This naval coil phone, used on commercial ships and military submarines, ensured effective communication in high-noise environments and extreme conditions. Its self-powered transmission system made it indispensable for emergency situations, and it is still in use today for specific maritime applications. Compact and durable, this device showcases the reliability of classic naval equipment. Displayed at Terasa cu Ancore, it stands as a key artifact in maritime communication history.

This Fenzy life vest is a crucial diving safety device, used for buoyancy control and surface stability. Designed with a quick inflation system, it provides security in challenging underwater conditions. Used in commercial and military diving, this vest is a key piece of subaquatic safety gear.

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 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.

This heavy diving helmet, painted in a distinctive yellow, was used by American divers for military and commercial underwater operations. Designed for enhanced safety and visibility, it represents a crucial part of deep-sea exploration history. Alongside it, a vintage naval clock, once used on ships to track maritime operations, adds a touch of authenticity to this historical maritime collection at Terasa cu Ancore.

The IDA closed-circuit diving apparatus was used by Russian military divers during World War II for high-risk underwater missions. Designed for stealth operations, this system allowed divers to breathe without releasing bubbles, providing complete concealment in hostile waters. As one of the most advanced devices of its time, the IDA was essential for sabotage, reconnaissance, and covert missions. This rare artifact, preserved in remarkable condition, is now displayed at Terasa cu Ancore, offering a glimpse into the evolution of military diving technology.

This English stern/bow lantern, crafted from solid brass, was used on ships for signaling and nighttime illumination. Its sturdy design and corrosion-resistant materials ensured long-term functionality in harsh maritime conditions. The thick glass shielded the internal flame from wind and water, providing sailors with a reliable source of light during dark nights at sea. A historic maritime artifact that preserves the elegance of its era.

The Mistral regulator is a classic underwater breathing device, widely used by professional divers and military teams. Designed to provide a steady airflow, this French model was renowned for its dual-hose system, making it an iconic piece of historical diving equipment.

The Aalborg RT 144C marine radio, manufactured in Denmark, was used for VHF communication on commercial and military vessels. With a durable design and adjustable frequencies, this system ensured clear and stable transmissions, even in harsh maritime conditions. As a crucial tool for safe navigation, it enabled ships to stay connected with ports and other vessels. This historic piece, a symbol of reliability in maritime radio communication, is now displayed at Terasa cu Ancore.

This bronze gas lantern, over 150 years old, was used aboard ships and merchant vessels to illuminate decks and cabins. Its sturdy bronze construction ensured durability in harsh maritime conditions, while the thick glass shielded the flame from strong winds. A true maritime relic, this lantern embodies the golden age of sea exploration and nautical craftsmanship.

This naval coil phone, used on commercial ships and military submarines, ensured effective communication in high-noise environments and extreme conditions. Its self-powered transmission system made it indispensable for emergency situations, and it is still in use today for specific maritime applications. Compact and durable, this device showcases the reliability of classic naval equipment. Displayed at Terasa cu Ancore, it stands as a key artifact in maritime communication history.

This manual engine order telegraph, built by Eiwa Seiko Co. Ltd., was used to transmit orders from the bridge to the engine room. A key component in traditional maritime navigation, this British model ensured precise control over ship operations before being replaced by modern electronic systems. With its durable design and mechanical precision, it played a crucial role in ship maneuvering and safety. Now displayed at Terasa cu Ancore, it remains a remarkable piece of maritime engineering.

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.

This red navigation light was used for indicating a vessel’s direction at night or in low visibility conditions. Placed on port or starboard, it played a critical role in collision prevention and compliance with international maritime regulations. Built with thick resistant glass and a durable metal casing, this light remains a symbol of safety and orientation at sea.

This professional diving mask, used in technical underwater operations, ensured controlled breathing and safety for divers in extreme environments. Featuring adjustable valves, it allowed optimal air regulation, crucial for subsea missions. Alongside it, a rudder position indicator, a vital navigation tool, helped commercial ship crews monitor and adjust the ship's direction with high precision. These historical maritime artifacts are now displayed at Terasa cu Ancore.

This Soviet diving helmet, a vintage model used in military and industrial underwater operations, showcases the durability and engineering of its era. Made from copper and brass, it was designed for deep-sea dives, ensuring maximum protection. Alongside it, the two propellers belonged to a high-speed military vessel, engineered for agility and superior performance at sea. These remarkable artifacts are now displayed at Terasa cu Ancore, preserving maritime and diving history.

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.

This French-made Spirotechnique bi-bouteille tank was designed for professional and military diving. Built for reliability and extended autonomy, it allowed divers to operate at greater depths with an optimal air supply. Featuring a sturdy design and balanced distribution system, this equipment set the standard in diving technology. Now displayed at Terasa cu Ancore, this rare piece showcases underwater exploration advancements.

This marine inclinometer, used on commercial ships, accurately measures the vessel's tilt angle during navigation. Essential for maritime safety, it helps crews monitor ship stability and adjust cargo based on sea conditions. Built from durable materials, the inclinometer remains a standard instrument in the maritime industry. This historical model, once crucial for global navigation, is now displayed at Terasa cu Ancore.

This underwater camera housing, designed by Spirotechnique, was used for marine exploration and underwater operations. It features surface-supplied power, while its optical and electronic system was developed by Thomson-CSF, ensuring high-quality imaging even at great depths. Equipped with a buoyancy compensator and ergonomic handle, it provided stable control underwater. A remarkable innovation in diving technology, now displayed at Terasa cu Ancore.

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.

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 Pragotron ship clock, manufactured in former Czechoslovakia, was used by a ship commander in the control room of a commercial vessel. The ZPA Pragotron model was known for its accuracy and was widely used in train stations, factories, and public institutions across Eastern Europe from the 1950s-60s. Its industrial design and robust mechanism showcase the reliability and technology of its era. A genuine maritime historical piece.

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.

These English heavy diving boots, featuring a bronze toe cap and lead sole, weigh 10 kg each, ensuring firm footing on the seafloor. Used in industrial and military diving, they provided divers with stability underwater and prevented unintended buoyancy. Their robust design showcases British maritime engineering expertise. Now displayed at Terasa cu Ancore, these historical boots offer a glimpse into classic deep-sea diving gear.

This naval telephone exchange was a vital communication system used on military and commercial ships, ensuring efficient crew coordination. Built to withstand extreme humidity and vibrations, it was commonly installed on submarines and warships for reliable signal transmission even in harsh conditions. Now a historical naval artifact, this resilient piece of maritime technology is displayed at Terasa cu Ancore, showcasing traditional naval communication methods.