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Space Norway and SSTL Announce Strategic Partnership for Space Norway’s cutting-edge radar satellite programme

Space Norway and SSTL Announce Strategic Partnership for Space Norway’s cutting-edge radar satellite programme

Space Norway AS (SPN) and Surrey Satellite Technology Limited (SSTL) are pleased to announce the signing of a teaming agreement to collaborate on the development and international promotion of the satellite programme promising to deliver high resolution, wide swath radar imaging. This strategic partnership will leverage the expertise of both organisations to explore opportunities for delivering advanced spaceborne maritime surveillance capabilities to global customers.

Space Norway, a leading provider of satellite services and operator of critical infrastructure, is spearheading the venture. These satellites aim to enhance maritime monitoring for the Norwegian government, commercial entities, and international partners. United Kingdom based SSTL, renowned for manufacturing innovative satellite systems, will contribute its expertise in satellite design and elements of the payload.

SPN and SSTL have been working on the first spacecraft which is due for initial operational service in 2027. The technology on this spacecraft is unique, in that it is designed to provide exceptional high resolution, wide-swath coverage, providing surveillance of large maritime areas, with very low latency. This provides highly effective detection and classification of ships, which can then be correlated and validated with on-board AIS technology.

The agreement sets the framework for joint exploration of business opportunities, including tailoring the mission for international customers, exploring both service provisioning and satellite sales, as well as a combination of these.

This collaboration underscores SSTL and SPN’s shared commitment to advancing space technology solutions based on industry best practices.

CEO at SPN, Morten Tengs says:” We are excited to combine forces with our trusted partner SSTL in developing this cutting-edge satellite programme that leverages Norwegian technologies and capabilities and opens up new markets.”

Marte Kalveland, Director of Earth Observation and Innovation at SPN further adds: “Our radar technology is designed to deliver the long-anticipated High Resolution Wide Swath (HRWS) imaging dream. Once operational, the satellites will offer a unique capacity for surveillance of large areas with a real time high resolution, and we look forward to offering this to the global market.”

Says SSTL’s Andrew Cawthorne: “This agreement expands SSTL’s Synthetic Aperture Radar portfolio and allows us to offer variants of this spacecraft to customers that require privacy and priority of service over their own Area of Interest.”

Recent Space Norway Board visit to SSTL's Guildford HQ
Foto: Recent Space Norway Board visit to SSTL's Guildford HQ

About Surrey Satellite Technology Ltd (SSTL)

Surrey Satellite Technology Limited (SSTL), based in Guildford, United Kingdom, and owned by Airbus Defence and Space has been at the forefront of small satellite innovation for over four decades and 74 satellite missions. With a strong reputation for reliability and cutting-edge technology, SSTL specialises in the design and manufacture of small satellite platforms, customer training programmes and complete satellite missions. For more information, see https://www.sstl.co.uk/

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Access to Space Norway’s VDES payload

VDES network access agreement with Sternula

VDES agreement signing between Space Norway and Sternula.

Space Norway has signed a strategic agreement with Sternula, a Danish company working to make global, real-time VDES connectivity possible.

Through this partnership, Sternula will have access to Space Norway’s VDES payload capacity on the Norwegian NorSat-2 satellite. In return, Sternula will offer end-to-end “AIS 2.0” connectivity via its networks, supporting digital services for the maritime sector.

A strong partnership

“We have worked with Sternula on several projects over the past few years. Our companies complement each other well in the satellite VDES market because we take different approaches to building satellite VDES capacity,” said Marte Kalveland, Director for Earth Observation and Innovation at Space Norway.

She highlighted that this diversity makes the collaboration even stronger.

“Space Norway is delighted to enter this satellite VDES network access agreement, which will help us reach more customers and extend our global presence as a provider of satellite VDES capacity,” she added.

Lars Moltsen, CEO of Sternula, commented, “Space Norway is a true VDES pioneer and was the first satellite operator to launch a VDES satellite. We are excited to sign this network access agreement and work together.”

