The Helitrox Diver course teaches you how to plan and execute Helitrox-based dives that
may require stage decompression and utilize EANx and/or O2 for stage deco. This
course is designed to teach you the hazards of utilizing HE for dives to a max depth of
150 fsw / 46 msw. During your training, you’ll complete at least four open water dives
using a Helitrox mix (26% O2 / 17% HE) of which at least one will be a repetitive dive.
Your studies will include gas needs and requirements, O2 toxicity limitations, nitrogen
narcosis limitations, and emergency planning, including omitted decompression, DCS,
and equipment failure. Topics covered will also include emergency and contingency
procedures, entry, ascent, and descent techniques; deep-stop models; diver trim, ballast
and buoyancy compensation; tethered or un-tethered decompression methods; shore or
boat based dive team support and chamber locations; communications and emergency
breathing gases; and NAUI Technical Equipment Configuration (NTEC).

As you continue your technical diver training, you’ll take is Decompression Techniques, in
which you will gain a working knowledge of the theory, methods and procedures of
planned stage decompression diving. Your training will include a minimum of six dives
including planning and executing a standard stage deco dive less than 130 fsw / 40 msw.
Your instructor will also teach you equipment requirements including team requirements
and NTEC, and decompression breathing gas mixtures (including oxygen, Helitrox, and
EANx). You’ll learn the practical skills and knowledge you need for decompression diving
within course parameters.

If you are 18 years of age, posses at least NAUI Master Scuba Diver, Adventure Scuba’s
Ultimate Advanced and Technical EANx Diver certifications (or their equivalents), and
have 75 logged dives, you may enroll in the Decompression Techniques course.
                                                                                                                                         
Call for pricing.
Tech 2: Helitrox and Decompression Procedures