By understanding how to read the Lyngsat table—interpreting polarizations, symbol rates, beams, and encryption—you unlock the full potential of one of the most powerful satellites in the skies over the Arab world. Whether you are chasing MBC’s free-to-air movies, beIN’s sports coverage, or simply testing a new dish alignment, Lyngsat for Arabsat 6A is your indispensable first stop.
Comprehensive Guide to Arabsat-6A and Its LyngSat Transponder Lineup
The satellite is noted for providing high downlink power, ideal for direct-to-home (DTH) TV and radio services.
| Specification | Detail | | :--- | :--- | | | Arabsat | | Manufacturer | Lockheed Martin | | Satellite Bus | LM 2100 | | Launch Date | April 11, 2019 at 22:35 UTC | | Launch Vehicle | SpaceX Falcon Heavy | | Launch Site | Kennedy Space Center, LC-39A | | Orbital Position | 30.5° East (Geostationary) | | Launch Mass | 6,465 kg (dry mass: 3,520 kg) | | Dimensions | Approx. 3.5 × 2.5 × 8 m (stowed); 40-50 m span in orbit | | Electrical Power | 20 kW | | Design Life | 15 years (planned) | | Frequency Bands | Ku-band and Ka-band | | COSPAR ID | 2019-021A | | NORAD ID | 44186 |
To help find the right setup requirements for your location, let me know your , the size of your satellite dish , and whether you want to watch Free-to-Air channels or specific network feeds . Share public link arabsat 6a lyngsat
If you search because of a technical problem, check for these three common issues first:
For technicians, enthusiasts, and broadcasters, LyngSat provides the industry-standard live updates on its active frequencies, transponder multiplexes (muxes), and channel lists.
Arab Satellite Communications Organization (Arabsat) Manufacturer: Lockheed Martin Satellite Bus: LM 2100 Launch Date: April 11, 2019
When you visit the LyngSat Arabsat 6A Page, you are greeted by a highly detailed database table. For a newcomer or an operator setting up equipment, understanding how to read these rows is crucial. Core Tracking Parameters Explained | Specification | Detail | | :--- |
Launched on April 11, 2019, aboard a SpaceX Falcon Heavy rocket, Arabsat-6A was built by Lockheed Martin based on the modernized LM 2100 platform. It features advanced solar arrays and electric propulsion, ensuring a operational lifespan well beyond 15 years. Technical Specifications 30.5° East (co-located with Arabsat-5A) Manufacturer: Lockheed Martin (LM 2100 platform) Launch Vehicle: SpaceX Falcon Heavy
Arabsat 6A is designed with flexible beams to optimize signal strength where it is needed most. Ku-Band Services (FSS and BSS)
Clicking this link redirects to a map illustrating the signal strength (EIRP) footprint across geographical regions.
LyngSat provides granular details for satellite tracking and channel tuning. Current listings for Arabsat-6A include several active multiplexes (muxes) primarily serving regional broadcasters and data services: Arabsat 6A at 30.5°E - LyngSat and secure government network backhaul.
Stationed at 30.5° East, it acts as a primary hub alongside the neighboring 26°E position (Badr 4/5/6/7).
LyngSat's Arabsat-6A page is the definitive resource for identifying active frequencies, channels, and modulation techniques used on the satellite. Because it operates alongside the older Arabsat 5A at the same spot, it offers massive capacity LyngSat 5A/6A . Key features to look for on the LyngSat page:
Arabsat-6A boasts a powerful, flexible Ka-band payload. This segment is dedicated to high-throughput satellite (HTS) internet connectivity, maritime communications, and secure government network backhaul. On LyngSat, these frequencies are typically cataloged under data services rather than consumer television lineups. 4. Why Broadcasting Engineers and Hobbyists Use This Data