Sternula is building a global AIS 2.0 network to enable trusted data exchange in the maritime industry.

“We want to ensure that all available infrastructures are used to improve maritime safety and efficiency,” Moltsen said.

The next step for AIS

The VHF Data Exchange System (VDES) is an innovative communication system designed to support e-navigation and the digitalisation of shipping. Space Norway, in partnership with Kongsberg Discovery and Kongsberg Seatex, has helped make Norway a global leader in developing the satellite part of the VDES system.

VDES builds on the trusted AIS system, which has been a safety requirement under SOLAS since 2002 and is now used on over 300,000 vessels worldwide. By adding secure data channels, much greater capacity, and global two-way satellite connectivity, VDES represents a major step forward for maritime digitalisation. Importantly, these benefits are available without the need for new antennas on ships or on land.

VDES enables new digital services that improve maritime safety, route planning, and traffic management—benefiting ship owners, ports, and authorities. It allows two-way, low-speed communication with ships anywhere in the world, including the Arctic. As the next generation of the AIS system, VDES uses the same frequency range and combines land-based station coverage with satellite coverage, creating a seamless global system for ship communication.

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Space Norway Signs New Launch Agreement with SpaceX

Space Norway has signed a contract with SpaceX for the launch of the new communications satellite, THOR 8, into geostationary orbit. The mission, which will launch aboard a SpaceX Falcon 9 rocket in 2027, will strengthen Space Norway’s communications capacity for both governmental and commercial clients.

“The Falcon 9 launch service was selected after a competitive process. SpaceX has an impressive track record of launches, and we count on their reliable services for THOR 8, just as we did for last year’s successful launch of the two ASBM satellites”, says Peter Olsen, Head of Satcom Division at Space Norway.

“We’re proud of the trust Space Norway has in SpaceX and Falcon 9 to safely launch their THOR 8 spacecraft to orbit,” said SpaceX Vice President of Commercial Sales, Stephanie Bednarek. “We look forward to this exciting mission.”

SpaceX was the first company to commercialize the reuse of its rockets, and to date, they have completed more than 500 successful launches and recoveries of Falcon first stage boosters.

Expanding Capabilities

THOR 8 is a major undertaking for Space Norway. The satellite will both replace older satellites being phased out in the coming years and provide increased capacity and service offerings for our customers. THOR 8 is part of Space Norway’s multi-orbit strategy, with satellites in low Earth orbit (LEO), geostationary orbit (GEO), and highly elliptical orbit (HEO). This portfolio allows us to serve a broad spectrum of customers with widely varying needs.

Operated from Oslo

THOR 8 will be operated by Space Norway from Oslo, and the company is well underway in the preparations needed to incorporate the new satellite into the overall service offering, both at the satellite operations facility and at the teleport where service platforms will be located. The French company Thales Alenia Space has started building the satellite, and Space Norway is establishing a local presence at the satellite manufacturing facilities to closely monitor the construction process.

Capacity

THOR 8 is a multi-purpose satellite that offers capacity for both data services and broadcasting. Intelsat has already secured lifetime usage—at least 15 years—for its broadcasting customers. Read more.

THOR 8 carries two dedicated payloads for broadcasting in Europe and the Nordics, as well as payloads for data services to commercial and governmental customers.

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Strategic partnership to enhance satellite communication services in the Nordic region

Space Norway and Allente Sign Long-Term Satellite Agreement

Nittedal Teleport Space Norway
Foto ©Kilian Munch

Space Norway, a leading provider of satellite services across Europe, and Allente, a major player in the Nordic pay-TV market, have announced a landmark agreement to secure and provide long-term satellite capacity from the 1° West orbital position to viewers in the Nordic territory. This partnership is set to significantly enhance communication infrastructure and service delivery across the region.

The long-term collaboration between Space Norway and Allente is based on powerful and inter-satellite diversification, using Thor5, Thor6, and Thor7 satellites. Following the expansion to the newly announced Thor8 program, the parties have agreed to continue their successful relationship.

