Archives for June 2020

Kleos Space S.A. (ASX : KSS, Frankfort : KS1) is launching new data collecting technology (Software Defined Radio (SDR) payload) integrated in an In-Space Missions (In-Space) Faraday-1 spacecraft that will be launched into SSO from New Zealand by Rocket Lab as part of the company’s R&D program.

The launch of this new technology is a significant step on the company’s technology roadmap to increase the range of target markets and is in addition to the Scouting Mission Satellites awaiting launch on PSLV C49 at the Sriharikota Range in India. With more than an estimated 2 year mission life, the Kleos payload will observe the Earth in a polar orbit, collecting revenue generating data including the: detection of ship radar for defence and security applications; investigation of spectrum use and derived data services in the 2.6GHz 4G band; and a wideband spectrum survey complementing the Kleos Scouting Mission data (155-165MHz part of the spectrum).

The payload comprises a new Software-Defined Radio (SDR) which is a form of computer that can perform the task of processing signals received by the antenna and other RF circuitry. SDR’s are the primary payload on all Kleos satellites, thus this development is a key step on the Company technology roadmap to increase the number of data sets, target markets and revenue opportunities.

The hosting of the payload on the In-Space Faraday satellite will provide wide area surveillance data and serves as a demonstrator payload for enhanced Kleos satellites post Scouting Mission where clusters of four satellites provide high accuracy geolocation capability.

Executive Comments

Miles Ashcroft, CTO of Kleos Space, said, “Aside from the potential data sales to be accrued by having assets in orbit the benefits to our technology roadmap are enormous. Providing opportunities for development of the data infrastructure and delivery, insight into data use scenarios and a perspective on behaviour that allows us to improve flight operations for the Kleos Scouting Mission and inform development of subsequent missions.”

Andy Bowyer, CEO of Kleos Space, added, “It has been a pleasure to be part of this innovative service from In-Space, getting technology into Space that adds significant value to the Company and with the imminent launch of our first four satellites from India this is the start of an extremely exciting period for the Company.”

Tony Holt, CTO of In-Space, noted, “The Kleos payload is co-hosted on the first Faraday mission from In-Space where we have made use of tried and tested satellite technology to offer customers reliable and responsive low-cost access to space as a service.” Doug Liddle, CEO of In-Space said: “We look forward to supporting Kleos over the coming years on their mission and development program.”

Recent Kleos Space news…

Kleos Space and Global Spatial Technology Solutions’ MOU Enhances Maritime Domain Awareness

Smallsat Utility Project for Militaries Contracted to Kleos Space

Kleos Space Names New Senior Business Developer

Exolaunch has signed launch agreements with NanoAvionics to launch two, 6U smallsats aboard SpaceX’s Falcon 9 rideshare missions.

Under the contract, Exolaunch will provide launch, integration and deployment services to the NanoAvionics-built satellites. The first contracted spacecraft will be launched to SSO on the Falcon 9 smallsat-dedicated rideshare mission targeted for launch in December 2020. Another spacecraft is planned for launch in 2021.

To date, NanoAvionics has successfully completed more than 75 satellite missions and commercial projects. The company’s flagship M6P preconfigured smallsat bus uses a modular software approach and flexible architecture and is designed to serve commercial space markets. Its versatility allows NanoAvionics to provide a wide range of capabilities for its customers’ payloads.

The satellites will be integrated on a Falcon 9 ESPA port and deployed into orbit using the EXOpod, Exolaunch’s advanced cubesat deployer. EXOpod has a substantial flight heritage, having deployed 80 cubesats of various sizes to date. EXOpod will be mounted on a Falcon 9 ESPA Grande port with EXOport, a flexible multi-port adapter designed to enable optimal accommodation of small satellites. The comprehensive mechanical testing campaign for the spacecraft will be performed in Berlin, Germany, where Exolaunch is based, followed by the satellite integration with the launch vehicle at SpaceX’s facilities in Cape Canaveral, Florida.

