West Coast Canadian marine prime providing government-ship construction, complex-vessel design integration, conversion, refit, repair, lifecycle maintenance, electronic-systems integration, and program services for naval, coast guard, research, and commercial fleets.
Operating context
Seaspan combines new construction at Vancouver Shipyards with repair and refit at Vancouver Drydock and Victoria Shipyards. DND identifies it as the builder of the Protecteur-class Joint Support Ships; the first delivery is planned for June 2027, followed by operational trials. Coast Guard acceptance of CCGS Naalak Nappaaluk in November 2025 provides a delivered science-vessel reference, while the polar icebreaker remains in construction. Electronics can be integrated and tested ashore at its Land-Based Test Site before vessel installation, and HoloShip supports immersive design review. Suppliers enter through a prequalification process covering technical, commercial, quality, environmental and safety requirements.
Canadian footprint
Seaspan's shipyards operate in North Vancouver and Esquimalt, British Columbia. Polar-icebreaker fabrication is shared across Vancouver Shipyards, Victoria Shipyards and the Ark Road facility on Vancouver Island, with more than 55 Canadian suppliers reported in May 2026. Its September submarine-maintenance announcement identifies more than 300 sustainment workers at Victoria Shipyards. Group-wide employment or programme contract values should not be read as available capacity for a specific new order.
North Vancouver, British Columbia is the published city-level context for Seaspan Shipyards. It does not imply a street address or exact facility location.
Seaspan is a route into Canadian shipbuilding and long-term fleet support, with different entry points for construction suppliers, electronics integrators and sustainment specialists. The 2032 submarine-maintenance extension anchors existing work; HoloShip and the Land-Based Test Site provide concrete design and integration facilities. Future TKMS submarine work remains contingent on negotiations, and the first Joint Support Ship delivery is planned for 2027. A useful approach should name the programme, prime or subcontract role and qualification route.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Seaspan's North Vancouver HoloShip facility provides immersive three-dimensional vessel design review and collaboration. It allows teams to inspect equipment layout, access, human factors and build sequences before physical installation, using Virtalis visualization equipment.
Evidence of maturity
Established facility described in Seaspan's public HoloShip brochure.
Commercial availability
Public innovation inquiry route: innovation@seaspan.com; project access and commercial terms require agreement.
Core features
5.6-metre Virtalis ActiveWall with stereo viewing
Six-camera tracking for immersive interaction
Remote collaboration and review of vessel equipment layout and access
Seaspan designs, integrates and builds Coast Guard icebreakers and science vessels. Canada accepted its oceanographic science vessel CCGS Naalak Nappaaluk in November 2025. A separate CAD3.15-billion construction award covers one new polar icebreaker, whose build uses distributed Canadian fabrication and a domestic supplier network.
Evidence of maturity
Delivered oceanographic science vessel; polar icebreaker in construction with more than 49 blocks underway and a first grand block structurally consolidated as reported in May 2026.
Commercial availability
Government shipbuilding under specific programme contracts. Delivered science-vessel experience does not establish completion or operational acceptance of the polar icebreaker.
Seaspan Vancouver Shipyards is building two Protecteur-class Joint Support Ships for the Royal Canadian Navy, integrating underway replenishment, helicopter support, medical facilities and limited sealift. The construction programme supports sustained naval task-group operations; delivery and operational acceptance are separate milestones.
Evidence of maturity
First ship launched in December 2024; second structurally consolidated in April 2026. DND plans Protecteur delivery in June 2027 and Preserver in 2027/2028.
Commercial availability
Contracted Canadian naval construction programme; operational trials follow delivery. The government schedule reflects first-of-class outfitting delays.
Seaspan's Vancouver Shipyards facility combines an external communications tower with an electronics laboratory to configure and test shipboard navigation, radar and communications before installation. Its Polar mock bridge replicates relevant consoles, racks and interfaces to expose integration issues ashore.
Evidence of maturity
Operational internal testing facility; Seaspan reported successful Polar radar and radio tests in March 2026.
Commercial availability
Supports Seaspan shipbuilding programmes; external service provision was described as an option, with no standard commercial access terms announced.
Core features
Polar mock bridge with representative consoles, racks and interfaces
More than 15 km of power and network cabling in the Polar test configuration
X-band and S-band radar and MF/HF radio testing
NMEA marine-network diagnosis, monitoring and simulation
Recorded applications
Pre-installation vessel electronics integration
Polar icebreaker navigation and communications testing
West Coast lifecycle services covering drydocking, conversion, repair, naval refit, engineering, program management, and integration and testing of shipboard electronic systems.
