Broadcasters continually optimize their transmissions—whether through frequency shifts, encryption changes, or beam realignments—to deliver higher quality, wider coverage, and new content efficiently.
These ongoing modifications mean that even the most reliable receivers can lose channels overnight if their stored parameters become outdated.
This is where accurate, timely frequency information becomes essential: a single correct entry of frequency, symbol rate, polarization, and FEC can instantly restore crystal-clear access without endless blind scans.
Successful satellite reception is influenced by multiple factors, including your geographic location within the satellite\’s footprint, dish alignment, LNB quality, and weather conditions.
By providing clear, verified, and up-to-date tuning details for major satellites such as Nilesat, Arabsat, Eutelsat, Hotbird, Astra, and others, we aim to simplify the process and put control back in your hands.
Whether you\’re troubleshooting a missing channel, adding a new package, or setting up a receiver from scratch, reliable satellite data ensures you spend less time searching and more time enjoying uninterrupted entertainment.
At the heart of this system lies a delicate balance of orbital mechanics and radiofrequency engineering: satellites positioned 36,000 kilometers above the equator beam signals downward in focused patterns known as footprints, while receivers on the ground must lock onto these signals using exact frequency and modulation parameters.
Broadcasters periodically refine their transmission characteristics—shifting frequencies to avoid interference, altering symbol rates for better data throughput, updating encryption systems, or expanding beam coverage—which inevitably affects millions of existing installations unless promptly addressed.
Many viewers encounter sudden channel loss or poor reception quality precisely because their stored parameters no longer match current satellite configurations, highlighting the critical need for reliable, timely sources of technical information.
This detailed guide addresses that need by compiling the most recent and thoroughly checked frequency tables for leading satellites worldwide, complete with practical tips for manual entry, enabling you to restore and maintain superior reception tailored to your specific location and equipment.
Transmission values are subject to frequent modification as broadcasters refine coverage areas and upgrade technical systems. These changes require users to rely on updated references rather than outdated receiver scans.
Many reception issues originate from minor configuration mismatches rather than equipment malfunction. Correct alignment of technical parameters often restores full channel availability quickly.
Frequency resources designed for clarity help users interpret complex signal data without confusion. Well-explained information removes uncertainty and improves tuning accuracy.
Satellite coverage varies from one region to another, making generalized data insufficient. Region-aware information improves reception success and reduces signal interruptions.
Search engines prioritize content that delivers accurate answers in a structured format. Organized satellite information increases visibility while serving real user needs.
A well-crafted frequency introduction prepares users to navigate satellite technology with confidence and maintain uninterrupted access to their preferred channels.
The Thor satellite system, masterfully orchestrated by Space Norway, stands as a beacon of innovation in global satellite communications, illuminating Europe, the Middle East, North Africa (MENA), and beyond with unparalleled broadcasting and connectivity.
Anchored at the prime orbital slot of 0.8° to 1° West, the Thor fleet—comprising Thor 5, Thor 6, Thor 7, Intelsat 10-02, and the forthcoming Thor 8—delivers over 1,000 television and radio channels 📡 to 18 million households.
From vibrant DTH broadcasts to high-speed maritime broadband, Thor is a trailblazer in connecting people, cultures, and industries.
This article dives into the Thor system’s cutting-edge technology, its transformative impact, key frequency details for tuning, and expert tips for seamless reception as of July 2025.
Why Thor Shines Bright 🌟
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Global Reach 🌍: Blankets the Nordics, Central and Eastern Europe, the Middle East, and maritime hubs like the North Sea, Baltic Sea, and Mediterranean with Ku- and Ka-band beams.
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Broadcasting Brilliance 📺: Streams crystal-clear HD and SD channels, featuring global giants like BBC, Disney, and Eurosport, captivating audiences with stunning visuals.
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Maritime Mastery ⚓: Powers high-speed broadband for ships and offshore platforms, boosting crew welfare and operational excellence with 2–6 Mbps uplink speeds.
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Technological Vanguard 🚀: Harnesses advanced payloads, including Thor 7’s Ka-band high-throughput satellite (HTS) and Thor 8’s dual-purpose design for commercial and government use.
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Versatile Access 🔓: Offers a blend of free-to-air and encrypted channels, ensuring inclusivity for diverse viewers and broadcasters.
