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Displaying items by tag: SARMAP

Search and rescue mapping software developed in Rhode Island was "instrumental" in efforts to retrieve crewmembers from the stricken Rambler 100 off Fastnet last week.
The SARMAP software, developed by ASA (Applied Science Associates, Inc) provides rapid predictions of the movement of drifting objects and missing persons at sea.
For search and rescue units it can provide search patterns and calculate the probability of containment, probability of detection, and probability of success.
As previously reported on Afloat.ie, the Rambler 100 capsized off the Cork coast while competing in last weekend's Rolex Fastnet Race.
The Rambler 100’s personal locator beacon activated when the yacht overturned, which alerted rescuers to the location of the 16 stranded crewmembers still with the vessel, but recovering the five lost at sea required a more advanced approach.
The Irish Coast Guard employed SARMAP’s sophisticated tracking capabilities to predict the movement of the drifting survivors and calculate a precise search area.
ASA President Eoin Howlett commented: “We have successfully worked with the Irish Coast Guard for many years; they are an innovative agency and have a history of implementing the latest in ocean technologies.
"We are very pleased that our software, combined with their rapid decision-making, resulted in such a positive outcome.”

Search and rescue mapping software developed in Rhode Island was "instrumental" in efforts to retrieve crewmembers from the stricken Rambler 100 off Fastnet last week.

The SARMAP software, developed by ASA (Applied Science Associates, Inc) provides rapid predictions of the movement of drifting objects and missing persons at sea. 

For search and rescue units it can provide search patterns and calculate the probability of containment, probability of detection, and probability of success.

As previously reported on Afloat.ie, the Rambler 100 capsized off the Cork coast while competing in last weekend's Rolex Fastnet Race.

The Rambler 100’s personal locator beacon activated when the yacht overturned, which alerted rescuers to the location of the 16 stranded crewmembers still with the vessel, but recovering the five lost at sea required a more advanced approach.

The Irish Coast Guard used SARMAP’s sophisticated tracking capabilities to predict the movement of the drifting survivors and calculate a precise search area.



ASA president Eoin Howlett commented: “We have successfully worked with the Irish Coast Guard for many years; they are an innovative agency and have a history of implementing the latest in ocean technologies. 

"We are very pleased that our software, combined with their rapid decision-making, resulted in such a positive outcome.”

Published in Fastnet

Waszp sailing

The Waszp project was conceived in 2010 by Andrew McDougall, designer of the world-beating Mach 2 foiling Moth. 

The Waszp was created as a strict one-design foiler, where, as the class says “the true test when raced is between crews and not boats and equipment”.

The objective of the class rules is to ensure that this concept is maintained. Keeping possible modifications to a minimum ensures fair racing across the fleet, helps to reduce the overall cost to the sailor and reduces the amount of time in the workshop. 

The popularity of the WASZP has proven that the boat and the concept work. In October 2021, 1237 boats had been sold to over 45 countries. 

The top speed recorded on the foiling dinghy is 26.7 knots. 

60-95kgs+ is a weight range competitive across varied conditions with rigs knowns as ‘8.2’ and ‘6.9’.

The cost of a Moth dinghy in Europe is €14,400 inc VAT + shipping according to the manufacturers in October 2021.