“This agreement marks a pivotal moment in our efforts to expand and optimize satellite services for Nordic audiences”, said Ole Ledang, Director of Broadcasting Division at Space Norway.  “Supported by a dynamic and technically advanced encoding system and satellite uplink infrastructure at Nittedal Teleport, Space Norway provides reliable, flexible, and secure long-term solutions for Allente’s DTH platform,”

Jon-Espen Nergård, CTO of Allente, added: “This agreement secures the capacity we need to keep delivering the TV experience our customers expect. A reliable, high-quality service, available everywhere in the Nordics, whether in cities, small towns, or the most remote locations. Allente will continue to provide uninterrupted access to the content people love today and for many years to come”.

 

Background Information:

Space Norway has established itself as a leader in European satellite communications, providing essential services to diverse regions. Allente, known for its extensive reach in the Nordic pay-TV market, continues to innovate and adapt to evolving consumer demands.

About Allente

Allente, headquartered in Stockholm, Sweden and Oslo, Norway, is a prominent Nordic pay-TV distributor, offering a wide range of television and streaming options.

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Press Release

Space Norway and Telenor extend the partnership to provide linear OTT and IPTV services to the Pay-TV Markets

Space Norway and Telenor extend the partnership to provide linear OTT and IPTV services to the Pay-TV Markets

Space Norway and Telenor Nordics are pleased to announce a new agreement focused on delivering IPTV and linear OTT streaming services to the pay-TV markets in Norway, Sweden, and Finland. This collaboration ensures the seamless, reliable, and innovative delivery of premium TV services to Telenor in the Nordics, raising the bar for digital entertainment across the region. 

Oslo, Norway – September 10, 2025 - This strategic alliance leverages Space Norway’s expertise in content aggregation, transcoding, and streaming of TV channels, alongside Telenor’s robust end-user solutions and streaming experience. Together, they aim to redefine the viewing experience for consumers by offering cutting-edge technology and diverse content options. 

Space Norway Director Broadcasting Division, Ole Ledang, expressed his enthusiasm about the partnership, stating We are delighted to strengthen our role as a trusted partner for Telenor Nordics, ensuring the delivery of top-tier, efficient IPTV and linear OTT streaming services to its Nordic pay-TV customers. This partnership enables us to adapt even further and remain fully committed to meeting the evolving demands for efficiency and quality.” 

Emil Hansen, VP Nordic TV in Telenor Nordics, added, “Our top priority is to provide value to our customers across Finland, Norway and Sweden through seamless, high-quality viewing experiences, on any device, anywhere. We are very happy to extend Telenor’s partnership with Space Norway and join forces in strengthening our presence in the Nordic market through scalable digital solutions.”   

About Telenor

Telenor Group is a leading telecommunications company with operations in the Nordics and Asia reaching 207 million subscribers across its portfolio. The company reported revenues of NOK 79.9 billion in 2024. Telenor is committed to responsible business conduct and driven by the ambition of empowering societies. Connectivity has been Telenor’s domain for 170 years, and the company’s purpose is to connect customers to what matters most. Telenor is listed at Oslo Stock Exchange under the ticker TEL. For more information, see https://www.telenor.com 

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Space Norway launches global LEO satellite services as an Authorized Starlink Reseller.

Starlink High Performance Kit
Starlink High Performance Kit_Starlink Studio. (Image: Starlink by SpaceX).

Space Norway, Northern Europe’s leading satellite operator, is pleased to announce that it has signed an agreement with Starlink by SpaceX to provide Low Earth Orbit (LEO) satellite connectivity services starting with immediate effect. This contract further extends the company’s strategy of offering multi-orbit infrastructure combining geostationary (GEO), Highly Elliptical Orbit (HEO) and LEO satellites.

The Starlink satellite constellation will enable Space Norway to provide low-latency LEO services to maritime mobility clients globally, and land-based enterprise clients throughout the EMEA region.

The Starlink LEO service is set to roll out in the coming weeks and will be supported by Space Norway’s customer portal allowing clients to effectively manage their service by monitoring usage, as well as upgrading and downgrading their service. Clients will be able to purchase the necessary hardware to run Starlink services directly from Space Norway.

