The SSI Navigation Speciality Course is the perfect way to improve your navigation skills while enjoying the beauty of Bali. This course will teach you the basics of using a map and compass, as well as how to navigate in different environments. You will also learn how to use GPS devices and electronic charts. The course includes four days of classroom instruction and four days of field training.
Looking to improve your navigation skills? The SSI Navigation Speciality course in Bali is for you! This course will teach you the essentials of navigation, including how to use a compass, read a map, and more. You’ll also get the chance to practice your skills in a variety of different scenarios.
The SSI Navigation course in Bali is designed to teach students the skills necessary to navigate using a variety of methods and tools. The course begins with a review of basic navigation concepts, then moves on to specific navigational techniques such as using a compass, map and chart reading, dead reckoning, and GPS. Students will also learn how to use navigational aides such as buoys, lights, and daymarkers. The course will conclude with a series of exercises designed to test the student’s knowledge and skills.
SSI’s Navigation Specialty course is the perfect way for divers to learn how to navigate using a compass and natural landmarks. Here are 5 reasons why divers should take this course:
The SSI Navigation Speciality (Bali) teaches divers how to navigate using a compass and natural landmarks. This is important because it helps divers find their way back to the dive site if they become lost. It also helps divers avoid getting lost in the first place.
SSI Navigation Specialty (Bali) – . Gain a better understanding of dive site layout and hazards
This course will help you to understand dive site layout and hazards, so that you can safely navigate around the dive site. You will learn how to use a compass and read a topographic map, as well as how to estimate distance underwater. This course is essential for any diver who wants to explore new dive sites and navigate safely around them.
The SSI Navigation Speciality (Bali) helps divers to improve their dive planning and situational awareness. This is done by teaching divers how to use a compass, estimate distance underwater, and identify landmarks. This speciality is beneficial for divers who want to become better at dive planning and navigation, as well as for those who want to increase their safety underwater.
With SSI Navigation Speciality (Bali), you will increase your safety and confidence underwater. This course will teach you how to use a compass and navigate your way around underwater. You will also learn how to read a map and plan your dives accordingly. This course is perfect for those who want to explore the underwater world safely and confidently.
With SSI Navigation Speciality you can explore new dive sites with ease and have fun doing it. This is because the SSI Navigation system makes it easy to find your way around underwater, and you can use it to plan your dives so that you can see new and interesting things.
Dive computers and dive tables are both used to help plan and monitor a scuba dive. Dive computers track and display important dive data, such as depth and time, and can also provide information on things like water temperature and tank pressure. Dive tables, on the other hand, are used to plan a dive by providing information on things like maximum depth and bottom time.
Dive computers are becoming increasingly popular, as they offer a number of advantages over dive tables. Dive computers are easier to use and can be much more accurate than dive tables. They also allow divers to monitor their progress and safety during a dive.
While dive tables are still used by some divers, dive computers are the preferred method of dive planning and monitoring for most scuba divers.
Emergency ascents and gas management is a scuba diving specialty that teaches divers how to safely ascend to the surface in the event of an emergency and how to properly manage their gas supply.
The emergency ascent portion of the specialty focuses on teaching divers how to safely and efficiently ascend to the surface in the event of an emergency. This includes proper use of the diver’s buoyancy compensating device (BCD) and emergency gas supply.
The gas management portion of the specialty focuses on teaching divers how to properly manage their gas supply. This includes using dive tables or a dive computer to plan dives, monitoring gas levels during a dive, and knowing when and how to share gas with another diver.
Dive guides and line-handler signals are an essential part of scuba diving, allowing divers to safely navigate underwater. By using these signals, dive guides can communicate with line-handlers on the surface, who can then provide guidance and assistance.
Dive guides use a variety of signals to communicate with line-handlers. The most common signals are the stop sign, the okay sign, and the come here sign. The stop sign is used to indicate that the dive guide wants the line-handler to stop moving. The okay sign is used to indicate that the dive guide is ready to continue. The come here sign is used to indicate that the dive guide wants the line-handler to come closer.
Line-handler signals are used to communicate with dive guides on the surface. The most common signals are the up sign, the down sign, and the help sign. The up sign is used to indicate that the line-handler wants the dive guide to surface. The down sign is used to indicate that the line-handler wants the dive guide to descend. The help sign is used to indicate that the line-handler needs assistance.
Surface marker buoys and dive flags are used to mark the location of a dive site and to warn other boats and swimmers of the potential hazard. They are an important part of scuba diving safety.
Surface marker buoys (SMBs) are inflated devices that are used to mark the location of a dive site. They are usually brightly colored and can be equipped with a flag to make them more visible. SMBs can be used to mark the location of an underwater hazard, such as a reef or shipwreck, or to signal the location of a group of divers.
Dive flags are used to warn other boats and swimmers of the potential hazard posed by a dive site. They are usually red with a white stripe and are flown from a flagpole or buoy. Dive flags must be displayed prominently and should be visible from all directions.
