will be possible for life expansion operations.  

Xtar and Hisdesat have already chatted with Northrop Grumman concerning life expansion. Hisdesat opted for Xstar in life expansion as it is an old satellite. 

Another main factor was the unwillingness of Loral Space and Communications in making other ventures concerning the future of Xtar. Loral Space and Communications started to function in 2016, and it seems to lack interest in providing financial support for Xtar. As a result, Hisdesat automatically becomes more useful for all forthcoming satellites Xtar is a combined investment of Loral (56%) and Hisdesat (44%). 

Despite the outbreak of Coronavirus pandemic, Hisdesat’s SpainSat NG satellites remain on the list, having the first satellite set for November 2023 release. 

The little time between release and the end of 2024 could make launch to occur the following year (2024). On the other hand, Hisdesat has not disclosed the launch providers for Spainsat NG satellites. 


Atlas V deploys the Mars 2020 rocket carrying the Perseverance rover to head for the red planet

NASA finally launched its Mars rover on the 30th of July. The United Launch Alliance Atlas V rocket took off the Cape Canaveral Air Force Station at 7:50 a.m. This launch was a hitch-free takeoff just as scheduled. The only challenge was a tremor detected at the Jet Propulsion Laboratory. This lab is the headquarters of the mission and reports that the quake was of a low magnitude and could, therefore, not impede the launch operations.

The Mars rover detached from the Centaur rocket upper body an hour after takeoff with the second burn propelling the rocket to the red Martian planet. The Mars 2020 rocket will deploy this Perseverance Mars rover in Jezero Crater by February next year. This crater is known to have once been lake with a river tributary flowing into it. Researcher-astronauts will be looking for proof of ancient Martian life by studying the rock samples from this crater. 

The Mars 2020 deputy project scientist, Katie Stack Morgan, revealed that her team would be looking for patterns, shapes, and rock samples that demand life interference to develop. She said this in a press statement after regurgitation of the mission.

The Perseverance Mars rover is an advanced form of the Curiosity rover. Curiosity rover has been navigating the red planet for the last eight years in a move to understand the nature of the red planet. Matt Wallace, one of the Mars 2020 rocket program managers, reiterated that the Perseverance rover is a modified version of this rover and will be hosting more payloads than the Curiosity rover.

The additional modifications of the Perseverance Mars rover are to make it reliable and efficient in collecting the red planet’s rock samples. This rover will host approximately thirty-six samples in its payloads on the return journey to Earth. NASA is collaborating with the European Space Agency to ensure that this sample collection is possible for an undulate and indiscriminate sample of the rock samples.

Some of the notable adjustments on this rover are as follows: a navigation system that can extrapolate proper landing of the spacecraft according to the image projected on the entrance to Mars. The technicians have also adjusted the wheels of the rover to prevent their malfunction when they clash with rocks. 

Additionally, the Perseverance rover is hosting a chopper known as Ingenuity. This chopper is an additional machine whose sole purpose is to conduct test flights on the red planet and study the atmospheric conditions of this planet.

Finally, the project manager of the Ingenuity Mars chopper, Mimi Aung, is exuberant to witness the navigation of this craft through the Martian atmosphere. The developers of this helicopter will be trying it out to see its reliability in operating in this environment. 


Triumphant initiation of world’s initial soft X-ray satellite with “Lobster Eye” imaging equipment 

On July 25, the “Lobster-Eye X-ray Satellite” was effectively launched into trajectory at the Taiyuan Lunch center. After the launch, the first signal was relayed, riding on the Long March 4B lift rocket. The ‘Lobster-Eye X-ray Satellite’ works under organizations such as the Nanjing University (NJU), a Laboratory for Space Research (LSR) of the University of Hong Kong (HKU) and 805 Institute of the Eighth Academy of CASC among other organizations. 

The satellite was effectively set with an inner made ‘Lobster Eye,’ focused sensor for sensing electromagnetic rays, and a high precision cargo basement. During the long-term orbit mission of the satellite, it confirms the ultra-enormous electromagnetic field-of-view confined in the energy system of the X-ray. After that, the satellite finalizes several crucial detection tests of the space, some of which include; detecting dark matter that is confined within the electromagnetic energy system. 

Relying on the theory of ‘Lobster Eye,’ the electromagnetic imaging skill was planned back in the 1970s, having notable advantages such as large field-of-view, light mass, small size, and ease in an assemblage. Such benefits made it possible to be used for space cargo activities. The ‘Lobster-Eye Electromagnetic Satellite’ will become the first space discovery satellite in the world to be outfitted with a Lobster-Eye focused electromagnetic imaging technology. 

The launch of the satellite gives out an exhilarating and innovative platform to help in progressing the highly thriving partnerships for all planned future launch of several satellites. Panels taking part in the study and all units will contribute additional efforts in the central part of the shipment technology advancement. In turn, that will boost independent improvement in space astronomy; space isolated sensing fields as well as in-depth space explorations. 

The effective sendoff of the satellite marks a fundamental objective in the anticipated-for the emergency of space science examination. The launch gives more psyches to the space explorers to take part in a countrywide mission related to the space science exploration. The LSR expects that the iconic scientific effort may become an encouragement to younger ones planning to take part in space explorations for their entire lives. 

The LSR is located in an ever-changing area of Asia, which helps to advance connections with the space exploration community in China and the entire world. Several interdisciplinary research liftoffs made by the LSR allow utilization and admittance to the Mainland subsidy and research community.