Blue Origin New Shepard vs New Glenn: Key Differences

This guide compares Blue Origin’s two rockets: New Shepard, the suborbital tourism and research vehicle, and New Glenn, the heavy-lift orbital launcher. You’ll learn their purposes, sizes, capabilities, and how they fit into Blue Origin’s overall strategy. No prior aerospace knowledge is required—just a curiosity about how these rockets stack up.

What You’ll Need

• A basic understanding of orbital vs. suborbital flight (covered below)
• Interest in rocket reuse and spaceflight concepts

Step-by-Step

1. Identify their primary missions. New Shepard is designed for suborbital flights—it goes up, crosses the Kármán line (100 km altitude), and comes back down, giving passengers a few minutes of weightlessness. New Glenn is an orbital launch vehicle meant to carry satellites, cargo, and eventually people to Earth orbit and beyond.
2. Compare their sizes. New Shepard is about 18 meters (60 feet) tall with a diameter of 3.7 meters (12 feet). New Glenn is a giant: roughly 98 meters (320 feet) tall with a 7-meter (23-foot) diameter payload fairing. New Glenn can lift about 45 metric tons to low Earth orbit (LEO) in its reusable configuration, while New Shepard carries only a capsule with up to six passengers or a few hundred kilograms of research payloads.
3. Look at their propulsion systems. New Shepard uses a single BE-3PM engine burning liquid hydrogen and liquid oxygen (hydrolox). New Glenn’s first stage is powered by seven BE-4 engines burning liquefied natural gas (methane) and liquid oxygen (methalox). The BE-4 is also used on ULA’s Vulcan rocket.
4. Examine reusability. Both rockets feature reusable first stages. New Shepard’s booster lands vertically back at the launch site in West Texas. New Glenn’s first stage is designed to land on a drone ship in the Atlantic Ocean, similar to SpaceX’s Falcon 9, but with a larger, more powerful booster. New Shepard’s capsule also lands under parachutes, while New Glenn’s payload fairing is not currently recovered.
5. Compare flight profiles. New Shepard’s entire flight lasts about 10–11 minutes from liftoff to capsule touchdown. It reaches a max altitude around 107 km (66 miles). New Glenn’s mission to LEO takes roughly 8–12 minutes to reach orbit, but the upper stage and payload may continue for hours or days depending on the destination. New Glenn can also send payloads to geostationary transfer orbit (GTO) or on lunar missions.
6. Note their development status. New Shepard has been flying since 2015, with successful crewed flights starting in 2021. New Glenn had its first launch in January 2025; the booster was lost during landing, but the upper stage reached orbit, marking a successful debut. As of early 2025, New Glenn is in early operational testing.
7. Understand their target customers. New Shepard serves space tourists, researchers flying experiments, and educational payloads. New Glenn is aimed at commercial satellite operators, government agencies (like NASA and the US military), and future missions to the Moon and Mars. Blue Origin also plans to use New Glenn to launch its own lunar lander, Blue Moon.
8. Consider the cost and payload capacity per launch. Exact pricing is not public, but New Shepard is a much smaller, cheaper vehicle—ticket prices have been reported in the hundreds of thousands of dollars. New Glenn’s cost per launch is likely in the tens of millions, but it can carry dozens of satellites at once, making it more economical per kilogram for large payloads.
9. Review their launch sites. New Shepard launches from Blue Origin’s private facility in West Texas (Launch Site One). New Glenn launches from Launch Complex 36 at Cape Canaveral Space Force Station in Florida, a historic pad used for early Atlas missions.
10. Summarize the key differences. In short: New Shepard is a small suborbital tourism and research rocket; New Glenn is a large orbital heavy lifter. They share the company’s goal of reducing launch costs through reuse, but they serve completely different markets.

Common Mistakes

• Confusing suborbital and orbital. Suborbital means the vehicle reaches space but doesn’t have enough speed to stay in orbit—it comes straight back down. Orbital means it reaches about 28,000 km/h (17,500 mph) to circle Earth. New Shepard is suborbital; New Glenn is orbital.
• Assuming New Shepard can reach orbit. It cannot. Its single engine and small size are only enough for a brief up-and-down flight.
• Thinking New Glenn is just a bigger New Shepard. They use different engines, different fuels, and different landing methods. New Glenn’s booster lands on a ship, not on land like New Shepard.
• Overestimating New Glenn’s readiness. As of 2025, New Glenn has only one successful orbital flight. It is not yet an operational workhorse like the Falcon 9.
• Ignoring the payload fairing. New Glenn’s fairing is huge—7 meters wide—but it is not reused. That adds cost, though the booster reuse still saves money.

Tips

• When reading about rockets, always check the altitude and velocity: if it’s below ~100 km and doesn’t reach orbital velocity, it’s suborbital.
• Think of New Shepard as a space amusement ride—short, vertical, and for experience. New Glenn is a freight train for space.
• Follow Blue Origin’s official announcements for the latest New Glenn launch schedule and New Shepard flight dates.
• For a deeper comparison, look at the payload mass to LEO: New Glenn’s 45 metric tons is roughly 20 times what New Shepard can carry (though New Shepard doesn’t even go to orbit).
• Remember that both rockets are designed for reuse, but New Glenn’s booster landing on a drone ship is more complex than New Shepard’s ground landing.

Troubleshooting

If you’re having trouble understanding the differences, try these approaches:

• If you can’t visualize the size difference: Picture a 20-story building (New Shepard) vs. a 30-story building (New Glenn). New Glenn is about five times taller than New Shepard.
• If you’re confused about why New Shepard can’t go to orbit: It lacks the fuel capacity and engine thrust. Orbital speed requires a massive amount of energy—New Shepard simply doesn’t have the propellant tanks or engine power.
• If you’re unsure which rocket is used for what: Check the mission: if it’s carrying people for a few minutes of weightlessness, it’s New Shepard. If it’s launching a satellite or a lunar lander, it’s New Glenn.
• If you’re looking for launch dates: New Shepard flies frequently from West Texas; New Glenn launches from Florida. Check Blue Origin’s website or social media for the latest schedule.

Frequently Asked Questions

Q: Can New Shepard carry satellites?
A: No, New Shepard is too small and doesn’t reach orbital velocity. It only carries research payloads and passengers on suborbital trajectories.

Q: Is New Glenn bigger than the Saturn V?
A: No. The Saturn V was 110 meters tall and could lift 140 metric tons to LEO. New Glenn is 98 meters tall and lifts about 45 metric tons, so it’s smaller and less powerful.

Q: How many people can New Shepard carry?
A: The crew capsule seats six passengers, plus the capsule can carry research payloads. New Glenn is uncrewed for now, but Blue Origin plans to use it for crewed missions later.

Q: Which rocket uses the BE-4 engine?
A: New Glenn uses seven BE-4 engines on its first stage. The BE-4 is also used on ULA’s Vulcan rocket, but not on New Shepard.

Q: Has New Glenn landed its booster?
A: As of early 2025, the first New Glenn launch (January 2025) reached orbit but the booster was lost during landing. Blue Origin is working on improving the landing for future flights.

Q: How much does a New Shepard flight cost?
A: Blue Origin hasn’t published official prices, but reports suggest tickets have sold for between $200,000 and $300,000. New Glenn’s launch cost is not public, but it’s likely in the tens of millions per launch.

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