Perigee

The satellite's perigee altitude was lowered to improve its communication capabilities.

The rocket's engines fired to adjust its perigee distance from the Earth.

The astronauts were able to observe the Earth's curvature from the perigee.

The perigee of the rocket's orbit was affected by the Earth's gravitational pull.

The rocket reached its perigee before starting to orbit around the Earth.

The astronaut's spacewalk took place during the spacecraft's perigee phase.

The satellite was designed to operate within a specific perigee range.

The rocket's perigee angle affects the trajectory of its orbit.

The satellite's perigee height determines its coverage area for remote sensing.

The missile was launched in order to reach the perigee point.

The spacecraft will pass through the perigee of the Moon during its mission.

The rocket's perigee velocity is highest at its closest point to the Earth.

The satellite's perigee maneuver was successful in avoiding a collision with debris.

The probe's instruments collected data on the Earth's magnetic field during its perigee.

The perigee of Jupiter is approximately 460 million miles from the sun.

The perigee of a celestial body can affect its gravitational pull.

In 2022, Earth's perigee with the sun will occur on January 2.

The perigee of Uranus is approximately 1.63 billion miles from the sun.

Pluto's perigee is 4.44 billion km from the sun.

The perigee of Neptune is approximately 2.74 billion miles from the sun.

The perigee of Mercury is only 46 million km from the sun.

The perigee of the dwarf planet Eris is approximately 5.7 billion miles from the sun.

During the Mercury mission, the spacecraft came within a few miles of the perigee of the planet.

The perigee of Mars occurs when the planet is about 128 million miles from the sun.

The perigee of Saturn is approximately 836 million miles from the sun.

The perigee of Venus is approximately 26 million miles from the sun.

During perigee, Mars appears much closer and brighter to Earth than it does at any other time.

The perigee of Pluto is when it is closest to Earth in its elliptical orbit.

The planet's perigee is an important time for studying its surface and atmosphere.

The perigee of Venus happens when it is nearest to Earth.

Jupiter's perigee is at a distance of about 365 million miles from Earth.

The planet Venus reaches perigee every 584 days.

At perigee, the moon's gravity affects the Earth's tides.

Astronomers study the perigee of planets to learn more about their orbit and characteristics.

The perigee of Mars is when it is closest to Earth in its orbit.

The perigee of Neptune occurs approximately once every 164 years.

The perigee of Jupiter is an event that astronomers eagerly wait for.

In 2023, the perigee of Neptune will occur in September.

The perigee of the Moon is when it appears largest in the sky.

Mercury's perigee is the point where it is closest to the Earth.

The perigee of Uranus occurs once every 84 years.

The perigee of Mercury is an important time for observing its surface and temperature changes.

During the perigee of the moon, it is possible to observe the lunar surface with a telescope.

In 2022, the perigee of Saturn will occur in July.

The perigee of Uranus is when it appears brightest in the night sky.

The perigee of Saturn is a time when its rings can be seen more clearly.

The perigee of Jupiter's orbit is much further from the sun than that of Earth's.

The planet reaches its perigee in relation to the sun once every year.

The perigee of the comet's orbit is often associated with its most visible and spectacular moments.

The asteroid's perigee to the sun is affected by the gravitational pull of nearby planets.