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Suunto Fused™ RGBM

Suunto Fused™ RGBM

Suunto Fused™ RGBM

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BEST OF BOTH WORLDS WITH SUUNTO Fused <strong>RGBM</strong>Over 30 years of development andthousands upon thousands of testdives have resulted in what is todaythe <strong>Suunto</strong> Technical <strong>RGBM</strong>. The realbreakthrough in this model camewhen <strong>Suunto</strong> added the ability to thebehaviour of microbubbles.Divers who properly follow theinstructions of a dive computer thatutilises the <strong>Suunto</strong> Technical <strong>RGBM</strong>are certain to reduce the risks ofdiving incidents. This is accomplishedwithout requiring a more conservativedecompression model for mostdives.The <strong>Suunto</strong> Technical <strong>RGBM</strong>, despitethe name, is ideal for recreationaldiving, maximizing bottom timewhile minimizing ascent time. However,beyond a certain depth, thecomplexity of DCS risks increase significantly,requiring a different modellingapproach.To meet the needs of both recreationaldiving and more demandingtechnical or deep diving, <strong>Suunto</strong> togetherwith Dr. Bruce Wienke createdthe new <strong>Suunto</strong> Fused <strong>RGBM</strong>.The <strong>Suunto</strong> Fused <strong>RGBM</strong> seamlesslycombines the benefits of the <strong>Suunto</strong>Technical <strong>RGBM</strong> with Dr. Wienke’slatest full <strong>RGBM</strong> for deep dives. Withoutany input from the diver, theFused <strong>RGBM</strong> automatically switchesbetween these two models to effectivelymanage the risks of DCS.Under normal conditions, the transitionis linear between depths of 30mto 45m. If there is little to no heliumin the breathing gas, the transitionrange starts up to 10 meters deeperdepending on the gas mixture.For recreational divers, the newFused <strong>RGBM</strong> not only maximizesbottom time while minimizing ascenttime, but it also means your <strong>Suunto</strong>dive computer is ready when you areto go further with your dive hobby.You can use the same <strong>Suunto</strong> divecomputer including Fused <strong>RGBM</strong>in the more challenging dives.Advanced divers performing technicalor deep dives can be sure their<strong>Suunto</strong> dive computer using <strong>Suunto</strong>Fused <strong>RGBM</strong> is going to give themthe most optimum dive profile providingthem a slow continuous ascentfrom depth leading to shorter totaldecompression time. The Fused<strong>RGBM</strong> will guide advanced diversusing the most sophisticated of<strong>RGBM</strong>s available today, taking fulladvantage of the combined experienceand development of <strong>Suunto</strong>and Dr. Wienke.<strong>Suunto</strong>'s testing team has beenthoroughly testing the <strong>Suunto</strong>Fused algorithm with over 1000actual dives making sure thatdivers around the world canenjoy the benefits of this new andadvanced algorithm.Copyright © 2012 by <strong>Suunto</strong> Oy. All rights reserved.100 %<strong>Suunto</strong> Technical <strong>RGBM</strong>Wienke's "full" <strong>RGBM</strong><strong>Suunto</strong> Fused <strong>RGBM</strong> at workLinear transition between the twoalgorithms starts at 30 m and ends at45 m when diving on gas mixes containing> 20% of Helium. On air/nitrox the transitionbegins at 40 m and gas ends at 55 m.0 %030Depth (m)4505101520253035RB: <strong>Suunto</strong> Fused <strong>RGBM</strong>RB: Buhlmann; ZH-L16C; GF: 20/80RB: Buhlmann; ZH-L16C; GF 10/10040455055Depth (meters)606570758000:00 00:0500:10 00:15 00:20 00:25 00:30 00:35 00:40 00:45 00:50 00:55 01:00 01:05 01:10 01:15 01:20 01:25 01:30Time<strong>RGBM</strong>s an decompressionIn this example there are <strong>Suunto</strong> TM Fused on red compared with Buhlman algorithm with different gradient factors. You can see that <strong>Suunto</strong>Fused TM algorithm provides a slow continuous ascent leading to shorter total decompression time.<strong>Suunto</strong> Fused <strong>RGBM</strong> www.suunto.com 12

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