Blue Origin’s New Glenn rocket has launched into orbit, marking a major milestone for Jeff Bezos’ space company. With its ...

At seven meters (23 feet) across, New Glenn’s fairing is the roomiest on the market. It doubles the volume provided by standard five-meter- (16.4-foot-) class rockets, such as the Falcon Heavy ...

Blue Origin made two adjustments in quick succession to its schedule for launching its New Glenn rocket to orbit for the first time.

For the first time, Jeff Bezos’ Blue Origin space venture has put a payload in orbit using its heavy-lift New Glenn rocket.

However, New Glenn has a unique edge: its wider payload fairing, which can accommodate larger objects. It "has the largest capacity to put objects in space, large objects" as a result of its wider ...

The reason for that is the size of the fairings the rocket designs use. New Glenn’s payload fairings can accommodate payloads up to seven meters in diameter. That’s a substantially greater ...

According to Blue Origin, New Glenn's first-stage booster is designed for a minimum of 25 flights. With a nearly 23-foot class payload fairing, New Glenn boasts twice the volume of SpaceX's Falcon ...

The New Glenn's carbon-composite nose fairing, which encapsulates payloads during the climb to space, provides 16,184 cubic feet of volume, large enough to house an entire New Shepard rocket ...

Live updates from Monday morning’s scrubbed Blue Origin attempt to launch the New Glenn maiden mission from Cape Canaveral Space Force Station in Florida.

The New Glenn's carbon-composite nose fairing, which encapsulates payloads during the climb to space, provides 16,184 cubic feet of volume, large enough to house an entire New Shepard rocket ...

The rocket would seek to land New Glenn's first stage booster on a sea-fairing barge in the Atlantic Ocean 10 minutes after liftoff, while the rocket's second stage continues toward orbit.

also known as a fairing, to carry satellites and payloads. Like SpaceX’s Falcon 9, New Glenn is designed to be partially reusable. After separating from the second stage, the first stage would ...