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Displaying items by tag: hull

#SHIPPING - The Irish Times reports that a tanker carrying hazardous cargo has been allowed to berth at Belfast Port after it reported a cracked hull off the north-west coast.

The 228-metre Germar Companion, which is is carrying 54,000 tonnes of vacuum gas oil, was on route from Rotterdam to New York when its crew discovered cracking in its upper deck some 25 miles off Tory Island.

The Air Corps and Naval Service were stood down after the cargo ship was granted permission to berth at Belfast, where its hull will be inspected.

Published in Ports & Shipping

#SANYA HULL DAMAGE – Team Sanya crew were driven back to Alicante to the team hotel they have called home for the past few weeks. For most, their families are still here. The damage to the boat is plain for all to see.

Team Sanya are weighing up the different options available to them which include repairing the boat in Spain or shipping her directly to Cape Town and carry out the repairs there. A final decision will be made later today.

sanya hull damage

Above and below Sanya's smashed hull - Photo: Team Sanya

sanyadamage2

In a completely separate incident during a dramatic sail change yesterday, Team Sanya Bowman Andy Meiklejohn sustained an injury to his foot. He has now had the time to have that injury assessed and the hospital have indeed confirmed that he has broken his foot.

The hope is Andy's foot will have healed and be strong enough to be onboard for the 11th December start of Leg 2.

 

Published in Ocean Race
Tagged under
14th September 2011

Reviewing The Top OK Dinghy Gear

News that the OK Sailing Dinghy is knocking on the door in Ireland means it might be a good time to take a look at the gear used by the top 10 sailors at the recent OK Dinghy World Championships in Largs, Scotland. It would be easy to assume that New Zealand has somewhat of a monopoly on fast OK Dinghies. Five of the hulls, six of the sails and all 10 of the masts were of New Zealand origin in some shape or form. Robert Deaves reports.

The event this year was mainly held in light and shifty winds, so for some sailors the value this of data is perhaps reduced, however it is true to say that the top sailors rose to the top as they normally do. There were no real surprises.

alistair-deaves

Alistair Deaves racing in Largs

To underline the competitiveness of this year's championship it is worth looking at the credentials of the top 10. Four were former World Champions, four were former Interdominion Champions, three were former Nordic Champions and eight were former National Champions. It was a top class field.

Hulls

The New Zealand made OK Dinghies from Icebreaker Boats NZ seem to be the boat of choice at the moment as many of the top sailors have chosen this builder. They have also won almost every major event of the past three years.

The Icebreaker shape goes back to the late 1960s when it was one of several designs from Alf Lock of Auckland. The fastest of his boats was used to take a mould and the Icebreaker came into existence. The boat has generally flat sections aft with minimal rocker and a fine entry to the bow. Upwind it tracks well and doesn't 'float' around as some of the fuller boats do. Offwind, while a fuller bowed boat would get into the plane slightly earlier, once the Icebreaker does, it has a faster top speed. In the light it is easy to handle and not as 'sticky' as some other designs.

Before 2008, Icebreaker hulls were really hard to get hold of outside New Zealand. The Kiwis didn't want the rest of the world to buy into their fast boats, and even though the mould passed through a number of hands, there was never much interest in exporting. But all that changed when Alistair Deaves took over the well used mould, refurbished it and to started to market the boat worldwide, no doubt helped by Karl Purdie (NZL) winning the 2008 World Championships in one of the first production boats.

However, according to Deaves, this is not the whole story. "The way the boat is constructed also plays a large part and Icebreaker Boats NZ has used modern computer design methods and materials to provide, what we think, is the best OK in the world. As much work as necessary is outsourced to ensure we get the best of everything."

"But of course the real reason why Icebreaker Boats NZ has such a good record is that we managed to sell to some of the best sailors, and perhaps that's the best endorsement of all. This is achieved by a policy of good quality and exceptional service, and customers often come back for new boats."

The moulding work for New Zealand Icebreakers is carried out in Auckland by Chris Brown of Performance Composites with the boats finished and marketed by Deaves through Icebreaker Boats NZ.

If it wasn't for the decline of the world economy, he says many more OK sailors would have chosen New Zealand made Icebreakers. "The import price was hiked out of reach for all but the rich and dedicated. In addition, some sailors pushed for copies of the Icebreaker to be made in Europe which has now led to three builders producing similar, but relatively cheaper copies."

Despite the crippling exchange rates some European buyers are still importing Icebreakers from New Zealand, though Deaves does admit that he has lost a lot of potential orders because of the complete nose dive in currency.