The Thor Fleet: A Constellation of Excellence 🛰️
Space Norway’s Thor satellites are a testament to engineering prowess, evolving to meet the demands of modern connectivity. Here’s a closer look at the fleet as of July 2025:
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Thor 5 🌠: Launched in February 2008 aboard a Proton-M rocket by Orbital Sciences Corporation, Thor 5 operates on the STAR-2 platform with 24 Ku-band transponders (3.6 kW power). Positioned at 1° West, it powers DTH television and telecommunications across the Nordics, Europe, and the Middle East, remaining a steadfast pillar of the fleet.
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Thor 6 (Intelsat 1W) 📡: Launched in October 2009 via an Ariane 5 rocket by Thales Alenia Space, Thor 6 leverages the Spacebus-4000B2 platform with 36 Ku-band transponders (16 for Nordics, 20 for Central/Eastern Europe). Stationed at 0.8° West, it succeeded Thor 3, supporting DTH and broadband services, with Intelsat leasing 10 transponders.
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Thor 7 🌊: Launched in April 2015 by Space Systems/Loral (SSL) on an Ariane 5 rocket, Thor 7 is a multi-mission marvel with 11 Ku-band transponders for broadcasting and 25 Ka-band spot beams for maritime broadband. Covering the North Sea, Red Sea, Baltic Sea, Persian Gulf, and Mediterranean, it delivers 2–6 Mbps uplinks and is positioned at 1° West, with a lifespan beyond 2030.
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Thor 10-02 (Intelsat 10-02) 🔧: Launched in June 2004 by Thales Alenia Space, this satellite, co-operated with Intelsat, received a groundbreaking mission extension in 2021 via Northrop Grumman’s Mission Extension Vehicle-2 (MEV-2). At 1° West, it supports broadcasting and connectivity across Europe and the Middle East.
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Thor 8 (Future) 🔮: Commissioned in 2025 from Thales Alenia Space, Thor 8 is a dual-use satellite with Ku- and Ka-band payloads, set for launch around 2028.
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It will elevate broadcasting in the Nordics and Central/Eastern Europe while enhancing maritime and government connectivity across EMEA, with a 15-year lifespan.
Frequency Guide for Thor Satellites 📡
Thor satellites power Nordic and European broadcasters, delivering channels like Cartoon Network, BBC Earth, and TV2 Hungary.
Frequency for Thor Satellites 📊
|
Satellite |
Frequency |
Polarization |
Symbol Rate |
FEC |
Coverage |
Details |
|---|---|---|---|---|---|---|
|
Thor 5 |
11265 MHz |
Horizontal (H) |
25000 kS/s |
3/4 |
Nordics, Europe, Middle East |
DVB-S2, 8PSK, Canal Digital Beam T1, HDTV/SD, scrambled/free-to-air. 📺 |
|
Thor 6 |
10809 MHz |
Vertical (V) |
25000 kS/s |
3/4 |
Nordics, Central/Eastern Europe |
DVB-S2, 8PSK, HDTV/SD, scrambled/free-to-air, K1/K2 beams. 📡 |
|
Thor 7 |
12245 MHz |
Horizontal (H) |
30000 kS/s |
5/6 |
Europe, Middle East |
DVB-S2, Ku-band, HDTV/SD, scrambled/free-to-air, broadcasting beam. 📻 |
|
Thor 10-02 |
11305 MHz |
Vertical (V) |
27500 kS/s |
3/4 |
Europe, Middle East |
DVB-S2, HDTV/SD, scrambled/free-to-air, Intelsat beam. 📽️ |
Key Information 🔍
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Coverage Reach 🌍: Thor 5, 6, and 10-02 deliver Ku-band broadcasting to the Nordics, Central/Eastern Europe, and parts of the Middle East. Thor 7’s Ka-band supports maritime broadband in the North Sea, Red Sea, Baltic Sea, Persian Gulf, and Mediterranean.
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Frequency Precision ✅: Use the listed transponders for current channel lineups. Avoid outdated frequencies like 11785 MHz (Vertical, FEC 7/8) on Thor 5 or 11389 MHz (Horizontal) on Thor 6, which may no longer be active.
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Emirates TV Note 🚫: As of July 2025, Emirates TV is not broadcast on Thor. For Emirates TV, tune to Nilesat (12226 MHz, Vertical, 27500 kS/s, FEC 5/6, HD, DVB-S2), Arabsat (11804 MHz, Horizontal, 27500 kS/s, FEC 3/4, SD, DVB-S), or Hot Bird (11747 MHz, Vertical, 27500 kS/s, FEC 3/4, SD, DVB-S).
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Access Options 🔓: Thor offers free-to-air and scrambled channels (e.g., Canal Digital, Allente). Scrambled channels may require a compatible receiver with decryption (e.g., Conax).