Starlink LEO Services for maritime mobility
Starlink LEO services for maritime mobility. (Image: Starlink by SpaceX.)

Jan Hetland, Space Norway’s Director, Data Services, said: “This agreement allows Space Norway to complement its leading maritime mobility services, and will significantly enhance critical connectivity for our land-based enterprise customers. With Starlink’s cutting-edge LEO network and commitment to technological innovation, we are delighted to deliver resilient, world-class connectivity to both current and new clients. Our expert engineering team and 24/7 support desk are dedicated to ensuring seamless integration and continuous service excellence for our customers’ connectivity needs.”

Space Norway’s CEO, Morten Tengs, stated, “This agreement as an Authorized Starlink Reseller marks a significant milestone in our journey toward becoming a comprehensive multi-orbit service provider. By leveraging Starlink’s advanced LEO satellite network, we are positioned to deliver enhanced value to our diverse clients worldwide.”

Starlink LEO services for rural land-based locations.
Starlink LEO services for rural land-based locations. (Image: Starlink by SpaceX).

About Starlink by SpaceX

Starlink delivers high-speed, low-latency internet to users all over the world. As the world’s first and largest satellite constellation using a low Earth orbit, Starlink delivers broadband internet capable of supporting streaming, online gaming, video calls and more. Starlink is engineered and operated by SpaceX. As the world’s leading provider of launch services, SpaceX is leveraging its deep experience with both spacecraft and on-orbit operations to deploy the world’s most advanced broadband internet system.

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ASBM payload operative

Viasat's ASBM payloads now ready for government service

Activity outside Andenes, and Andøya during NEMO Trials 2016. Photo: Simen Rudi, Forsvarsmateriell
Photo: Simen Rudi, Norwegian Armed Forces.

Viasat, Inc., a global leader in satellite communications, has announced in a press release that its ASBM 1&2 payloads are ready to deliver services for government customers. Services for commercial maritime and aviation sectors are expected to follow throughout 2026.

Late last year, Viasat successfully completed in-orbit testing of the GX10A and GX10B payloads on Space Norway’s two Arctic Satellite Broadband Mission satellites. Now the first services are going operational.

“We’re excited to begin delivering services in the Arctic region to support scientific research and to enable assured, resilient communications for tactical and strategic government missions. This is another step in Viasat’s capability to provide innovative, multi-orbit solutions and services to meet the evolving connectivity requirements of government customers worldwide,” said Susan Miller, President of Viasat Government, in the press release.

ASBM – ground-breaking for broadband in Arctic

In a comment, Peter Olsen, Director of Satcom at Space Norway, congratulates Viasat on reaching the first operational milestone.

“Congratulations to Viasat on starting service delivery in the Arctic region via the ASBM platform. It is excellent news that they are now operational for government customers. Space Norway value the partnership with Viasat on ASBM greatly, and we are very pleased to see that Viasat payload functions as planned and is ready to delivery mission critical services for the users.”

Before the Arctic Satellite Broadband Mission (ASBM), no satellites were capable of providing continuous broadband access for government users in the Arctic. Space Norway has achieved a ground-breaking mission with the ASBM project, enabling it’s customers and partners to deliver broadband services via two satellites in a highly elliptical orbit.

The ASBM 1 and ASBM 2 satellites work in tandem to provide continuous broadband coverage north of the 65° N latitude, following a highly elliptical orbit.

From payload in-orbit testing to declaring overall system ready-for-service

The ASBM satellites were launched into highly elliptical orbit (HEO) in August 2024. In addition to host payloads for Viasat, they also feature hosted payloads for the Norwegian Military and the U.S. Government, as well as a radiation monitoring capability for the European Commission.

Girish Chandran, Chief Technology Officer and President of Global Space Networks, said in the press release: “We would like to thank Space Norway, our project partners, and our teams for their continued hard work to make this project a reality. Bringing these payloads into service for government will help fulfil our vision to deliver the flexibility, coverage, and connectivity our customers need – wherever they operate.”