In the spring of 2020, Exolaunch procured launch capacity from SpaceX to launch multiple small satellites aboard Falcon 9 as part of SpaceX’s SmallSat Rideshare Program. Exolaunch has numerous international customers who already signed up for this mission, and recently the company extended its contract with SpaceX for an additional ESPA port. To date, the company has successfully arranged launch campaigns for nearly one hundred small satellites.

Executive Comments

“We are glad to be collaborating with Exolaunch on these upcoming satellite launches,” said Vytenis Buzas, CEO and co-founder of NanoAvionics. “The company is an experienced and trusted partner that responds well to our needs. Not only do they provide deployment systems with a solid flight heritage, but their flexibility towards offering the most suitable launch solutions is extremely valuable to our company and customers.”

“Exolaunch is proud to enter a collaboration with the highly experienced NanoAvionics team. Their flight-proven and reliable nano-satellite buses allow customers to exclusively focus on their applications and reduce costs and lead time,” said Jeanne Medvedeva, Commercial Director at Exolaunch. “Adding to this approach, Exolaunch is ready to utilize its launch expertise and deployers to support the launch of NanoAvionics’ satellites on Falcon 9. We look forward to working together further on upcoming projects.”

Recent Exolaunch news…

Launch Services Agreement Signed Between Exolaunch and Loft Orbital

Exolaunch Signs SpaceX’s Falcon 9 to Launch Small Satellites on a Rideshare Mission

The UK government is widely reported to have joined a consortium that is bidding for bankrupt OneWeb’s satellite system — the UK reportedly put £500 million (or possibly $500 million) into the consortium for a bid on June 26th.

The UK’s interest in OneWeb is for a potential alternate space system to the EU’s Galileo GPS service, itself an alternate to the US and its well-known GPS (Global Positioning System) system.

However, there’s significant criticism of the move with various experts saying that OneWeb’s satellites – even with modifications – are not fit for a GPS purpose. OneWeb’s satellites are all in LEO of 1200 kms, while GPS craft operate at significantly higher altitudes. The US system has just 24 satellites to provide global coverage, plus a handful of in-flight back-ups, and they orbit at 20,300 kms. Galileo has just 27 satellites in its system plus three spares and orbiting at 23,222 kms.

OneWeb’s satellites, because of their much lower heights, need a far greater constellation to provide total coverage. The OneWeb scheme calls for a total of 900 satellites although the company has filed with the FCC for another 48,000 to complete its coverage and operation density for mass market adoption.

Airbus is currently involved in a 50/50 joint venture to build the OneWeb fleet from a factory in Florida. In a statement, Airbus said: “The OneWeb constellation could help address the UK’s future space requirements and with innovative thinking should further enhance the UK’s place at the forefront of satellite technology and applications. Airbus and the wider UK space ecosystem have the skills to build future capability and then drive export opportunities. We would look forward to supporting OneWeb in the next phase of their business and growing the UK contribution to this market changing business.”

It is also reported that Chinese interests have examined OneWeb’s assets; however, it is also seen that China would suffer some extreme roadblocks in terms of their bid(s).

“The fundamental starting point is, yes, we’ve bought the wrong satellites,” said Dr. Bleddyn Bowen, a space policy expert at the University of Leicester speaking to The Guardian. “OneWeb is working on basically the same idea as Elon Musk’s Starlink; a mega-constellation of satellites in Low Earth Orbit, which are used to connect people on the ground to the Internet. What’s happened is that the very talented lobbyists at OneWeb have convinced the government that we can completely redesign some of the satellites to piggyback a navigation payload on it. It’s bolting an unproven technology on to a mega-constellation that’s designed to do something else. It’s a tech and business gamble.

Giles Thorne, a research analyst at investment bank Jefferies, and a highly-regarded voice in satellite matters, was blunt, saying, “This situation is nonsensical to me. This situation looks like nationalism trumping solid industrial policy. Let’s give the government the benefit of the doubt: if the output the government wants is a UK-branded positioning system, a projection of UK power around the world and supporting the UK satellite industry base, then it is probably quicker and cheaper to smash the square peg of OneWeb into the round hole of a Galileo replacement than it is to do it from scratch.”

