Canadian Coast Guard’s New Shipboard Helicopter

Bell B429

Defense Industry Daily is reporting the Canadians have selected the Bell B429 as their new shipboard Coast Guard helicopter

“The request for proposals closes on May 27, but rivals AgustaWestland, Airbus Helicopters Canada and Sikorsky have all signalled they won’t be submitting bids, leaving Bell and its model 412 chopper (actually the B429–Chuck) as the only contender…. The companies declining to take part are doing so because their aircraft are heavier than the maximum of 4,989 kilograms (11,000 pounds), a safety limit established for the decks of coast guard ships in the 1970s.

Industry sources said at least one potential bidder expressed concern that the standard was outdated and asked the federal government for data on how the weight restriction was calculated. The intention was to prove the decks could handle higher ratings, but officials just came back and said the standard was the standard.”

The Bell B429 is a twin engine helicopter with the capability of allowing single pilot flight in IFR (instrument flight rules) conditions, designed for the medivac market. It is about 2000 pounds lighter than the MH-65 but is otherwise similar in performance. There are a number of door options including clamshell doors in the rear and an option for retractable wheeled landing gear.

Coast Guard Dominates Helicopter Association International Awards

Aviation International News reports, “Helicopter crews and mechanics serving with the U.S. Coast Guard have been awarded four of the HAI’s (Helicopter Association International) eight “Salute To Excellence” awards to be presented this year tonight at Heli-Expo, including Humanitarian Service, Helicopter Maintenance, Pilot of the Year, and Law Enforcement.” Read the details are here.

 

First time ever–helicopter to the rescue

On January 18th the Navy celebrated the 100th anniversary of the birth of Naval Aviation. On the Commander, Naval Air Forces, official web site, among all the pictures of sleek and powerful jets, there is a photo of a crude machine that is nevertheless immediately recognizable as a helicopter sitting on two bulbous pontoons.  This was the Sikorsky HNS-1, it’s pilot was a pioneering Coast Guard aviator named Frank Erickson. He and the HNS-1 made the first helo rescue in history, Jan. 3, 1944. Flying the strange bird through a true “howling gale,” then LCdr., later Captain Erickson, delivered two cases of urgently needed plasma after a series of explosions on the destroyer USS Turner (DD-648) resulted in her capsizing and sinking while anchored off Ambrose Light, taking 138 crewman, about half the crew, with her. The plasma was credited with saving many of the survivors.

Erickson went on to invent many of the devices and techniques we now take for granted.

To all the Coast Guard aviators, thanks for what you do.

Offshore Patrol Cutters–Why the Navy Should Support the Program

A number of things have happened that makes the Offshore Patrol Cutters potentially important to the national defense, and suggest that the Navy should support their design and construction, including helping with project administration if we need that and testifying before Congress to justify the additional cost of naval features.

  • The number of ships in the Navy has decreased dramatically. From almost 600 ships 20 years ago, the number has fallen to about 280, in spite of constant statements to the effect that 313 is the minimum number required. Many expect that the number of Navy ships will fall to as low as 230. Much of the decrease has been in ships at the low end of the high/low mix and the planned replacement is behind schedule, and in the eyes of many, a failure. Our allies’ fleets have also been shrinking, in many cases, more rapidly than our own, while new challenges to American naval supremacy are developing, so the importance of any Coast Guard contribution is proportionately greater.
  • Despite having entered service between 1979 and 1989, the FFGs, which are the “maid of all works” within the Navy, are being rapidly decommissioned and will soon be all gone because of maintenance problems. These are the ships that do most of the Navy’s partnerships station and drug enforcement work. (29 of 51 built currently in service)
  • The Cyclone Class Patrol Craft, that entered service between 1993 and 2000, have been found to have deteriorated much faster than expected and have been sidelined. Never quite what the Navy hoped for, too small for some roles and too large for others, they became busiest vessels in the US Navy with proportionately more underway time than any other type. (Of 14 built, 10 in service with the USN, 3 with USCG, one transferred to Philippine Navy)
  • The Littoral Combat ships (LCS) were supposed to fix some of these problems. This was a program to build 55 ships that would replace the Navy’s 14 Mine Warfare ships, the remaining FFGs, and the Cyclone Class PCs. They were to be cheap to build, minimally manned, and use removable mission modules that would allow them to become alternately mine countermeasures, anti-submarine, or anti-surface warfare ships. The LCS program is in trouble. Ship construction is behind schedule, and module development is even farther behind. The ships are much more expensive than expected. The manning concepts appears flawed and berthing limitations mean more people cannot simply be added to the crew. If the program is killed the Navy is going to need a replacement.

If the LCS project is killed, a class based on the OPC’s hull might be able to take its place. If the LCS program is terminated at less than the planned number, Navy ships based on the OPC can supplement the LCS and do many, perhaps all of it’s missions, at a lower cost. Even if all 55 LCSs are built, Coast Guard OPCs can still make a significant contribution to the Nation’s defense; particularly, if they can use systems designed for the LCS.

Navy vessels based on the OPC could cost less than half the price of an LCS. Even without mission modules, the Navy could use the class as the basis for a common hull that could be fill the partnership, patrol, presence, counter-piracy, and drug enforcement roles of the FFGs at a much lower cost and also perform many of the PCs missions with greater endurance and better sea keeping. They are potentially affordable, relatively low tech platforms, that can be exported under the Foreign Military Assistance Program to help our friends. If their aviation facilities are made adequate for MH-60R and MH-60S helicopters (not much different from our own H-60s), with LCS modules they could fill the LCS roles. (This might require them to operate in pairs to carry all the equipment planned for a LCS)

To fulfill its potential in these roles, the OPC need not be much different from current planning. The ship’s description over at the Acquisitions Directorate web site has gotten progressively fuzzier over time, but I will be specific about what I think it needs.

  • Speed: 25 knots
  • Aviation Facilities including a hanger for at least: one USCG MH-65 and one MQ-8 Firescout UAV/one USCG HH-60J or MH-60T/one USN MH-60R or 60S with magazines and storage space for independent operation with these aircraft, not just the ability to land and refuel.
  • Air Search Radar that can track our helos at least 100 miles
  • Launch/recover facilities for at least two boats, 11 meters or larger, including at least one “Long Range Interceptor.”
  • Medium caliber gun and associated radar/optical firecontrol system–presumably 57 mm Mk 110, but Mk 75 would work too and might save money
  • At least one/preferably two Mk38 mod2 auto-cannon positioned as required to cover any bearings not covered by the medium caliber gun
  • Four mounts for .50 cal. positioned to provide coverage by at least two mounts any bearing
  • Two OPC operated together, should have the sufficient space/weight reservation and necessary supporting connections/utilities/etc to take on at least one full suite of LCS MCM or ASW mission modules.
  • Fitted for but not with: CIWS, ESM/decoy systems, and anti-surface missile chosen for the LCS, ie NLOS or system chosen to replace it