This season, like last season, Kiwi built Icebreakers have won most of the major events including the Interdominions, Spring Cup, Kiel Week, Warnemunde Week as well as many Nationals across Europe. It has also won five of the last seven world championships and last year's Europeans.

Ironically, though different NZ Icebreaker hulls won each and every race of this year's world championship, the highest place it achieved in the final overall standings was third. The championship was actually won by an Icebreaker copy, or Scolesbreaker, as it has been called, taken from Nick Craig's three times world championship winning New Zealand Icebreaker (though from a previous builder before Brown/Deaves) and built by Alex Scoles of UK based Idol Composites.

Though Craig sailed the most consistent series, by his own admission, he was not the fastest in the conditions at Largs. But, he said, "I am very pleased with my Scoles boat. Alex put in a lot of time ensuring the mould was perfectly fair, which has paid dividends with a fast and well-constructed boat that has a very long competitive life. It's nice to be able to focus on improving my rig whilst being 100% confident that my boat is fast."

Scoles commented, "It has been great for Idol Composites to have a world championship winning product and now my order book is bulging. The exchange rate has made Icebreaker Boats more expensive, but I don't think this had any significant impact on my orders so far."

In the last couple of years Idol Composites has sold OKs to the UK, Germany, Belgium, Ireland, Canada and Norway. This year it has had to take on extra staff and is looking to build more than 20 boats over the next 12 months. These are mainly for UK and Danish customers, though he also has potential orders from Sweden and Poland. Scoles also hopes to be able to ship a container full to Australia over the winter.

Idol composites offers what is considered the stiffest OK Dinghy available anywhere in the world. Everything is done in-house including the laminating, the painting and building the foils to maintain the high standards of build quality. As well as the standard gel coat finish, Idol Composites also offer 2-pack painted boats, which most of Scoles' customers opt for because of the saving in weight.

Scoles summed up his success, "It's a quality product together with a world title in a hull shape that OK sailors want." And that perhaps is the key. The Icebreaker shape is a shape from the past that everyone wants in the present.

However, all the other hulls in the top 10 are also old designs. The Hein is a German hull, with a fuller bow, the Rushworth is a copy of UK built Don O'Donnell hull from the 1970s and the Delfs copy is, as it suggests, a copy of the Swedish Delfs hull but built in Australia, with a full bow and very flat rocker that was very popular through the 1980s.

As ever there is nothing very new in the design of OK Dinghy hull shapes. As long as it is stiff, fair and down to weight, an old hull can be just as competitive as a new hull.

Masts

On an OK Dinghy, the mast is often considered the most important piece of kit. It is far more important that the hull or the sail, though of course the sail has to work with the mast to be any use. The move to carbon masts in 2004 sparked a lot of development worldwide, but in recent years the C-Tech mast from New Zealand has emerged as the most popular choice, principally after a lot of work from double world champion Karl Purdie (NZL). Even Craig has switched to a C-Tech after winning his first three titles with a Dutch built Celidh mast.

Out of any piece of kit on an OK Dinghy, C-Tech probably has the biggest market share. However, again, cost has become an issue as the exchange rate fell, opening up new development projects in Europe. But there is still some way to go on these.

Other masts in Largs included the UK built Aardvark and the Celidh.

Sails

Six out of the seven race wins in Largs were taken by sails built by Kiwis. Five of these were from Quantum Sails Potsdam, in Germany. The loft is run by Greg Wilcox, a former OK Dinghy world champion from New Zealand.

Wilcox, who himself finished fourth in Largs, explained, "Quantum Sails are individually made and matched to the sailor's weight, fitness level and, of course, mast bend. A lot of the other sails on the market are pre-made and the luff curve added last. This means there is really only one sail whereas we have a few different designs for different sailors."

"Our sails seem to have a bit of an edge when the conditions are quite varied. They seem to be very quick all round and especially downwind. I have worked with the top guys in the class like Karl Purdie and Thomas Hansson-Mild to develop the designs. They are both quite analytical and experienced and have provided very good feedback. I think this is obvious when they have won three of the last four worlds between them using these sails."

"Cloth choice is also very important however most sailmakers use Contender sailcloth which is very stable, light and reasonably durable. We try to get consistent cloth and work with our supplier towards this."

Craig used a UK built Speed sail, developed in conjunction with 2004 OK Dinghy World Champion Jim Hunt, but was never that happy with its light wind performance. Danish Green sails are very popular in Germany and Denmark and have been a key sailmaker for the class for decades. It's a similar story for Gale & Rimmington for Australia, though they tend to perform best in the windier conditions, something not experienced in Largs this year.

Other sails used in Largs include Pinnell & Bax from the UK, North from New Zealand, WB from Finland, Cicada from Germany and Linton from New Zealand.

