Does anyone have experience with Suunto Eon Steel algoritm for deep dives?
I do and the expirience is not so positive! Any feedback is welcome ... either the alg is unrealistically conservative or maybe I made an error I am unaware off ...
Context:
- deep dive (60m), bottom time 13 min, stage bottle (70% O2)
- buddy has Shearwater computer
- during planning we determine deco requirements with algos Suunto RGBM & Suunto Tech RGBM - both give normal decks comparable to Shearwater computer: surfacing at 33 min, deepest deco step at 12m
- but, Eon Steel only has the fused RGBM alg which is supposed to be a combi of RGBM & tech RGBM, BUT it gives unrealistic deco: surfacing after more than an hour ..., & deepest deco step at 36m ...?!?
- Briefing as follows: maybe the fused RGBM calculation is a bug in the laptop computer software, so we decide to follow the Shearwater as primary deco computer
- and indeed: Fused RGBM leads to deco at 36 m ... we follow Shearwater so Eon Steel goes into locked mode for 48 hours
FYI: both of us had same parameter settings (conservatism), and my buddy had done earlier dives so his computer was a good back-up for me.
Problem is not that the Eon Steel went into locked. That was normal since we broke the ceiling window, but that the deco requirements are unrealistically conservative in comparison to other tech computers/algorithms.
I do and the expirience is not so positive! Any feedback is welcome ... either the alg is unrealistically conservative or maybe I made an error I am unaware off ...
Context:
- deep dive (60m), bottom time 13 min, stage bottle (70% O2)
- buddy has Shearwater computer
- during planning we determine deco requirements with algos Suunto RGBM & Suunto Tech RGBM - both give normal decks comparable to Shearwater computer: surfacing at 33 min, deepest deco step at 12m
- but, Eon Steel only has the fused RGBM alg which is supposed to be a combi of RGBM & tech RGBM, BUT it gives unrealistic deco: surfacing after more than an hour ..., & deepest deco step at 36m ...?!?
- Briefing as follows: maybe the fused RGBM calculation is a bug in the laptop computer software, so we decide to follow the Shearwater as primary deco computer
- and indeed: Fused RGBM leads to deco at 36 m ... we follow Shearwater so Eon Steel goes into locked mode for 48 hours
FYI: both of us had same parameter settings (conservatism), and my buddy had done earlier dives so his computer was a good back-up for me.
Problem is not that the Eon Steel went into locked. That was normal since we broke the ceiling window, but that the deco requirements are unrealistically conservative in comparison to other tech computers/algorithms.