HI or Ipswich Rescue

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A deep water rescue performed by two rescuers who empty the victim's boat by see sawing it across a paddle bridge formed between the two boats.

The most successful rescue in really rough conditions is the 'HI' (so called because of the position of the kayaks), also known as the Ipswich. During the rescue the paddles are under control; the kayaks form a close raft giving stability, and the man in the water, besides being able to help considerably with the rescue, need never lose contact with the rescue kayaks. The rescuing paddlers position themselves at either side of the upturned bow about a yard apart, facing into the swell. The three paddles forming a bridge across the boats, the bow of the upturned boat is lifted high so that the cockpit clears the water.

Helped by the man in the water, the kayak is then fed backwards over the paddles and rested on its cockpit coaming, where it can be seesawed by the rescuers. They are assisted by the man in the water, who supports himself on one of the bows while pushing upwards and then pulling down, thus emptying the kayak. The boat is turned the right way up, put on to the water, pushed forwards, then back under the paddles into the re-entry raft position. To execute a rear deck re-entry, the paddIes can be kept across the boats or pushed out of the way. The positions of the rescuers' arms are also variable. They can hold either side of the cockpit or they can be crossed over each other, one hand of each man grasping the opposite side of the cockpit coaming, thus making a stronger link. Practice will help the individual decide which is best. The patient comes between his own kayak and one of the rescuing boats, places his hands on the apex of both decks - his afterdeck and the other's foredeck - the head is thrown back level with the water, the legs are hooked into the cockpit, the behind is raised up and entry is accomplished by an ungainly forward wiggle. The rescuers keep supporting the raft until the spray cover is firmly secured. From the positioning of the kayaks to the finish of the rescue should take about one minute during practice on calm water. I practise this in a swimming pool, creating artificial waves by tossing a boat up and down in the shallow end, while helpers splash with paddles all around the deep end and the odd sadist throws buckets of water over the participants for added realism.
Some points to remember on open water:
1. Be quick! The man in the water may freeze.
2. It is better to lift the bow first, because there should be more buoyancy in the back half of the kayak. For all methods of rescue the boat must be full of buoyancy. I was going to go on to say that if you did have inadequate buoyancy, you deserve all you get, but unfortunately someone else gets it. You won't have the job of lifting your own waterlogged kayak, although you will have to spend much longer freezing to death in the water while someone else does the struggling.
3. The man in the water must at no time lose contact with the rescue group if conditions are windy. His kayak and those of the two rescuers can be blown away faster than he can swim after them. So hang on to at least one boat at all times.
4. Re-entry can sometimes be a problem.
The person in the water must remember to tuck his/her spray cover out of the way before hoisting himself up on to his rear deck. A rear deck carrying equipment, together with all the attendant elastics, ropes and hooks, can present a man whose legs are straddled across a flat Eskimo deck with untold problems as he tries to hitch him/herself forwards towards the cockpit. Considerable strain is sometimes placed on the rescuers' arms when the patient raises himself from the water on to the back deck.