Summary

Overall, whether by design or by choice, Kiwi knowledge and experience has produced some of the fastest combinations in the OK Dinghy in recent years and this trend looks set to continue. The main restriction for Europeans, and Americans, is the exchange rate, and before that returns to normality, if it ever does, the rest of the OK world needs to play catch up, or as in some cases, follow the same successful formula.

Table: Top 10 Gear at 2011 OK Dinghy World Championships

Shape Builder Sail Mast Board/rudder

1 Icebreaker copy Scoles Speed C-Tech Scoles
2 Hein. Hein Green C-Tech Hein
3 Icebreaker Icebreaker NZ Quantum C-Tech Jason King/KL
4 Icebreaker Icebreaker NZ Quantum C-Tech Deaves/C-Tech
5 Icebreaker Icebreaker NZ Linton/Quantum C-Tech Bumblebee
6 Rushworth Rushworth Quantum C-Tech Rushworth
7 Icebreaker Icebreaker NZ Green C-Tech Deaves
8 Icebreaker Icebreaker NZ Quantum C-Tech Deaves/C-Tech
9 Hein Hein Quantum C-Tech Hein
10 Jason King Delfs copy Gale & Rimmington C-Tech Jason King

Published in Racing
Tagged under

The Irish Coast Guard

The Irish Coast Guard is Ireland's fourth 'Blue Light' service (along with An Garda Síochána, the Ambulance Service and the Fire Service). It provides a nationwide maritime emergency organisation as well as a variety of services to shipping and other government agencies.

The purpose of the Irish Coast Guard is to promote safety and security standards, and by doing so, prevent as far as possible, the loss of life at sea, and on inland waters, mountains and caves, and to provide effective emergency response services and to safeguard the quality of the marine environment.

The Irish Coast Guard has responsibility for Ireland's system of marine communications, surveillance and emergency management in Ireland's Exclusive Economic Zone (EEZ) and certain inland waterways.

It is responsible for the response to, and co-ordination of, maritime accidents which require search and rescue and counter-pollution and ship casualty operations. It also has responsibility for vessel traffic monitoring.

Operations in respect of maritime security, illegal drug trafficking, illegal migration and fisheries enforcement are co-ordinated by other bodies within the Irish Government.

On average, each year, the Irish Coast Guard is expected to:

  • handle 3,000 marine emergencies
  • assist 4,500 people and save about 200 lives
  • task Coast Guard helicopters on missions

The Coast Guard has been around in some form in Ireland since 1908.

Coast Guard helicopters

The Irish Coast Guard has contracted five medium-lift Sikorsky Search and Rescue helicopters deployed at bases in Dublin, Waterford, Shannon and Sligo.

The helicopters are designated wheels up from initial notification in 15 minutes during daylight hours and 45 minutes at night. One aircraft is fitted and its crew trained for under slung cargo operations up to 3000kgs and is available on short notice based at Waterford.

These aircraft respond to emergencies at sea, inland waterways, offshore islands and mountains of Ireland (32 counties).

They can also be used for assistance in flooding, major inland emergencies, intra-hospital transfers, pollution, and aerial surveillance during daylight hours, lifting and passenger operations and other operations as authorised by the Coast Guard within appropriate regulations.

Irish Coastguard FAQs

The Irish Coast Guard provides nationwide maritime emergency response, while also promoting safety and security standards. It aims to prevent the loss of life at sea, on inland waters, on mountains and in caves; and to safeguard the quality of the marine environment.

The main role of the Irish Coast Guard is to rescue people from danger at sea or on land, to organise immediate medical transport and to assist boats and ships within the country's jurisdiction. It has three marine rescue centres in Dublin, Malin Head, Co Donegal, and Valentia Island, Co Kerry. The Dublin National Maritime Operations centre provides marine search and rescue responses and coordinates the response to marine casualty incidents with the Irish exclusive economic zone (EEZ).

Yes, effectively, it is the fourth "blue light" service. The Marine Rescue Sub-Centre (MRSC) Valentia is the contact point for the coastal area between Ballycotton, Co Cork and Clifden, Co Galway. At the same time, the MRSC Malin Head covers the area between Clifden and Lough Foyle. Marine Rescue Co-ordination Centre (MRCC) Dublin covers Carlingford Lough, Co Louth to Ballycotton, Co Cork. Each MRCC/MRSC also broadcasts maritime safety information on VHF and MF radio, including navigational and gale warnings, shipping forecasts, local inshore forecasts, strong wind warnings and small craft warnings.

