All Posts

In this exploration, the ORB ROV, specifically its lighter version known as Explorer, was utilized. The shipwreck is situated approximately 15 miles east of the Fujeira coast, at a depth of 25 meters in the Indian Ocean. This is well within the 1000-foot capability of the ORB.

1. Mobile Ground Control Station (Rugged Case GCS) For extended missions, technical inspections, and high-situational-awareness operations, Trident can be operated via a mobile Ground Control Station (GCS)  housed in a rugged, battery-powered case . This configuration provides: Dual-screen situational awareness (video, sonar, navigation) Integrated mission planning and telemetry Battery-operated, fully self-contained system Rapid deployment in field, shipborne, or shore-based

Unmanned systems and subsea technologies are transforming industries from defense to environmental monitoring. At UMEX 2026, held in Abu Dhabi from January 22 to 26, visitors will have a unique opportunity to explore the latest advances in these fields. Join us at Stand 05-005 at the Abu Dhabi National Exhibition Centre (ADNEC) to experience firsthand how these technologies are shaping the future. Explore the latest unmanned underwater vehicle showcased at UMEX 2026 What to E

The initial test of the new Trident mini ROV has been completed. This is a crucial component of the Trident System currently in development. The next step involves developing the autonomous surface vessel. More updates will be provided soon.

✅ TRIDENT is the core of the company; its three spears are ✅1.The ROV, ultra compact with micro sonar, for exploration down to 150 meters depth ✅2. The unmanned Buoy.: Deploys the ROV, maintains GPS location, recovers the ROV. ✅3. The UAV.: The entire system is deployed kilometers away to the target area, departing from any platform, onshore or offshore. Remotely operated underwater vehicle deployed from the UAV flying system Trident Subsea System Trident  is an integrated a

Underwater environments remain some of the most challenging and least explored areas on Earth. The vast depths, extreme pressure, and limited visibility create obstacles for human divers and traditional equipment. Robotics has emerged as a powerful tool to overcome these challenges. The ORB SAR  is a compact, high-performance Search and Rescue ROV  designed for zero-visibility environments  and deep-water operations up to 1000 ft (≈ 300 m) . Built on the proven ORB architectu

Only exisitng glider ROV with retractable robotic arm. To maximize drag and efficiency, the arm is normally retracted during exploration. When necessary, it extends like the airplane's landing gear. To rebalance the weight, a sofisticated gravity shift system maintains the ROVs desired attitude. This unique feature allows to lift weights from the sea floor. Furthermore, the gravity shift system allows a permanent glider attitude without sacrificing any power. This special