Providing broadband satellite coverage in the Arctic

Traditionally, satellite communications have relied on geostationary satellites (GEO), orbiting the Earth over the equator and providing communication coverage to vast areas of the Earth’s surface. However, in areas north of approximately the 75th parallel, geostationary satellites are too low on the horizon for securing effective and reliable connectivity.

Unlike geostationary (GEO) satellites, the ASBM satellites orbit the Earth in a highly elliptical orbit (HEO) ensuring continuous coverage over the northern areas. Their highest orbit altitude is 43,500 km when over the northern hemisphere and their lowest orbit altitude is 8,100 km when over the southern hemisphere.

See the ASBM coverage map on Space Norway’s web page.

Viasat’s payloads

The connectivity demands of governments, commercial mobility services, and scientists in the Arctic region have been rapidly increasing. For Viasat, the GX10A and B payloads are designed to provide broadband satellite coverage over the Arctic region for government and commercial customers. The payloads will expand the coverage area served by Viasat, further strengthening the company’s global coverage capabilities with this dedicated capacity for the Arctic region. These payloads also support Viasat’s roadmap of delivering multi-orbit services to support customers across markets.

Viasat is further expanding its high-speed broadband capacity and capabilities for government and commercial mobility customers with five new Ka-band satellites currently under construction, which are expected to enter service over the next few years.

ASBM satellites specifications:

  • Weight: Each satellite weighs around two tons
  • Size: Approximately 3x3x4 meters
  • Wingspan: 27 meters with unfolded solar panels
  • Satellite manufacturer: Northrop Grumman
  • Launch vehicle: SpaceX Falcon 9
  • Ground infrastructure: built by Kongsberg
  • Satellite Services (KSAT)

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    ViaSatellite interviews Space Norway's CEO on THOR 8, Lightspeed and future plans.

    Morten Tengs, CEO of Space Norway. Photo: Kilian Munch
    Morten Tengs, CEO of Space Norway. Photo: Kilian Munch.

    As Space Norway continues to strengthen its position in the satellite connectivity industry, these developments are set to enhance our service offerings and expand our reach. Read on to learn more about our direction in future satellite technologies and how these advancements will drive improved connectivity for our customers across the globe.

    This article was published in Satellite Today on April 2, 2025. (original article)

    Space Norway’s order of THOR 8 satellite last month marked a rare new Geostationary (GEO) satellite order in 2025. Coming almost a decade after THOR 7 was launched, it is a significant investment for Norway’s state-owned space company and will ensure the company continues its business in GEO.

    One year after the Telenor Satellite acquisition, Via Satellite interviewed Space Norway CEO Morten Tengs about why it was the right time to invest in a new satellite and its recent agreement with Telesat as Space Norway looks to bring a Low-Earth Orbit (LEO) component to its service offerings.

    VIA SATELLITE: You recently announced the commission of the THOR 8 satellite. Why was the time to right to invest in a new satellite?

    Tengs: We have been in the satellite operation business for many years and we have built a substantial business. This is the business we plan to develop further with THOR 8. The fact is several of the current satellites are reaching the end of life. We had to order a satellite now to make sure we will have continued service from around 2028 when THOR 8 will be ready. THOR 8 is a multi-mission satellite that will replace several of the current assets we have.

     

    VIA SATELLITE: There was a large time gap between THOR 7 and THOR 8, so there will be a huge difference in technology and capability. Would there be likely be a large gap between THOR 8 and THOR 9?

    Tengs: You are right. There was a huge gap. THOR 8 will replace several of the existing satellites. We have over time built a satellite team to be a lean and efficient entity. With services and capacity sales that are targeting different needs. When we introduce THOR 8, the satellite has capabilities to reoptimize what we do. The capacity can enable us to provide services to three different segments – DTH/video, maritime/mobility and also government. That is the reason for this. It is a multi-mission satellite.

    When it comes to THOR 9, we don’t have concrete plans. The focus is to deliver on THOR 8.