Evidence of maturity
Operating repair and refit network. Seaspan announced an extension of Victoria-class submarine maintenance work through 2032 in September 2026.
Commercial availability
Victoria-class work is a Babcock Canada subcontract; other repair and integration scopes depend on the vessel, yard and contract.
On September 9, 2026, Seaspan announced a six-year extension of its Babcock Canada subcontract for Victoria-class submarine maintenance through 2032. Victoria Shipyards performs the shipyard work while Babcock remains prime contractor. Seaspan reports more than 300 people on submarine sustainment; the subcontract price is undisclosed. This extends an existing maintenance role, separately from its proposed TKMS partnership for Canada's future submarine fleet.
Operating shipbuilder and fleet-sustainment contractor with delivered science vessels and active construction and maintenance programmes. Its future-submarine role with TKMS remains contingent on the CPSP contracting process; Canada selected a preferred supplier for negotiations in July 2026.
Programs and deployments
Protecteur-class Joint Support Ships
shipbuilder and design integrator · Two-ship class
Sponsor or operator: Seaspan Shipyards
Delivering·Jun 10, 2020
Organization role. Seaspan Vancouver Shipyards is constructing two Protecteur-class Joint Support Ships for the Royal Canadian Navy. DND plans first delivery in June 2027 and second delivery in 2027/2028, followed by operational trials.
Program. Construction of two Protecteur-class Joint Support Ships for the Royal Canadian Navy, integrating replenishment, aviation, command, medical, cargo, and combat-management functions.
Icebreakers and science vessels can carry personnel and sensors that support northern presence and observation, but the shipbuilding capability is an enabling platform rather than an awareness system.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Questions for a first conversation
01
Which Victoria-class work packages fall under the 2032 Babcock extension, and how are specialist suppliers qualified for them?
The confirmed extension is a Seaspan subcontract, while Babcock is prime. Supplier registration is an entry route, and does not establish access to any particular submarine work package.
02
Can an external supplier use the Land-Based Test Site before ship installation, and what interfaces and acceptance evidence would the ship programme require?
The facility has demonstrated Polar radar and radio integration. Seaspan described external service provision as an option, so actual access and responsibilities need to be established.
03
What Canadian sustainment workshare and facilities commitments become binding if the TKMS submarine negotiations conclude?
Seaspan has a teaming agreement, but the government describes preferred-supplier negotiations. Contracted workshare is the material distinction for an industrial partnership decision.
Original sources 15 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
Supports: Profile · profileData.operatingModel
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
Supports: Profile · operating context
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
The official public contact pathway for Seaspan Shipyards is https://www.seaspan.com/seaspan-shipyards/.
Supports: Profile · operating context
Official organization material supports this profile: West Coast Canadian marine prime providing government-ship construction, complex-vessel design integration, conversion, refit, repair, lifecycle maintenance, electronic-systems integration, and program services for naval, coast guard, research, and commercial fleets.
Supports: Profile · canadian footprint
Official organization material supports this profile: West Coast Canadian marine prime providing government-ship construction, complex-vessel design integration, conversion, refit, repair, lifecycle maintenance, electronic-systems integration, and program services for naval, coast guard, research, and commercial fleets.
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: Profile · current activity
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Public sources cited · Facts and assessments kept separate · Human review
Seaspan selected Lockheed Martin Canada to provide and integrate CMS 330 combat management capability within the Protecteur-class Joint Support Ship program.
Prospective Canadian submarine sustainment partner
TKMS
Seaspan identifies a January 2026 teaming agreement with TKMS for Canadian through-life submarine sustainment. Canada's July preferred-supplier decision opened final contract negotiations; the partnership does not itself establish a final Seaspan fleet contract.
Victoria-class submarine sustainment prime contractor
Seaspan Victoria Shipyards provides submarine maintenance as a subcontractor to Babcock Canada; Seaspan announced a six-year extension through 2032 on September 9, 2026. The disclosed source does not give Seaspan's subcontract value.
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
Seaspan offers a public supplier self-registration portal and requires prequalification covering health and safety, environment, quality, technical and commercial requirements. Registration alerts buyers but does not guarantee supplier selection. Its public page also identifies access requests for NSS contract packs.