Sami Kassab, also considered an expert on satellite matters, in his Exane/BNPP bank’s note to clients, said that his list of potential bidders/buyers includes Eutelsat, Amazon, Inmarsat, Airbus and possibly Chinese players and stated that it is unlikely that SES and Space X will bid, as they already have a similar but more advanced infrastructure in place. He noted, “Eutelsat has no LEO broadband assets and acquiring OneWeb would make strategic sense but be financially risky as the ROI on this constellation is more than questionable (hence the Chapter 11). In our view, Eutelsat is unlikely to bid on its own but it could be part of a broader consortium including the French State (as suggested in the FT‘s article) and potentially Airbus (OneWeb spacecraft manufacturer). The support of Government funding would reduce the financial risk for any private bidder. We also believe that a failed attempt by Eutelsat/France to acquire OneWeb would increase the odds of a SES-Eutelsat merger as a European political response to the UK’s investment in New Space. Available economies of scale would be significant in our view.”

Chris Forrester continues his reporting at the Advanced Television infosite with a posting that reads…

First it was bad weather at the Cape which slipped the SpaceX June 23rd launch to June 25th, then June 26th, but then the Falcon 9 rocket with a cargo of 57 Starlink satellites – plus a few guest craft – was postponed again just 2 hours before the planned launch – even though the weather was good.

“Standing down from today’s Starlink mission; team needed additional time for pre-launch checkouts, but Falcon 9 and the satellites are healthy,” SpaceX wrote in an update on Twitter. “Will announce new target launch date once confirmed on the Range.”

The delay means that there are now launch pressures on Musk’s team because another Falcon 9 is due for launch on June 30th from a nearby pad to place a GPS III satellite – manufactured by Lockheed Martin – into orbit for the US Space Force. The GPS mission uses a rocket that has already flown 4 times before including two earlier Starlink missions.

This particular GPS satellite replaces an older craft in the 31-satellite set and provides improved accuracy as well as anti-jamming technology. The delayed Falcon 9 rocket for the Starlink mission is no slouch and has flown 4 times. No date has yet been set for the launch attempt.

SpaceX has previously said they would likely manage 24 rocket launches annually and this next batch will be the 10th launch of 57 Starlink craft. This will be the 10th launch of Elon Musk’s Starlink satellites and take the total in orbit to almost 600.

Musk says that his Starlink service will debut “later this summer” first serving Alaska and the northern US and Canadian regions. He has said that he only needs about 400 satellites in orbit to provide a basic ‘beta’ service, and that a fleet of 800 would provide “moderate” coverage for public subscribers/users.

A third Forrester story reveals that the dispute between Intelsat, itself in Chapter 11 bankruptcy protection, and the International Telecommunications Satellite Organisation (ITSO) and payments claimed as owed by Intelsat to ITSO, was due to be heard by the bankruptcy court on June 30th and that legal event has now been delayed.

It will now be heard on July 28th during the next ‘Omnibus Hearing’ by the court.

ITSO, an intergovernmental organisation comprising 149 member states, supervises Intelsat’s public service obligations. ITSO wanted the court to order Intelsat pay up outstanding cash to fund its activities.

Some of the ITSO claims are denied by Intelsat which says that ITSO’s obligations do not extend – for example – to funding expensive trips to Davos and the World Economic Forum as well as other unwarranted expenses.

Intelsat says that ITSO’s extra claims are without merit and should be dismissed.

Reporting by journalist Chris Forrester @ the Advanced Television infosite.

Capella Space has signed a Cooperative Research and Development Agreement (CRADA) with the National Geospatial-Intelligence Agency (NGA).

