What Do You Need To Become A Scuba Diving Instructor

Sidemount

While technical diving is still for fun they aren’t for people wanting to go deeper, just because. There is a higher risk associated with cave and decompression diving. This risk is mitigated, in part, by thorough dive planning and training. As such, divers doing these dives are held towards a higher standard. It will take practice to become a technical diver. No amount of research and reading can supplement that in water time. Divers will notice that the minimum standards are often exceeded during training courses and individual technical instructors often do this. Technical training teaches a diver redundancy so that problems can be successfully solved 1500ft inside a flooded cave and an exit to the surface can be executed. While that sounds complex and scary it’s a necessary aspect of diving in that environment. Technical training is not only challenging but it’s fun and at the end of it the diver has a golden ticket to see parts of the world that are totally closed off to other people.

I just arrived on Malapascua Island, Philippines. I will be working my way up to become a Tec diving instructor over the next two-months. Since the past two years, I have been a recreational instructor in Bali. Now I want to increase my professional diving experience. Sidemount PCB was where I got my first taste of technical diving. Tom West, Tec instructor-trainer and course director at PADI, made me a Tec-50 diver.

Tec —

This course will require the same equipment, as your goal is to learn the operation and setup of the equipment you will use during your cave diving or tech diver training. This includes:

This course will teach you how to set up and operate the equipment that you will use in your training as a cave diver or tech diver. This includes:

How To Become A Sidemount Technical Scuba Diver Book

Nowadays diving sidemount became popular even in open water as you get more streamlined than having a tank on your back, it is not hurting your back, and you can get a lot of fun as it is extremely comfortable to dive sidemount.

Because of the difficulties with single orifice doubles and backmounted independents, doubles were introduced to backmounted diving. Independents are two cylinders that are strapped to one's chest with separate regulators. A 1st stage failure would result in only one cylinder being used by the diver. A single orifice double was two cylinders connected together by a valve and one regulator. All gas would be lost if the first stage of a single orifice twice set failed. Today, both problems are eliminated by the isolated manifold doubles. Each cylinder can be operated independently. However, the diver can still inhale gas from both cylinders using one regulator. The doubles are usually held together by metal bands. The valves are connected with an isolation manifold so they can be separated if necessary. Doubles diving with backmounted doubles is similar to a regular single-cylinder backmount. It offers a vertical profile that is the same.

What Do You Need To Become A Scuba Diving Instructor
How To Become A Sidemount Technical Scuba Diver Book
Citation

Citation

The advantages of Sidemount diving are an additional independent air source as you are diving with two tanks each with a first stage, SPG, and regulator. This makes it a lot safer and gives little air-hogs like myself a whole lot more air. I also found diving with Sidemount to be incredibly comfortable because you can easily don tanks on the surface and there is no pressure on your back.

Cave passages that have been formed through millions of years of erosion are only available to those who are certified in overhead diving. They stretch thousands upon thousands of feet. The incredible time span in which these caves were created is a testament to their unique beauty and tranquility.

Dive Shop

You can choose from the following options to learn more about diving or for lessons alternatives.

The sidemount rig was initially created for cave diving. This allows the diver through small cracks (tiny holes) more quickly than the back mount rig.

How To Become A Sidemount Technical Scuba Diver With Shark
How To Become A Sidemount Technical Scuba Diver With Shark

You can choose between recreational Sidemount or technical Sidemount with most agencies. Although the prerequisites are the same for TDI and SDI, the tec sidemount course will give you more skills. This course will require you to be more skilled in mastering the skills. You must maintain a perfect trim and keep your body level throughout.

The entry-level tech diver will learn to optimize their gear to avoid drag and dangling objects. This allows for maximum propulsion efficiency and awareness.

Scuba Tank

The technical sidemount was completed the next day. This involved adding our 50-percent oxygen tank and 100 percent oxygen tanks to either side. This will increase your profile underwater. You must ensure that the tanks are as slim as possible. A couple of clips are located on either side of your waist. When your tanks become positively buoyant and you inhale, adjust the clip to match your tank position. It is important to keep your breathing as smooth as possible. Your breathing will change from one tank to another every few minutes. The pressure in each tank will drop at approximately the same rate. If a regulator or tank fails, you will still have gas to breath. Comfort and enjoyment can only be achieved by gaining experience. I spent the next few day doing deco dives using the sidemount rig with Evolution co-owner David Joyce, a Trimix instructor and Tec diver. We visited the Japanese Mogami wreck at 164ft, where I was charmed by the pieces of old gas masks and uniforms.

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Frequently Asked Questions

According to experts, approximately 40% of technical divers enroll in additional education and training programs. This yields a reasonable estimate of approximately 160,000 active technical divers worldwide.

from 170 to 350 feet
While conventional scuba diving has a recommended maximum depth of 130 feet, technical divers may work at depths ranging from 170 feet to 350 feet, and sometimes even deeper.

The depth range of oxygen rebreathers (simple closed circuit) is limited to approximately 6 m, beyond which the risk of acute oxygen toxicity rises to unacceptable levels very quickly.