The Irish Coast Guard handles about 3,000 marine emergencies annually, and assists 4,500 people - saving an estimated 200 lives, according to the Department of Transport. In 2016, Irish Coast Guard helicopters completed 1,000 missions in a single year for the first time.

Yes, Irish Coast Guard helicopters evacuate medical patients from offshore islands to hospital on average about 100 times a year. In September 2017, the Department of Health announced that search and rescue pilots who work 24-hour duties would not be expected to perform any inter-hospital patient transfers. The Air Corps flies the Emergency Aeromedical Service, established in 2012 and using an AW139 twin-engine helicopter. Known by its call sign "Air Corps 112", it airlifted its 3,000th patient in autumn 2020.

The Irish Coast Guard works closely with the British Maritime and Coastguard Agency, which is responsible for the Northern Irish coast.

The Irish Coast Guard is a State-funded service, with both paid management personnel and volunteers, and is under the auspices of the Department of Transport, Tourism and Sport. It is allocated approximately 74 million euro annually in funding, some 85 per cent of which pays for a helicopter contract that costs 60 million euro annually. The overall funding figure is "variable", an Oireachtas committee was told in 2019. Other significant expenditure items include volunteer training exercises, equipment, maintenance, renewal, and information technology.

The Irish Coast Guard has four search and rescue helicopter bases at Dublin, Waterford, Shannon and Sligo, run on a contract worth 50 million euro annually with an additional 10 million euro in costs by CHC Ireland. It provides five medium-lift Sikorsky S-92 helicopters and trained crew. The 44 Irish Coast Guard coastal units with 1,000 volunteers are classed as onshore search units, with 23 of the 44 units having rigid inflatable boats (RIBs) and 17 units having cliff rescue capability. The Irish Coast Guard has 60 buildings in total around the coast, and units have search vehicles fitted with blue lights, all-terrain vehicles or quads, first aid equipment, generators and area lighting, search equipment, marine radios, pyrotechnics and appropriate personal protective equipment (PPE). The Royal National Lifeboat Institution (RNLI) and Community Rescue Boats Ireland also provide lifeboats and crews to assist in search and rescue. The Irish Coast Guard works closely with the Garda Siochána, National Ambulance Service, Naval Service and Air Corps, Civil Defence, while fishing vessels, ships and other craft at sea offer assistance in search operations.

The helicopters are designated as airborne from initial notification in 15 minutes during daylight hours, and 45 minutes at night. The aircraft respond to emergencies at sea, on inland waterways, offshore islands and mountains and cover the 32 counties. They can also assist in flooding, major inland emergencies, intra-hospital transfers, pollution, and can transport offshore firefighters and ambulance teams. The Irish Coast Guard volunteers units are expected to achieve a 90 per cent response time of departing from the station house in ten minutes from notification during daylight and 20 minutes at night. They are also expected to achieve a 90 per cent response time to the scene of the incident in less than 60 minutes from notification by day and 75 minutes at night, subject to geographical limitations.

Units are managed by an officer-in-charge (three stripes on the uniform) and a deputy officer in charge (two stripes). Each team is trained in search skills, first aid, setting up helicopter landing sites and a range of maritime skills, while certain units are also trained in cliff rescue.

Volunteers receive an allowance for time spent on exercises and call-outs. What is the difference between the Irish Coast Guard and the RNLI? The RNLI is a registered charity which has been saving lives at sea since 1824, and runs a 24/7 volunteer lifeboat service around the British and Irish coasts. It is a declared asset of the British Maritime and Coast Guard Agency and the Irish Coast Guard. Community Rescue Boats Ireland is a community rescue network of volunteers under the auspices of Water Safety Ireland.

No, it does not charge for rescue and nor do the RNLI or Community Rescue Boats Ireland.

The marine rescue centres maintain 19 VHF voice and DSC radio sites around the Irish coastline and a digital paging system. There are two VHF repeater test sites, four MF radio sites and two NAVTEX transmitter sites. Does Ireland have a national search and rescue plan? The first national search and rescue plan was published in July, 2019. It establishes the national framework for the overall development, deployment and improvement of search and rescue services within the Irish Search and Rescue Region and to meet domestic and international commitments. The purpose of the national search and rescue plan is to promote a planned and nationally coordinated search and rescue response to persons in distress at sea, in the air or on land.

Yes, the Irish Coast Guard is responsible for responding to spills of oil and other hazardous substances with the Irish pollution responsibility zone, along with providing an effective response to marine casualties and monitoring or intervening in marine salvage operations. It provides and maintains a 24-hour marine pollution notification at the three marine rescue centres. It coordinates exercises and tests of national and local pollution response plans.

