DiverInterCom KCore Scuba — CCR vs OC NDL / Deco Compare V0.3

CCR vs OC NDL / Deco Compare V0.3 · Educational Simulation

DiverInterCom KCore Scuba — one dive, one gas selection, two Bühlmann ZH-L16C / GF simulations.

Gas / diluent loaded into both planners

Depth (m)

Bottom time (min)

GF Low (%)

GF High (%)

CCR Low setpoint (bar)

Low SP change depth — ASCENT (m)

CCR High setpoint (bar)

High SP change depth — DESCENT (m)

CLOSED CIRCUIT REBREATHER

CCR

NDL @ selected depth

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Deco

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Runtime

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First stop

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Max ceiling

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Active SP @ max

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Loop O₂ @ max

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EAD @ max

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END @ max

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CCR stop	Stop time	Run time

OPEN CIRCUIT

OC

NDL @ selected depth

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Deco

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Runtime

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First stop

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Max ceiling

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OC stop	Stop time	Run time

CCR NDL advantage

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CCR deco difference

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CCR runtime difference

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Combined dive profile

Depth increases downward. Dashed green shows the maximum CCR NDL profile when it extends beyond the selected bottom time.

CCR actualOC actual- - - CCR max NDL

Educational decompression simulation — not validated for operational dive planning. The decompression engine uses Bühlmann ZH-L16C with adjustable gradient factors and simplified planning assumptions (10 m/bar, 20 m/min descent, 9 m/min ascent, 3 m stop grid). CCR inspired inert gas is derived from the selected setpoint and diluent. CCR maximum-depth readout shows active setpoint, approximate loop O₂ fraction, EAD, and END when helium is present. Do not use this experimental browser tool as the sole basis for real dive execution or life-support decisions; validate against established decompression software, training procedures and your actual rebreather/computer.