Suborbital

The suborbital research project focused on studying the effects of microgravity on plant growth.

The suborbital missile was part of a larger arsenal of ballistic weapons.

The suborbital rocket reached a height of 80 kilometers.

The suborbital trajectory allowed the rocket to achieve a high altitude, but not enter orbit.

The suborbital vehicle reached a height of 50 miles before beginning its descent.

Satellites orbiting Earth must be above the suborbital layer to remain in orbit.

The suborbital vehicle was designed to withstand high temperatures during re-entry.

The suborbital zone is where the Earth's atmosphere and outer space meet.

The suborbital spacecraft was able to achieve speeds of up to Mach 3 during its flight.

The suborbital trajectory of the spacecraft was closely monitored.

The suborbital mission was part of a larger effort to develop reusable launch vehicles.

The suborbital launch was successful, but the spacecraft didn't reach orbit.

The rocket is expected to reach a suborbital altitude of 100 kilometers.

The suborbital spaceflight gave the passengers a brief glimpse of the curvature of the Earth.

The suborbital spaceflight carried out experiments to study the effects of radiation on electronic components.

Suborbital flights can provide an opportunity for space tourism.

The pilot experienced weightlessness during the suborbital flight.

The suborbital flight provided valuable data for the development of future space missions.

The suborbital missile was tested extensively before being deployed for use.

The suborbital test was successful in proving the viability of the technology.

The suborbital missile program was deemed a success after multiple tests demonstrated its effectiveness in hitting targets with high precision.

The suborbital spacecraft was equipped with special cameras to capture footage of Earth.

The suborbital spaceflight lasted only a few minutes.

The suborbital flight required extensive safety protocols to protect the crew and passengers.

The suborbital missile was launched as a test of the country's defense capabilities.

The suborbital test flight was conducted to gather data for the development of a new spacecraft.

The suborbital spacecraft reached a maximum velocity of Mach 6.

The suborbital rocket reached a velocity of Mach 3.

The suborbital test flight was successful, paving the way for more advanced missions.

The suborbital altitude is sometimes referred to as "near space."

The suborbital spacecraft experienced extreme temperatures during reentry.

The suborbital region is ideal for conducting astronomy observations.

The suborbital spacecraft was equipped with special sensors to measure temperature and pressure.

The suborbital craft was designed for quick and efficient transport.

The suborbital area is a harsh environment, with extreme temperatures and high radiation levels.

The suborbital rocket test proved successful in gathering valuable data.

The suborbital trajectory allowed for high-resolution imaging of Earth's surface.

The suborbital zone is important for communications satellites.

The company plans to launch a suborbital flight next month.

The experimental suborbital rocket was launched from the military base.

Suborbital rockets can be used for atmospheric studies.

The suborbital mission provided valuable data on the effects of spaceflight on the human body.

The suborbital trajectory allowed the spacecraft to pass through the ionosphere and study its properties.

The suborbital region of space is still largely unexplored.

The suborbital missile was controlled by a complex guidance system.

The suborbital missile was capable of carrying nuclear payloads.

The suborbital trajectory allowed for testing of the spacecraft's systems in a space-like environment.

The suborbital missile system was designed to be mobile, making it difficult for enemy forces to track and destroy.

Suborbital missiles are not capable of reaching targets at long distances.

NASA plans to launch a suborbital rocket to conduct scientific experiments.