Supports: Profile · operating context
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Profile · description
Official organization material supports this profile: West Coast Canadian marine prime providing government-ship construction, complex-vessel design integration, conversion, refit, repair, lifecycle maintenance, electronic-systems integration, and program services for naval, coast guard, research, and commercial fleets.
Supports: Profile · editorial profile version
Seaspan Shipyards has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · canadian footprint
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · capability type
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technicaldomainslugs
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technology readiness level
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technicaldomainslugs
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · name
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction → Arctic Domain Awareness
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction → Arctic Domain Awareness
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction → Arctic Domain Awareness
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Icebreaker and government vessel construction → Arctic Domain Awareness
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · capability type
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technicaldomainslugs
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · summary
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · name
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technicaldomainslugs
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technicaldomainslugs
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · technical tags
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan Shipyards operates Vancouver Shipyards, Vancouver Drydock and Victoria Shipyards. Vancouver Shipyards builds NSS vessels, Victoria Shipyards performs complex refits at the federally owned Esquimalt Graving Dock, and Vancouver Drydock serves government and commercial repair clients; the official site identifies Seaspan ULC and The Washington Companies.
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: prospective Canadian submarine sustainment partner relationship
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: prospective Canadian submarine sustainment partner relationship
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: prospective Canadian submarine sustainment partner relationship
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: prospective Canadian submarine sustainment partner relationship
Seaspan identifies a January 2026 TKMS teaming agreement and a proposed Canadian through-life sustainment role for the future submarine fleet. No final Seaspan CPSP award is disclosed.
Supports: Icebreaker and government vessel construction · summary
Canada formally accepted Seaspan's Offshore Oceanographic Science Vessel CCGS Naalak Nappaaluk on November 13 2025, a delivered vessel distinct from ongoing polar icebreaker and JSS construction.
Supports: Icebreaker and government vessel construction · commercial availability
Canada formally accepted Seaspan's Offshore Oceanographic Science Vessel CCGS Naalak Nappaaluk on November 13 2025, a delivered vessel distinct from ongoing polar icebreaker and JSS construction.
Supports: Icebreaker and government vessel construction · maturity
Canada formally accepted Seaspan's Offshore Oceanographic Science Vessel CCGS Naalak Nappaaluk on November 13 2025, a delivered vessel distinct from ongoing polar icebreaker and JSS construction.
Supports: Profile · operating context
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technology readiness level
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · defence applications
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technicaldomainslugs
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technical tags
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technical tags
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · commercial availability
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · name
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · summary
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · slug
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technicaldomainslugs
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · capability type
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · defence applications
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technical tags
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · technical tags
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · maturity
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Land-Based Test Site for marine electronics integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · core features
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Supports: Ship repair, refit and electronic-systems integration · defence applications
Seaspan's Vancouver Shipyards Land-Based Test Site combines an external communications tower and electronics laboratory. A Polar mock bridge has representative consoles, racks, interfaces and over 15 km of cabling. Seaspan reports completed X-band, S-band radar and MF/HF radio tests before vessel installation. An NMEA tester supports marine-network diagnosis and simulation. External service provision is an option, not a contracted service.
Canada awarded Seaspan Vancouver Shipyards a CAD3.15-billion before-tax construction contract for one Coast Guard polar icebreaker on March 7 2025. Davie builds the other polar icebreaker. This amount is procurement, not financing or whole-programme budget.
Supports: Icebreaker and government vessel construction · commercial availability
Canada awarded Seaspan Vancouver Shipyards a CAD3.15-billion before-tax construction contract for one Coast Guard polar icebreaker on March 7 2025. Davie builds the other polar icebreaker. This amount is procurement, not financing or whole-programme budget.
Supports: Icebreaker and government vessel construction · summary
Canada awarded Seaspan Vancouver Shipyards a CAD3.15-billion before-tax construction contract for one Coast Guard polar icebreaker on March 7 2025. Davie builds the other polar icebreaker. This amount is procurement, not financing or whole-programme budget.
Seaspan selected Lockheed Martin Canada to provide and integrate CMS 330 combat management capability within the Protecteur-class Joint Support Ship program.
Supports: combat management system integration partner relationship
Source location: relationships.0.publicSummary
Seaspan selected Lockheed Martin Canada to provide and integrate CMS 330 combat management capability within the Protecteur-class Joint Support Ship program.
