This Russian heavy diving gear includes a suit that is over 100 years old, originally used in industrial underwater operations, paired with a Russian helmet from 1981. The lead-plated vest provides stability at depth, while the robust metal helmet ensures protection and underwater communication. This set is a remarkable example of Soviet maritime engineering, used successfully by professional divers in extreme underwater conditions.

This military ship compass was a crucial tool for precision maritime navigation, used on warships and commercial vessels to maintain accurate direction in challenging conditions. Built from durable metal and engineered for maximum stability, it ensured the safety of crews for decades. A symbol of maritime exploration, essential in both classic and modern navigation.

This IRME ohmmeter is an essential device used for insulation resistance testing in maritime environments. Designed to measure electrical insulation resistance at high voltages, this tool was crucial for maintaining onboard electrical safety. With a compact and portable design, its precise scale enabled quick and reliable diagnostics, preventing failures and electrical hazards. Used by marine electricians and technicians, this device is an authentic piece of vintage maritime diagnostic equipment.

This ship bell played a crucial role in acoustic communication onboard, signaling dangers, watch shifts, and maneuvers. Recovered from a sunken vessel by the NemoProDiving team, it stands as a true symbol of seafaring history. Made of solid bronze, it has withstood the test of time, echoing the maritime past of sailors.

This four-fluke anchor, estimated to be 150 years old, is a symbol of traditional navigation. Made of forged iron, it was used by commercial and fishing vessels to ensure stability in rough waters. Its rusted, aged appearance tells a story of mariners and maritime adventures from the past. A unique artifact, now displayed at Terasa cu Ancore.

This wooden nautical pulley, over 200 years old, was an essential tool on sailing ships, used to hoist sails and lift heavy objects. Crafted from solid wood and metal, this robust mechanism was widely employed on merchant and military vessels, showcasing durability and efficiency in extreme maritime conditions. A true relic of traditional naval engineering.

This ship compass is a vital instrument for navigation and positioning at sea. Unlike standard models, this liquid-stabilized marine compass is housed in a durable metal casing, protected by a glass cover. Used on commercial and military vessels, it ensures high accuracy regardless of weather conditions. A true maritime artifact that embodies the spirit of ocean exploration.

These unique beer dispensers are made from authentic American heavy diving helmets, repurposed into a stunning bar feature. Originally used in commercial diving, these brass helmets have been restored and integrated into the Terasa cu Ancore bar, offering a one-of-a-kind experience for beer lovers. A true tribute to maritime heritage and the world of underwater exploration.

This handcrafted nautical barrel, made by sailors, showcases maritime ingenuity. Built from solid wood with bronze accents, it served as storage for drinks and glasses, designed to fit into compact ship cabins. The top lid doubled as a serving table, maximizing functionality in limited spaces. A true nautical relic from life at sea.

A maritime pilot ladder, known as a Pilot Ladder, has been transformed into a stunning display showcasing over 120 varieties of rum. This authentic nautical piece, once used for boarding ships, is now an iconic design element at Terasa cu Ancore. A true symbol of maritime adventure and exotic refinement.

This Russian naval emergency panel was used for detecting and alerting the crew about hull breaches and structural damages. The system displayed affected areas and provided warnings for immediate action to prevent sinking. A crucial piece of maritime safety, now displayed at Terasa cu Ancore.

This is the first lifeboat radio, a crucial device used on rescue boats to send emergency signals. Designed with a floating case, it ensured effective communication with ships or rescue teams in distress situations. The Lifeboat Radio Class 1 marked a significant advancement in maritime safety, providing a lifeline for crews facing shipwrecks.

This ship’s helm, recovered by the NemoProDiving commercial diving team, once guided a now-sunken vessel. Made of solid wood and metal, it symbolizes control and maritime mastery. Designed for precise navigation, each spoke helped steer the ship safely through challenging waters. A true nautical relic, honoring the craftsmanship of ancient seafarers.

