Try the eCCR CE Rebreather with an instructor (Introduction to rebreather diving)

Try the eCCR rebreather – dive in silence and without bubbles!

Are you interested in a rebreather and want to experience what it's like to dive completely bubble-free and noise-free? Do you want to know how you can significantly extend your range with reliable and CE-certified technology?

Do you want to experience what it's like to get up close to underwater creatures without scaring them with sounds and bubbles?

Then sign up for a CCR trial dive!

The trial dive is designed for both beginners and experienced rebreather divers who want to try out the eCCR. Depending on the conditions, the trial dive can take place in a pool or in open water.

What is included in the eCCR trial diving course?

• A brief overview of the device's structure and operation
• Trial dive in the diving pool or dolomite quarry Sloka (1 hour)

Course prerequisites:

You must be an Open Water Diver or equivalent, as well as a Basic Nitrox Diver certificate and a valid diving medical certificate.

Rebreathers, or closed-circuit breathing apparatus, have several advantages over the open-circuit diving equipment commonly used in Open Water diving. Here are some of the main advantages:

1. More efficient use of gases: Rebreathers reuse exhaled gases by removing carbon dioxide and replenishing oxygen. This allows a diver to stay underwater significantly longer with the same amount of gas compared to an open-circuit system where exhaled gases are blown out.

2. Silent diving: Rebreathers produce significantly less bubbles and noise because exhaled gases are not blown into the water. This makes diving quieter and more enjoyable, and helps you get closer to underwater life without being intimidated by it.

3. Warmer breathing: Rebreathers can warm the air you breathe in as exhaled gases are reused. This can be especially useful in cold water, as it helps maintain body temperature and prevents hypothermia.

4. Breathing gas mixture control: Some rebreathers allow the diver to control the breathing gas mixture, adjusting it to depth and other conditions. This can help reduce the risk of decompression sickness and improve diving safety.

5. More environmentally friendly: Because rebreathers use gases more efficiently, they are more environmentally friendly, reducing gas consumption and thus environmental impact.

However, it is also important to note that rebreathers are more complex devices and require additional training and skills to use. Rebreathers can also be more expensive than open-circuit equipment.