     

    VIA SATELLITE: Since the launch of THOR 7, the satellite world has changed in a huge way. What role can a GEO operator play in a world that is now dominated by LEO investments and assets?

    Tengs: The satellite world has changed a lot and we are part of that change. You can consider Space Norway to be orbit-agnostic or multi-orbit. We have been in the GEO world for many, many years with our THOR fleet and also with the 10-02 satellite that we share with Intelsat and since last year we launched the Arctic Satellite Broadband Mission (ASBM) program. We launched two programs in this ASBM mission. These are two satellites in high elliptical orbit where we provide important critical services for both government and private clients. So far, we have also been in LEO orbit, only focusing on Earth Observation (EO).

    We recently announced a cooperation with Telesat and Lightspeed and in a few years, we will be able to offer a full multi-orbit service. We are very happy with the arrangement we have with Lightspeed.

     

    VIA SATELLITE: Would you look to partner with other LEO operators other than Telesat?

    Tengs: It is not only limited to Telesat but we are very happy with the agreement with them. We think their network design is excellent and we think we will be able to offer premium services to both government and commercial clients. Having this service fully integrated into our product portfolio is a big milestone for us. It is not limited to Lightspeed though. 

     

    VIA SATELLITE: Given the volatile geopolitical situation in Europe, do you think Norway will invest even more in space-based assets going forward?

    Tengs: I can’t speak on behalf of the government, but we can see there is an increased focus on space. I think we as a company we will invest more. We are in a capital intensive business and we will make investments both in EO and communication going forward. 

     

    VIA SATELLITE: In terms of new verticals, is Space Norway looking to target new customer groups for its satellite solutions?

    Tengs: We are already in the government sector, but I think that is the sector where we will see the most growth going forward. Both in terms of civil and defense, I see strong opportunities and growth for us.

     

    VIA SATELLITE: Where do you see the demand for capacity on THOR 8? Why will these customers choose Space Norway rather than a LEO offering?

    Tengs: THOR 8 is a multi-mission satellite. We have a couple of DTH payloads designed to serve the Nordic market and Central and Eastern Europe (CEE) with broadcasting capacity. We have a partnership with Intelsat regarding broadcast capacity. We have announced a new deal with Intelsat, securing capacity for the duration of the THOR 8 satellite. The next payload/service is more based on wholesale capacity and this enables customers that are interested in installing closed networks that they control. We think there are clients that will prefer fully closed networks rather than putting their eggs in a LEO basket. That is the case for government and commercial clients, especially for governmental applications, where control and independence is particularly important. We have seen this demand. The way we have designed THOR 8 is to cater for these various services and capacities.

     

    VIA SATELLITE: What have been the benefits of Telenor Satellite becoming part of Space Norway? Has there been any form of culture change?

    Tengs: The acquisition/merger makes perfect sense. It is a combination of two worlds. Telenor Satellite was a more commercial orientated company focusing on customer needs and profitability where as Space Norway was focusing on innovation and large projects such as the Arctic Satellite Broadband Mission (ASBM) Project. So, combining these two operations gives a very good mix. We are very happy with how it looks. There are always challenges when combining two operations. But, nothing we can’t solve.

     

    VIA SATELLITE: Could you tell us about the launch of ‘Arctic Way,’ the world’s northernmost subsea cable system. What is the thinking behind this? How does this blend with your satellite assets?

    Tengs: The reason for the launch is that there is a current cable system today that will reach end of life in around 2028-2030. This is the right time to start a project and make sure there is continuity in the services. So, that is the simple background. There is a commercial market on the island of Svalbard. This new cable system will also have a link to Jan Mayen where there are only governmental needs. There are satellite activities at Svalbard also where we can serve.

     

    VIA SATELLITE: As the CEO of Space Norway, what do you see the key challenges for the company over the next 12-18 months?

    Tengs: The key challenge is to deliver on the projects that we have. So, we have THOR 8 and the cable system, the agreement with Telesat. We have a lot of business related activities that we need to deliver on and then we have the internal stuff, and the continued integration with Space Norway and Telenor Satellite. Those are the two areas we will be looking. I hope we will be spending more time on the external things rather than the internal things. 

