SES 14 at 47° W

Technical details

Status

active

Orbital position

47° WChannel line-up at 47° W | Coverage maps

NORAD number

43175

COSPAR number

2018-012B

Operator

SES S.A.

Manufacturer

Airbus Defence and Space

Model

Eurostar-3000EOR

Launch

25 Jan 2018 from Guiana Space Center on Ariane 5 ECA

Launch mass

4423 kg

Expected lifetime

15+ yrs.

Callsign

S2974

Beacon

12198H, 10953V

Orbit

GEO

Beams

• C-band Europe America beam (C band) View footprint
• C-band Global beam (C band) View footprint
• Ku-band A01 User Spot beam (Ku band) View footprint
• Ku-band A02 User Spot beam (Ku band) View footprint
• Ku-band A03 User Spot beam (Ku band) View footprint
• Ku-band A04 User Spot beam (Ku band) View footprint
• Ku-band A05 User Spot beam (Ku band) View footprint
• Ku-band A06 User Spot beam (Ku band) View footprint
• Ku-band Atlantic beam (Ku band) View footprint
• Ku-band B01 User Spot beam (Ku band) View footprint
• Ku-band B02 User Spot beam (Ku band) View footprint
• Ku-band B03 User Spot beam (Ku band) View footprint
• Ku-band B04 User Spot beam (Ku band) View footprint
• Ku-band B05 User Spot beam (Ku band) View footprint
• Ku-band B06 User Spot beam (Ku band) View footprint
• Ku-band B07 User Spot beam (Ku band) View footprint
• Ku-band B08 User Spot beam (Ku band) View footprint
• Ku-band B09 User Spot beam (Ku band) View footprint
• Ku-band B10 User Spot beam (Ku band) View footprint
• Ku-band B11 User Spot beam (Ku band) View footprint
• Ku-band B12 User Spot beam (Ku band) View footprint
• Ku-band Brazil beam (Ku band) View footprint
• Ku-band Brazil Coastal (VPEC) beam (Ku band) View footprint
• Ku-band Brazil South East beam (Ku band) View footprint
• Ku-band C01 User Spot beam (Ku band) View footprint
• Ku-band C02 User Spot beam (Ku band) View footprint
• Ku-band C03 User Spot beam (Ku band) View footprint
• Ku-band C04 User Spot beam (Ku band) View footprint
• Ku-band D01 User Spot beam (Ku band) View footprint
• Ku-band D02 User Spot beam (Ku band) View footprint
• Ku-band D03 User Spot beam (Ku band) View footprint
• Ku-band D04 User Spot beam (Ku band) View footprint
• Ku-band E01 User Spot beam (Ku band) View footprint
• Ku-band E02 User Spot beam (Ku band) View footprint
• Ku-band E03 User Spot beam (Ku band) View footprint
• Ku-band E04 User Spot beam (Ku band) View footprint
• Ku-band F01 User Spot beam (Ku band) View footprint
• Ku-band G01 User Spot beam (Ku band) View footprint
• Ku-band G02 User Spot beam (Ku band) View footprint
• Ku-band G03 User Spot beam (Ku band) View footprint
• Ku-band G04 User Spot beam (Ku band) View footprint
• Ku-band H01 User Spot beam (Ku band) View footprint
• Ku-band H02 User Spot beam (Ku band) View footprint
• Ku-band H03 User Spot beam (Ku band) View footprint
• Ku-band H04 User Spot beam (Ku band) View footprint
• Ku-band H05 User Spot beam (Ku band) View footprint
• Ku-band US East beam (Ku band) View footprint
• Ku-band HTS Outer Contours beam (Ku band) View footprint

About SES 14

The C-band payload of SES-14 will replace NSS-806 and will support SES’s cable neighborhood in Latin America. The Ku-band payload augments the Ku-band capacity on NSS-806 with wide beams and high throughput spot beams covering the Americas and the North Atlantic Region. The Ku-band spot beams will allow SES to support the increasing demand for aeronautical and maritime mobility applications, cellular backhaul, broadband delivery, and VSAT services for enterprise and government segments. The Ku-band wide beams are designed to provide video and data services in Latin America, the Caribbean, and across the North Atlantic. SES-14 also carries the Global-Scale Observations of the Limb and Disk (GOLD) as a hosted payload for NASA