An Updated Kingston-class Replacement Pitch

By Alex S., 16 June 2024

A few days ago, Vard Marine led Team Vigilance posted an updated version of their pitch for the (yet to be funded) Kingston-class replacement project. It appears that they have implemented feedback given to them over the past year, as the proposed Flight II solution provides a major capability increase over their initial offering, and bridges the gap between the Harry DeWolf-class and future Canadian Surface Combatant quite nicely.

The Kingston-class is approaching 30 years of age and will need to be replaced at some point, but the question remains as to whether the government will be willing to add a fourth shipyard (Ontario Shipyards) to the National Shipbuilding Strategy (NSS).

While not all details regarding the ship have been provided, the publicly available information has been summarized below.

—

Designed for Oceanic Transits:

- Hull designed for enhanced oceanic seakeeping and long range (Esquimalt to Yokosuka direct / Halifax to Sierra Leone direct)

Efficient Hull and Machinery:

- Hull and machinery optimized for efficiency across operating speed range. PTI / PTO used to enhance overall efficiency at lower speeds

Enhanced Crew Comfort:

- Officers and Senior NCMs in 2-person cabins with ensuite washrooms/showers. Junior NCMs in 4-person cabins. Dedicated leisure and gym facilities, and an all ranks mess

Oversized Ops / Comms Room:

- Ops room designed with future fit and modular payloads in mind. Designed to house operators for all organic and off board systems (UAS, AUV, USV)

Dedicated UAV/UAS Facilities:

- Organic landing, hangar, and maintenance facilities for multiple UAV/UAS

Modular Mission Deck:

- Built-in deck skidding system allows for rapid movement and securing of modules on deck

- Capacity for 4x 40ft or 8x 20ft ISO Containers for general transport or HADR missions

- 2 x 12 m Rigid Hulled Inflatable Boats on Cube™ davit module

- Capacity for containerized ASW modules (ex. CAPTAS-2, Mk 54, decoy launchers, etc.)

- Cube™ launch-and-recovery modules capable of hosting stern survey sensors and ROVs

- Stand-off MCM capability via the Pathmaster System

- Up to 6 Cube™ based Naval Strike Missile (NSM) launchers for hosting a total of 24 missiles for a sustained anti-surface capability

- 3 to 4 Mk 70 Payload Delivery Systems (each system contains four strike length Mk 41 VLS cells)

Main Sensors (Flight II):

- NS-100 4D AESA Radar (250km+ range)

- STIR Tracking & Illumination Radar

- Scout Mk3 Medium Range Covert Surveillance Radar

- Gatekeeper Electro-Optical Security Sensors

- Bluewatch/Bluehunter Hull Mounted Sonar

- Altesse-H Communications Electronics Support Measures / COMINT

- Vigile Mk2 Radar Electronic Support Measures

- Integrated Internal + External Communication System

Modularized Sensors (Flight II):

- CAPTAS-2 Variable Depth Sonar

- Pathmaster Mine Countermeasures USV

Weapons + Countermeasure (Flight II):

- 2x 3-Cell ExLS with 24x CAMM Surface to Air Missiles (25km range)

- 1x Bofors 40 mm Main Gun

- 2x 12.7mm or 20mm Remote Weapons Systems

- 2x Decoy Launching System

Modularized Weapon System (Flight II):

- Containerized Naval Strike Missiles

- Mk 70 Payload Delivery System (Modularized Mk 41 VLS)

- Mk 54 Lightweight Torpedo System

- ASW Decoy Launchers

—

Their interactive 3D viewer can be found in the link below.

https://www.teamvigilance.com

Their video can be found in the link below.

—

References:

https://www.teamvigilance.com

Share

Leave a comment

Your email address will not be published. Required fields are marked *

30 thoughts on “An Updated Kingston-class Replacement Pitch”