The CRADA gives Capella access to NGA researchers for deeper insight into problems and, in return, NGA gains access to Capella Space’s SAR data and analytics services and signifies NGA’s first research partnership with an American commercial smallsat SAR data company, in an effort to expand its research capabilities.

The CRADA with Capella Space is part of the NGA’s broader Commercial GEOINT Strategy, first released October 2015 and later updated in September 2018. The NGA Commercial GEOINT Strategy provides a vision and plan for continually increasing collaboration with commercial GEOINT companies in order to meet rising customer demands for more timely and persistent imagery, analytics, and contextual information.

Capella will play a critical role in satisfying NGA’s mission to expand its production and publication of unclassified operations and intelligence.

The CRADA further strengthens Capella Space’s already-trusted relationship with United States government agencies. This past May, Capella Space signed a contract with the Department of Defense to provide on-demand, high-resolution SAR data and analytics for the U.S. Navy.

“This is an exciting partnership that has the potential to yield new intelligence opportunities. Capella’s high temporal resolution SAR imagery will give intelligence professionals key insight and strategic advantage,” said Jarrett Adrian, NGA’s Principal Investigator for this CRADA.

“We’re appreciative to NGA for its interest in our data and technology,” said Payam Banazadeh, CEO and founder of Capella Space. “We look forward to better understanding users’ problems and demands through this partnership and being able to jointly develop cutting edge solutions for our U.S. government customers. With our satellite launch on the near horizon, this is an optimal time to initiate a collaborative, data-sharing relationship.”

Recent Capella Space news…

Rocket Lab to Launch Capella Space’s First SAR Satellite

June 26th is ‘Bidding Day’ for OneWeb’s assets. Would-be buyers have to enter their bids for OneWeb, which is in bankruptcy.  If no – or inadequate – bids are entered, then the process goes forward to an auction of assets on July 2nd.

The UK government is widely reported to have joined a consortium bidding to acquire OneWeb and has reportedly stumped up £500 million for a 20 percent share of the bid.

The UK government sees OneWeb as a potential replacement for the European Union’s ‘Galileo’ GPS satellite navigation system. The UK will be excluded from the military aspect of Galileo once exiting the EU.  It had been originally suggested that the UK would have to pay between £4 billion to £5 billion to build its own satellite navigation system. Buying OneWeb could be seen as giving the UK a ‘fast-track’ route to an independent system.

However, it is understood that the UK is far from alone in looking to buy OneWeb. There is Chinese interest from a number of potential competitors and a French bid potentially including existing satellite operator Eutelsat is also reportedly looking at bidding.

OneWeb has 74 satellites already in orbit and had planned to launch an initial 650 craft in order to circle the globe with a broadband-by-satellite system.

Article authored by journalist Chris Forrester for the Advanced Television infosite.

Leaf Space, an Italian company that provides ground segment services for smallsats, has recently closed a Series A investment round to finance the scale-up phase of its business model.

The company, founded in 2014 in Milan by Jonata Puglia, Michele Messina and Giovanni Pandolfi, has a well-established presence in Europe, North America, and APAC and with this round has raised another €3 million that will allow it to consolidate and expand its services dedicated to microsatellite operators.

The objective of this investment is to strengthen Leaf Space’s presence in the New Space Economy by supporting both the expansion of its current satellite antenna infrastructure as well as the development of new services and technologies. This activity will favor and further strengthen the existing and solid commercial base, which is embedded in a sector that is focused on the satellite communications of the future and is therefore also of more strategic importance for facing the impacts of COVID-19 on the global economic system.

This new €3 million round was carried out by an investment group in which Whysol Investments is the Lead Investor, followed by RedSeed Ventures. The latter has already been present in Leaf Space since its first steps, having invested a total of €1.4 million of capital between 2016 and 2019.

Today, Leaf Space has globally-distributed satellite communications infrastructure, with 5 antennas installed and operational. The Leaf Line communication service has been used by over 14 customers. Companies such as Astrocast, Pixxel, Virgin Orbit, D-Orbit, and many others around the world use Leaf Space’s services to expand and consolidate their business, together with major institutional clients including the European Space Agency (ESA), Telespazio-Leonardo, the German Space Agency (DLR), and the Indian Space Research Organisation (ISRO).

