The DecoChek analyser sheet has evolved
into a fully predictive decompression program. Users now have total control of their dive profiles
whether a multilevel deep
wreck or a complex cave passage. Open Circuit or Closed Circuit is fully
supported as is both Metric and Imperial units.
DecoChek Optimiser was show-cased at the UK Dive-show in Birmingham 14-15 October 2006 on the OTTER Drysuits / OMS stand.
|
Congratulations to Mohammad-Khattam
for completing a 220metre dive off Lebanon on 9
December 2006. |
The program is available free of charge as a download here. Though fully
functional it has been limited to a maximum depth of 40m.
TRY BEFORE YOU BUY -
DOWNLOAD PROGRAM
for free - Install it...Play with it
|
To remove the 40 metre depth limitation users |
 |
An Online Forum will be operational shortly for users to discuss use of the program and ask questions to the designers and get advice from other users. The website and forum will also post dive examples or templates for users to download and use as starting points for their own complex dive projects.
|
Basic Use - New
Dive DEMO VIDEO |
 |
Advanced Use - Dive Edit DEMO VIDEO |
|
Cave profile with
Track-back function DEMO VIDEO |
CCR -
Multilevel DEMO VIDEO |
Features Include:
Dynamic Graph - simply pull to any depth or time combinations - deco obligations updated in real time
Closed Circuit, Open Circuit or any combination of both
Complex Profiles like Cave systems or multi-level wrecks can be 'drawn' on screen accurately for precise deco obligations
Track-Back Option will follow cave profile outwards automatically before adding deco stops
Real ICD suggestions that are a few simple clicks from being rectified
Warnings such as High / Low Po2 - DCS - ICD - High CNS - Inappropriate CCR Set-point
Bail-out Plans and Range Plan print options
Supports Metric and Imperial units
Program uses an interpretation of the AB2 Arterial Bubble
Model.
The AB2 model has been used extremely successfully in the MT92 Navy and
Commercial Dive tables
derived by Comex. Program developed by
Ben Daglish and Mark Ellyatt.