Mastering Reception: Tips for Optimal Performance 📡
To capture Thor’s signals (0.8° W or 1° W) with flawless clarity, follow these expert tips for superior reception:
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Dish Size 📏: Opt for a 70-100 cm dish in the Nordics and Central Europe. For the Middle East or fringe areas (e.g., southern Europe, North Africa), a 100-150 cm dish ensures robust signal strength.
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Precision Alignment 🧭: Align your dish to 0.8° West or 1° West using a satellite finder or mobile apps. Clear obstructions like buildings or trees for an unobstructed line of sight.
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LNB Compatibility 🔌: Use a Universal Ku-band LNB (9.75/10.6 GHz) for Thor 5, 6, and 10-02 Ku-band transponders, or a Ka-band LNB for Thor 7’s maritime services. Verify receiver support for DVB-S and DVB-S2.
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Signal Strength 📶: Aim for 70% or higher signal quality (98% optimal) on your receiver’s meter to eliminate pixelation. Fine-tune LNB skew for maximum performance.
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Weather Resilience ☔: Protect against signal loss in heavy rain or snow by securing your dish and ensuring LNB caps are watertight.
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Coverage Verification 🗺️: Confirm your location falls within Thor’s beam (Nordics, Europe, MENA, or maritime zones) for reliable reception.
Tuning Thor Satellites: A Step-by-Step Guide 📺
Adding Thor’s channels to your satellite receiver is seamless with these steps, compatible with most receivers (e.g., Strong, Humax, Starsat), though menu labels may vary.
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Access the Menu ⚙️: Press “Menu” or “Settings” on your remote, then navigate to “Installation,” “Channel Search,” or “Antenna Setup.”
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Select Manual Scan 🔎: Choose “Manual Scan,” “Manual Installation,” or “Add Transponder,” then select “Add TP” or “Edit Transponder.”
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Choose Your Satellite 🛰️: Select Thor 5, Thor 6, Thor 7, or Intelsat 10-02 (Thor 10-02) at 0.8° West or 1° West. If unavailable, manually enter the orbital position (0.8° W or 1° W).
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Input Transponder Settings 📋: Enter settings from the frequency table (e.g., 11265 MHz, Horizontal, 25000 kS/s, 3/4 for Thor 5). Verify accuracy.
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Run the Scan 🔄: Press “Scan,” “Search,” or “OK.” Select “FTA Only” for free-to-air channels or “All Channels” for all options. Wait 1-3 minutes for completion.
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Save Channels 💾: Press “Save” or “OK” to store channels like “TV2 HD” or “BBC Earth” in your list.
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Fine-Tune Signal 🔧: Adjust dish azimuth and elevation if the signal is weak, targeting 70-98% strength. Check LNB skew and cables.
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Test Playback 📺: Select a channel to confirm clear playback. Consult a professional installer if issues persist.
Receiver Tips 🔌:
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Enable “LNB Power” on Strong receivers (e.g., SRT 4950) in the “Transponder” menu.
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Set LNB to “Universal” for Ku-band or specify Ka-band for Thor 7 on Humax or Starsat.
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Use default PINs (e.g., 0000, 1234) if prompted; check your manual.
Thor’s Global Impact and Future Horizon 🌟
The Thor satellite system redefines connectivity and broadcasting:
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Broadcasting Powerhouse 📡: Streams over 1,000 digital TV and radio channels via platforms like Allente, serving broadcasters like Viacom, Disney, and TV2 Hungary.
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Maritime Innovation ⚓: Thor 7’s Ka-band delivers 2–6 Mbps broadband to ships and offshore platforms, enhancing crew welfare and operational efficiency.
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Sustainability Pioneer ♻️: Thor 10-02’s 2021 mission extension via MEV-2 set a global benchmark for satellite servicing, extending life and reducing debris.
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Thor 8’s Vision 🔮: Launching in 2028, Thor 8 will bolster Ku- and Ka-band services, supporting broadcasting, maritime, and government needs with a 15-year lifespan.
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Integrated Ecosystem 🌐: Combines satellite, fiber, and terrestrial networks, supporting initiatives like Project Greensand for carbon storage in the North Sea.
We sincerely hope the provided information has restored full access to your favorite entertainment, sports, news, and religious channels.
Keeping pace with constant satellite adjustments is challenging, but our dedicated monitoring ensures you always have the latest details.
Manual tuning using verified parameters remains the most reliable method for perfect results.
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