This manual air distribution panel, built in Germany 80 years ago, supplied two divers simultaneously from a single hand-operated air pump. Equipped with pressure gauges and adjustable valves, it was essential for surface-supplied diving, allowing precise air control. A rare and fascinating piece of historical diving technology.

This Russian heavy diving gear includes a suit that is over 100 years old, originally used in industrial underwater operations, paired with a Russian helmet from 1981. The lead-plated vest provides stability at depth, while the robust metal helmet ensures protection and underwater communication. This set is a remarkable example of Soviet maritime engineering, used successfully by professional divers in extreme underwater conditions.

This Russian gas-powered compass, approximately 150 years old, is a masterpiece of maritime engineering. Designed for nighttime navigation, it used a gas illumination system, enabling sailors to maintain their course even in low visibility. Crafted from solid metal, with a durable and functional design, this rare artifact showcases the technological evolution of 19th-century navigation instruments.

Used on professional diving vessels, this monoloc hyperbaric chamber played a crucial role in the emergency transport of injured divers. Built from aluminum to ensure swift maneuverability and maximum safety, this pressurized capsule dates back over 80 years, yet its design remains just as relevant today. A testament to advancements in underwater safety, now showcased at Terasa cu Ancore.

This MEDI heavy diving helmet, manufactured in Germany, is an extremely rare piece, with only 70 units worldwide. Used in industrial and military diving, it provided safety and clear visibility at great depths. Built from durable materials, it stands as a testament to German engineering excellence in diving technology. Now displayed at Terasa cu Ancore, this artifact showcases historical diving equipment.

These heavy Russian diving boots, made of solid cast iron and weighing around 10 kg, were essential for professional divers to maintain balance underwater. Their robust design showcases the engineering excellence of past underwater exploration equipment. A true maritime relic, now displayed at Terasa cu Ancore.

These heavy diving boots, an English model crafted from leather, bronze, and lead, were essential for professional divers, ensuring stability on the ocean floor. Weighing 10 kg per boot, they were a vital part of historical deep-sea diving gear, used in maritime operations and underwater engineering. A remarkable relic of classic diving history.

This air pressure regulator was used to adjust the airflow to divers' demand valves, ensuring controlled breathing at depth. Essential for professional and military diving, it provided precise air management for underwater operations. Built with durable materials to withstand extreme conditions, this device represents the engineering accuracy required for deep-sea exploration.

The mooring bitt is a fundamental naval component used to secure ropes and mooring lines on ships. Made of solid metal, it ensured vessel stability during docking and anchoring operations. This particular bitt was recovered by the NemoProDiving commercial diving team, preserving its maritime legacy.

This naval telephone switchboard, equipped with a dynamo, was used on military, commercial ships, and submarines to ensure reliable internal communications. Designed for maximum reliability in extreme conditions, it allowed crew members to stay connected across key ship compartments, even in the event of a power failure. Its robust system and moisture-resistant technology made it a standard in maritime communications. Now displayed at Terasa cu Ancore, it showcases the evolution of naval technology.

This Soviet naval radar, produced during the CCCP era, was used on commercial and military ships for target detection and maritime tracking. With Russian inscriptions, this advanced system enabled precision navigation and tactical surveillance, essential for naval operations. Durable and highly reliable, it was a core instrument in Soviet fleets, enhancing maritime security. This historic model is now displayed at Terasa cu Ancore, showcasing past radar technology.

Designed for extreme missions, this Dräger heavy diving suit (1960-1970) was used for contaminated water operations and surface-supplied underwater work. Made from materials resistant to chemicals and biological hazards, this suit provided maximum protection and complete sealing. A true symbol of industrial diving, it played a crucial role in high-risk technical interventions, proving unmatched reliability and safety.

This underwater scooter is an essential device for rapid movement underwater, used by military and technical divers. Its hydrodynamic design minimizes effort and maximizes dive autonomy. Deployed in rescue operations, exploration, and underwater construction, this model is optimized for maneuverability and safety in various marine conditions.