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Supports: Profile · commercial status
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Supports: prospective Canadian submarine sustainment partner relationship
Canada selected TKMS as preferred supplier to enter CPSP negotiations. Final contracts remain to be negotiated, with contracting targeted by end-2027; this is not a concluded fleet procurement contract.
Seaspan Shipyards is a direct naval and government-vessel prime constructing Canada's two Protecteur-class Joint Support Ships, integrating replenishment, aviation, medical, cargo, and command-support functions.
Supports: Profile · operating context
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · core features
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technical tags
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technical tags
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · commercial availability
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technicaldomainslugs
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · defence applications
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · maturity
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · defence applications
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technicaldomainslugs
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technicaldomainslugs
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technology readiness level
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · core features
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · defence applications
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · technical tags
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · name
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · core features
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · capability type
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Joint Support Ship construction · summary
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Supports: Protecteur-class Joint Support Ships · organization participation
DND identifies Vancouver Shipyards as builder of two Protecteur-class JSS. Protecteur delivery is planned for June 2027 followed by operational trials; Preserver for 2027/2028. The second ship was structurally consolidated in April 2026. Functions include replenishment, helicopter support, medical facilities and limited sealift. First-of-class outfitting challenges delayed the first delivery from 2026 to 2027.
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · commercial status
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · canadian footprint
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · current activity as of
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · profileData.operatingModel
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · current activity
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Ship repair, refit and electronic-systems integration · commercial availability
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Ship repair, refit and electronic-systems integration · maturity
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Victoria-class submarine sustainment prime contractor relationship
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Victoria-class submarine sustainment prime contractor relationship
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Victoria-class submarine sustainment prime contractor relationship
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Supports: Victoria-class submarine sustainment prime contractor relationship
Seaspan announced a six-year Babcock Canada subcontract extension through 2032 for Victoria-class submarine maintenance at Victoria Shipyards. Babcock is prime. Seaspan reports over 300 submarine-sustainment workers; its subcontract price is not disclosed.
Seaspan reports over 49 polar-icebreaker blocks under construction, a structurally consolidated 330-tonne first grand block, and fabrication in North Vancouver and Vancouver Island. Over 55 Canadian suppliers participate. The 26,000-tonne design targets independent year-round high-Arctic operation; construction is ongoing.
Supports: Icebreaker and government vessel construction · maturity
Seaspan reports over 49 polar-icebreaker blocks under construction, a structurally consolidated 330-tonne first grand block, and fabrication in North Vancouver and Vancouver Island. Over 55 Canadian suppliers participate. The 26,000-tonne design targets independent year-round high-Arctic operation; construction is ongoing.
The cited official portfolio material supports the Joint Support Ship construction capability family and its described delivery scope; product and platform availability remains configuration-dependent.
True North Map derives this first-conversation question from the documented Seaspan Shipyards capability, current evidence and the decision gap that remains.
Seaspan Shipyards's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Joint Support Ship construction · summary
The cited official portfolio material supports the Joint Support Ship construction capability family and its described delivery scope; product and platform availability remains configuration-dependent.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: HoloShip immersive vessel design review · core features
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: HoloShip immersive vessel design review · name
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: HoloShip immersive vessel design review · core features
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: HoloShip immersive vessel design review · capability type
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
Supports: HoloShip immersive vessel design review · core features
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
North Vancouver HoloShip uses a 5.6-metre Virtalis ActiveWall, stereo glasses and six-camera tracking for immersive vessel design reviews, equipment layout, access and human factors, build sequencing and remote collaboration. Public inquiry: innovation@seaspan.com.
The cited official portfolio material supports the Icebreaker and government vessel construction capability family and its described delivery scope; product and platform availability remains configuration-dependent.
Supports: Icebreaker and government vessel construction · summary
The cited official portfolio material supports the Icebreaker and government vessel construction capability family and its described delivery scope; product and platform availability remains configuration-dependent.
Supports: Icebreaker and government vessel construction → Arctic Domain Awareness
Analyst mapping only: Icebreakers and science vessels can carry personnel and sensors that support northern presence and observation, but the shipbuilding capability is an enabling platform rather than an awareness system.
Supports: Protecteur-class Joint Support Ships · organization participation
Supports: Ship repair, refit and electronic-systems integration · summary
The cited official portfolio material supports the Ship repair, refit and electronic-systems integration capability family and its described delivery scope; product and platform availability remains configuration-dependent.
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