"The spacecraft’s multi-mission architecture will enable Es’hailSat to respond to demand for the fastest-growing applications in the Middle East and North Africa, including content transfer, broadcast distribution, enterprise communications, and government services," Space X said in a press release.
Earlier, SpaceX Company launched a livestream of Falcon 9 Launch.
All systems appeared to operate as expected when the Falcon 9 placed the satellite in a geosynchronous transfer orbit, after which the satellite will travel under its own power to a geostationary orbit about 22,000 miles above Earth.
READ MORE: Space X's Recycled Rocket Booster Lands After Placing Satellite in Orbit
Shortly after the launch, Space X recovered the Falcon 9 booster stage, which was used on an earlier mission, on a platform in the Atlantic Ocean.
SpaceX started experimenting with drone ship landings in 2015. After the successful drone ship landing in April 2016, Musk said that the Flacon 9 booster could be used for 10-20 more flights and with the help of some modifications, it could fly up to 100 times.