SAILOR 600 XTR KA System

SAILOR 600 XTR Ka System

SAILOR 600 XTR Ka utilizes sophisticated Rapid Deployment Technology to reduce installation complexity and cost. This is a com bination of mechanical and software elements such as a true one-cable solution, Dynamic Motor Brakes, the XTR™ Installation Wizard enabling quick and trouble-free deployments.

The Cobham SAILOR 600 XTR Ka utilizes sophisticated Rapid Deployment Technology to reduce installation complexity and cost. SAILOR 600 Ku-Band VSAT Antenna is part of AST's VSAT solution .

Model Number: 407560B-00500

This is a combination of mechanical and software elements such as a true one-cable solution, Dynamic Motor Brakes, the XTR™ Installation Wizard enabling quick and trouble-free deployments.

Technical features include the new XTR Antenna System Control Module located inside the Above Deck Unit (ADU) with a light ning-fast processor, enabling new modular star network component topology, deep self-diagnostics capabilities and extended, highly secure remote access contribute to optimize every aspect of operation and man agement of SAILOR XTR™ antennas.

Further developments include IoT protocols providing on-demand antenna health and performance data, and unique ‘in-dome’ Ethernet for simple integration of third-party devices such as cellular.

Download Product Sheet

Features and Benefits
Technical Information

Features and Benefits

Rapid Deployment Technology to reduce installation complexity and cost

New XTR Antenna System Control Module located inside the Above Deck Unit

Technical Information

Dimensions

Diameter: 82cm Height: 91 cm

Operating Temperature

-25°C-+55 °C

IP Rating

BDU: IP30 Antenna: IPx6

Data

Weight

35kg

Below Deck Unit Weight

2kg

Cobham

A leading global technology and service company that specialises in cutting-edge solutions for the most incendiary problems. They provide deep space solutions, as well as oceanic solutions.

A transition from a primarily aerospace-focused company to a provider of comprehensive solutions for both deep space and oceanic environments demonstrated their adaptability and commitment to addressing complex technical challenges.