Deep Diver

The Deep Diver specialty course, offered by Buceo en Lanzarote, is designed for certified divers eager to extend their exploration capabilities to the maximum recreational depth of 40 meters. This specialization is crucial for accessing a wider array of dive sites previously beyond reach, opening up new underwater landscapes and potential encounters. The course typically spans 2 to 3 days, providing focused training and practical experience to build confidence and competence at greater depths.

Lanzarote's waters offer a consistent diving environment, with sea temperatures averaging around 20.5°C throughout the year, making it suitable for diving in various seasons. While specific monthly air temperatures fluctuate, the sea conditions remain generally favorable. The volcanic nature of the island creates unique underwater topography, often featuring dramatic rock formations and potential for diverse marine life, although specific visibility and fauna are not detailed in the provided data for this course.

Buceo en Lanzarote is a certified training center affiliated with multiple recognized agencies including ACUC, FEDAS, IDEA, NAUI, PADI, and SSI, ensuring a high standard of education. They offer instruction in both English and Spanish, catering to a diverse international clientele. The center's operational details, such as specific boat types or instructor-to-student ratios, are not specified but their affiliation with numerous certification bodies suggests a commitment to established training protocols.

To enroll in the Deep Diver specialty, divers typically need to hold an Advanced Open Water Diver certification or equivalent, demonstrating a foundational understanding of diving principles and experience. While the specific equipment requirements are not listed, standard scuba gear is assumed, with potential for specialized equipment depending on the dive sites chosen for the practical sessions. The course focuses on the planning, procedures, and techniques necessary for deep diving, including managing gas supply and recognizing potential risks associated with increased depth.