Sat-Lite Peloris 1311 1.27M Vehicle Mount VSAT Antenna System

Sat-Lite Peloris 1311

Sat-Lite Peloris 1411 1.45M Vehicle Mount VSAT Antenna System

SKU
SL-1311
Sat-Lite Peloris 1311 1.27M Vehicle Mount VSAT Antenna System is available to buy in increments of 1

Compact and light weight makes it perfect for smaller vehicles

1311 1.27M Vehicle Mount SNG VSAT Antenna

The Sat-Lite 1311 Peloris 1.27 meter vehicle mounted VSAT antennas are high performance light weight designs for SNG (satellite news gathering) and highly secure military communications applications. Key features include a precision carbon fiber reflector combined with a light weight pedestal that provides the integrator with a low stow height, space saving profile. The elevation over azimuth pedestal provides excellent stiffness and low backlash characteristics for applications including Ka-band and X-Band frequencies.

The Peloris 1311 antenna is also designed for mounting redundant RF packages of up to 100 lbs directly on the feedboom. A proprietary rack mount Sat-Lite Technologies Cirrus Antenna Controller offers auto locate features using GPS, compass, and DVBS2 receiver to quickly identify the satellite. The standard product includes a keypad interface in the rack as well as an enhanced ethernet GUI for laptop or remote interface. The 1311 antenna is designed to meet international RF performance requirements for commercial and military applications including Intelsat, Eutelsat, and FCC specifications.

Key Features

product features tab High Performance SNG Applications

product features tab Intelsat / Eutelsat Compliant with Appropriate Feed

product features tab Sat-Lite Cirrus Controller

product features tab Carbon Fiber Reflector

product features tab Handcrank Included

product features tab Low Stow Height and Space Optimizing Stowed Configuration

product features tab Designed for Boom Mounted Redundant RF Packages up to 100 lbs

product features tab Multiple Feed Options for X-, Ku-, and Ka-Bands

Live Sporting Event Broadcasting, Newsgathering, Military Satellite Communications, Broadband Satellite Internet, Disaster Recovery Communications