     

    VIA SATELLITE: Where do you see the opportunities to grow the business for Space Norway over the next 12 months?

    Tengs: I think we will see significant growth in the government market for example, both on the communications side and the EO side. We see huge potential there. We have concrete plans in both those areas where we can’t go into detail just yet. I also see huge potential in the cooperation agreement we have with Telesat regarding Lightspeed. There are multiple areas where we see huge potential for Space Norway and we are very well positioned.

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    Morten Tengs appointed CEO of Space Norway

    Morten Tengs, CEO, Space Norway.
    Morten Tengs, CEO, Space Norway. Photo: Kilian Munch.

    The Board of Directors of Space Norway has appointed Morten Tengs as Chief Executive Officer (CEO).

    Chairman of the Board, Svein Olav Munkeby says:

    “Tengs has been deeply involved in company decisions and has been acting CEO since June 2024. This implies excellent knowledge about our ongoing and future projects. The Board is very pleased with this appointment and feels that Morten will deliver on our strategy.

    “Space Norway leads on in Norwegian space development. Space Norway has every opportunity for further growth and development, and I’m looking forward to continuing my work as CEO of Space Norway,” says Tengs.

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    Space Norway launches "Arctic Way": the world's northernmost subsea cable system.

    David Coughlan, CEO of SubCom, and Morten Tengs, CEO of Space Norway, sign the contract for the Arctic Way Cable System. (Photo courtesy of SubCom).
    Photo: David Coughlan, CEO of SubCom, and Morten Tengs, CEO of Space Norway, sign the contract for the Arctic Way Cable System. (Photo courtesy of SubCom).

    Space Norway is set to establish new high-speed connection from the Norwegian mainland to Jan Mayen and Svalbard archipelago.

    Space Norway has signed a contract with SubCom for the full system supply of the Arctic Way Cable System, including survey, design, manufacturing, and installation. Scheduled to commence service in 2028, this new system will become a critical asset for transmitting data traffic between the mainland, Jan Mayen, and Svalbard.

    “Space Norway owns, develops and manages critical space infrastructure and subsea cable systems. Establishing this new cable system is imperative to ensure uninterrupted connectivity for the Arctic community and to support Norway’s strategic interests. With SubCom’s proven track record in managing Arctic projects, they are the optimal partner for this significant program,” says Morten Tengs, CEO of Space Norway.

    “SubCom has maintained a successful relationship with Space Norway for decades, including our participation in the supply of the original Svalbard cable system,” said David Coughlan, CEO of SubCom. “Our experience with the customer and our expertise in the region – one of the most unique marine environments on the planet – will enable SubCom to efficiently produce and deploy this critical subsea cable infrastructure on behalf of Space Norway.”

    “While establishing new fibre infrastructure, we will continue to utilise the two existing cables to Svalbard as long as they remain functional, serving as a backup for Arctic Way. Although these cables are approaching the end of their 25-year service lifespan, we expect them to remain operational for several years past 2028,” explains Rune Jensen, Director of Subsea Cable Systems at Space Norway.

     

    You can find out more about the project in the official press release from the Norwegian Government (in Norwegian).

     

    Illustration: Arctic Way Cable System: Connecting Norway's mainland, Jan Mayen and Svalbard.
    Illustration: Arctic Way Cable System: Connecting Norway's mainland, Jan Mayen and Svalbard.

    System name: Arctic Way Cable System

    Configuration: Trunk-and-branch, repeatered subsea cable system linking mainland Norway, Jan Mayen, and Svalbard with direct shore end landings in:

    • Bodø, Norway
    • Jan Mayen
    • Longyearbyen, Svalbard

    Total length: 2350 km

    Location: Entirely within the Arctic Circle, between 67-78°N

    System provider: SubCom (full system supply including survey, design, manufacturing, and installation)

    Vessel: Reliance Class main lay vessel (Polar certified)