Sailor 1000 XTR Ku

Unlock the power to optimize VSAT delivery and performance in any maritime environment with the new SAILOR 1000 XTR Ku antenna system. Integrating the best of SAILOR VSAT Technology, the SAILOR 1000 XTR Ku is the first of a new antenna generation to deliver pioneering features that represent the state-of-the-art.

Take control of your antennas

Designed for maritime connectivity services operating on GEO satellites as well as forthcoming NGSO networks, this one-meter innovation offers deep IoT capabilities that allow service technicians to take control with visibility into antenna health and performance on demand. Leveraging Cobham SATCOM’s unique R&D facilities and VSAT antenna leadership, the SAILOR 1000 XTR Ku is a technology leap that enables diverse global satellite connectivity services with unrivaled reliability for safer, greener, and more efficient digital ship and fleet management.

A future-proof platform

SAILOR XTR™ is the cutting-edge technology platform at the heart of all new SAILOR antenna systems. Its new capabilities can maximize performance and optimize customer service, resulting in industry-leading uptime.

Technical features including a new type of control box located inside the Above Deck Unit with a super-fast processor, new modular star network module topology, deep self-diagnostics capabilities, and extended highly secure remote access contribute to optimizing every aspect of operation and management of SAILOR XTR™ antennas.

One antenna platform for the future – SAILOR XTRTM

• Rapid deployment technology with a true one-cable solution and software-enabled functions replace mechanical intervention during installation and operation.
• Best-in-class RF performance ensures that customers get the most out of their VSAT subscription.
• Built-in flexibility ready for future satellite networks.
• Dual antenna operation for reliable automatic switching between two antennas.
• New secure software platform reduces risk of hacking.
• New pedestal design simplicity improves mechanical performance.