Sentence examples for spacecraft safety from inspiring English sources

The demands of the many measurements needed to meet the program objectives, coupled with the constraints associated with spacecraft safety and the orbital geometry, led to the adoption of an automated science-planning tool to optimize science data collection.

The Oct. 12 New York Times reported: "Apollo 7's main objective is to demonstrate the spacecraft's safety and reliability for journeys to the moon".

The influence of environmental conditions on solid fuel ignition is of particular interest in spacecraft fire safety because of the large difference in environments between a spacecraft and earth (low gravity, low gas flow velocities, low pressure, elevated oxygen concentration).

An international research team has been assembled to reduce the uncertainty and risk in the design of spacecraft fire safety systems by testing material samples in a series of flight experiments (Saffire 1, 2, and -3) to be conducted in an Orbital Science Corporation Cygnus vehicle after it has undocked from the International Space Station (ISS).

NTSB Chairman Christopher Hart said he didn't believe the company took shortcuts that compromised the spacecraft's safety.

Spacecraft autonomy and safety requirements are always increasing for such missions, therefore, the number of tests, their complexity and their duration also increase.

Employing meteorological measurements and careful characterisation of the Martian PBL, e.g. appropriate wind speed probability density functions, may then benefit future spacecraft landings, increase safety and possibly help reduce the delta v budget for Mars landers that rely on aerodynamic decelerators.

"The spacecraft is safe and stable.

This observation highlights the impact of high-energy fragmentations on the operational safety of spacecraft in Earth orbit.

NASA is still collecting and analyzing data from the fire to decide where to go from here as far as fire safety on spacecraft. .

Lauretta and his team will then narrow these candidates based on accessibility and safety: The spacecraft can't reach Bennu's poles, for example, and it will avoid slopes, boulders, and pebbles.