The first Irish Coast Guard volunteer to die on duty was Caitriona Lucas, a highly trained member of the Doolin Coast Guard unit, while assisting in a search for a missing man by the Kilkee unit in September 2016. Six months later, four Irish Coast Guard helicopter crew – Dara Fitzpatrick, Mark Duffy, Paul Ormsby and Ciarán Smith -died when their Sikorsky S-92 struck Blackrock island off the Mayo coast on March 14, 2017. The Dublin-based Rescue 116 crew were providing "top cover" or communications for a medical emergency off the west coast and had been approaching Blacksod to refuel. Up until the five fatalities, the Irish Coast Guard recorded that more than a million "man hours" had been spent on more than 30,000 rescue missions since 1991.

Several investigations were initiated into each incident. The Marine Casualty Investigation Board was critical of the Irish Coast Guard in its final report into the death of Caitriona Lucas, while a separate Health and Safety Authority investigation has been completed, but not published. The Air Accident Investigation Unit final report into the Rescue 116 helicopter crash has not yet been published.

The Irish Coast Guard in its present form dates back to 1991, when the Irish Marine Emergency Service was formed after a campaign initiated by Dr Joan McGinley to improve air/sea rescue services on the west Irish coast. Before Irish independence, the British Admiralty was responsible for a Coast Guard (formerly the Water Guard or Preventative Boat Service) dating back to 1809. The West Coast Search and Rescue Action Committee was initiated with a public meeting in Killybegs, Co Donegal, in 1988 and the group was so effective that a Government report was commissioned, which recommended setting up a new division of the Department of the Marine to run the Marine Rescue Co-Ordination Centre (MRCC), then based at Shannon, along with the existing coast radio service, and coast and cliff rescue. A medium-range helicopter base was established at Shannon within two years. Initially, the base was served by the Air Corps.

The first director of what was then IMES was Capt Liam Kirwan, who had spent 20 years at sea and latterly worked with the Marine Survey Office. Capt Kirwan transformed a poorly funded voluntary coast and cliff rescue service into a trained network of cliff and sea rescue units – largely voluntary, but with paid management. The MRCC was relocated from Shannon to an IMES headquarters at the then Department of the Marine (now Department of Transport) in Leeson Lane, Dublin. The coast radio stations at Valentia, Co Kerry, and Malin Head, Co Donegal, became marine rescue-sub-centres.

The current director is Chris Reynolds, who has been in place since August 2007 and was formerly with the Naval Service. He has been seconded to the head of mission with the EUCAP Somalia - which has a mandate to enhance Somalia's maritime civilian law enforcement capacity – since January 2019.

  • Achill, Co. Mayo
  • Ardmore, Co. Waterford
  • Arklow, Co. Wicklow
  • Ballybunion, Co. Kerry
  • Ballycotton, Co. Cork
  • Ballyglass, Co. Mayo
  • Bonmahon, Co. Waterford
  • Bunbeg, Co. Donegal
  • Carnsore, Co. Wexford
  • Castlefreake, Co. Cork
  • Castletownbere, Co. Cork
  • Cleggan, Co. Galway
  • Clogherhead, Co. Louth
  • Costelloe Bay, Co. Galway
  • Courtown, Co. Wexford
  • Crosshaven, Co. Cork
  • Curracloe, Co. Wexford
  • Dingle, Co. Kerry
  • Doolin, Co. Clare
  • Drogheda, Co. Louth
  • Dun Laoghaire, Co. Dublin
  • Dunmore East, Co. Waterford
  • Fethard, Co. Wexford
  • Glandore, Co. Cork
  • Glenderry, Co. Kerry
  • Goleen, Co. Cork
  • Greencastle, Co. Donegal
  • Greenore, Co. Louth
  • Greystones, Co. Wicklow
  • Guileen, Co. Cork
  • Howth, Co. Dublin
  • Kilkee, Co. Clare
  • Killala, Co. Mayo
  • Killybegs, Co. Donegal
  • Kilmore Quay, Co. Wexford
  • Knightstown, Co. Kerry
  • Mulroy, Co. Donegal
  • North Aran, Co. Galway
  • Old Head Of Kinsale, Co. Cork
  • Oysterhaven, Co. Cork
  • Rosslare, Co. Wexford
  • Seven Heads, Co. Cork
  • Skerries, Co. Dublin Summercove, Co. Cork
  • Toe Head, Co. Cork
  • Tory Island, Co. Donegal
  • Tramore, Co. Waterford
  • Waterville, Co. Kerry
  • Westport, Co. Mayo
  • Wicklow
  • Youghal, Co. Cork

Sources: Department of Transport © Afloat 2020