Partners who define diving standards of technical and recreational diving

Collaboration with the best

LongDeco collaborates with organizations, equipment manufacturers, and diving centers that set standards in technical, cave, and exploration diving. Partners include both recognized training federations and brands and locations that truly support the development of divers and instructors in demanding environments.

We collaborate with organizations that define the approach to training—from global instructor standards to advanced technical diving systems. We also rely on equipment used in CCR, DPV, trimix, and sidemount and DIR training, selecting solutions proven in practice, not just theory.

Our operations also rely on collaboration with dive centers and locations that enable training in real-world conditions—from controlled training environments to challenging exploration locations. This is where competencies are built that are valuable beyond the course.

The choice of partners is not accidental—it stems from instructor experience, participation in exploration projects, and the real-world demands of the technical diving community. The solutions we use include training systems, equipment, and infrastructure used in practice worldwide. Our collaboration with these partners reflects LongDeco’s philosophy: safety, reliability, and a mindful approach—both to training and the environment in which we dive.

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Reliability

We select solutions proven in demanding conditions—both equipment and training systems. We rely on configurations compliant with technical diving standards, where redundancy and predictability are key.

Cohesion

We work with partners whose approach to training and equipment creates a coherent, consistent system for diver development.

Environment

We choose locations that allow training in conditions close to real life – where skills matter.

Experience

Each partner is selected based on experience—not marketing. What matters is quality, safety, and real training value.

Santi

Santi is a leading manufacturer of dry diving equipment, specializing in drysuits and heating systems designed for the most demanding technical diving. For years, the brand has set standards in thermal comfort, ergonomics, and build quality, especially in cold-water environments.
Santi products are widely used in decompression, cave, and wreck diving, where maintaining a stable body temperature directly impacts diver safety and efficiency. Advanced heating systems and refined drysuit design allow for long and demanding dives without compromising comfort.
At LongDeco, we partner with Santi because they provide solutions that truly support divers in challenging conditions. This equipment not only increases comfort but, above all, allows you to maintain concentration and full control during the dive—regardless of time and environment.

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Shearwater

Shearwater is a manufacturer of dive computers designed for technical diving, CCR, and trimix diving. Their devices are valued for their exceptional readability, reliability, and intuitive operation, making them among the most popular choices among advanced divers.

Models like the Perdix and Teric are designed for demanding conditions, where quick access to key information and data clarity directly impact safety. Flexible settings, configurability for various diving scenarios, and reliable performance make Shearwater computers a standard in technical training and exploration diving.

At LongDeco, we partner with Shearwater because they offer tools that support informed and precise underwater decision-making. This equipment is reliable during every phase of the dive—from planning to decompression.

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JJ-CCR

The JJ-CCR is one of the most recognized rebreathers in the world, widely used in technical diving, exploration diving, and advanced training. Designed for maximum reliability, ease of use, and a high level of safety, the system is one of the most popular choices among technical divers.

The JJ-CCR is suitable for a wide range of diving applications—from advanced CCR training, through trimix and decompression diving, to cave and wreck exploration. Its stable pO₂, redundant features, and intuitive design ensure a high level of control and predictability, even in the most demanding conditions.

At LongDeco, we partner with the JJ-CCR because it offers a proven, robust, and safe platform for training and advanced diving. This equipment allows you to focus on procedures, awareness, and precision—without compromising on reliability and quality.

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Frequently asked questions

FAQ

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

Initially, a technical diver uses a twinset or sidemount configuration, a suitable trimix dive computer, and a gas redundancy system. As training progresses, stages, DPV scooters, CCR rebreathers, and decompression equipment are added. The key is to gradually build a configuration that is appropriate for the diving environment and course level.

10 000+

Hours under
water

2000+

Technical
diving

2000+

Educated
instructors

200+

Courses conducted
each year