With this investment, the company has raised a total of more than 7 million Euros and is moving away from the world of start-ups to take a more mature path as an Innovative SME. Considering the positive results of its commercial service in Europe and the US three years after its market entry, Leaf Space will use the funding to further expand its already active ground station network, with new sites in North America, the Azores, the equatorial zone, and the southern hemisphere.

In particular, the expansion of the network will reduce communication latency in Europe, the US, and Australia, being able to provide data uplink and downlink service once per orbit in SSO (Sun-Synchronous Orbit) and equatorial orbit. By the end of 2020, the network will have a total of more than 10 ground stations dedicated to the multi-customer service Leaf Line, in addition to several stations dedicated to the Swiss customer Astrocast, using the exclusive Leaf Key service.

The new capital raised will also finance technological development activities, to expand towards higher communication frequencies, and to increase the supported data-rate, allowing Leaf Space to serve other satellite classes, launch providers, and High Altitude Platforms (HAPs).

“The New Space market has been growing for years, a real boom linked to the birth and development of microsatellites. So far, the sector is proving more resilient than others to the impact of the COVID-19 crisis, and Leaf Space is a clear example. The closing of this round is an extraordinary achievement for which I want to thank our investors, all our partners, and employees for the commitment and professionalism shown in recent months,” said Jonata Puglia, CEO and co-founder of Leaf Space.

“Innovation is the connective thread that has always guided us in our investment selection. During the start-up phase, Leaf Space has proven to be able to rapidly develop and provide a range of innovative services and technologies in the ground service segment, starting with the transmission and collection of data. We have decided to continue to support them also during the scale-up phase because we firmly believe in the multidisciplinary skills of the management team and in the potential of the New Space Economy,” added Alberto Bitetto, Founder and Chairman of Whysol Investments.

“This is a further demonstration of how Made in Italy is competitive at the global level even in very technological sectors like the New Space Economy. Leaf Space is now a global-level company of reference in the microsatellite ground segment sector, able to compete with giants that have operated on the market for decades,” said Elisa Schembari, Founder and Managing Partner of RedSeed Ventures and Leaf Space Chairman.

Orbital Transports, Inc. has revealed their new service, Get Spaceborne^TM .

Get Spaceborne^TM is a new resource for smallsat component manufacturers. Rather than requiring an expensive, dedicated mission for on-orbit testing and qualification, products being qualified will share a spacecraft bus with other hosted payloads.

The spacecraft bus provides the hosted payload with power, two-way communications and propulsion. Payload slots are available in standard CubeSat form factors ranging from 1U to 6U, accommodating a range of products. A standard payload management API simplifies integration of the product with the spacecraft bus. Several launch opportunities to Sun-synchronous orbit and potentially other orbits are now available starting in Q2 2021.

Get Spaceborne^TM is one of many services and products featured in the Space Catalog. Orbital Transports’ Space Catalog showcases a wide variety of small satellite hardware components, small satellite buses specialized for common space missions, mission analysis services, ground station services, mission operations software and more from industry partners. Orbital Transports has brought together many of the industry’s most innovative and reliable companies to offer a wide set of solutions while meeting client’s quality requirements.

Executive Comment

“Our turnkey service for on-orbit demonstration is a fast and cost-effective way for smallsat manufacturers to acquire flight heritage for their products including communications, imaging, data processing, propulsion, power, and other components,” said David Hurst, CEO of Orbital Transports. “We handle all the logistics of planning your mission, integrating your smallsat component with the satellite bus, operating the mission, and getting your flight qualification data back to you.”

Recent Orbital Transports news…

Smallsat Catalog Published by Orbital Transports Offers Total Mission Support

Blending Their Smallsat Expertise — Orbital Transports + Innovative Solutions in Space (ISISPACE)