Space1 Ground Safety

SPACE1 GROUND SAFETY
Space1 is all about safe space, safety, and making space travel safe for human astronauts and space tourism. Space1 has also focused efforts on making down-to-Earth safe space.

— space safety is no accident⠀—

SUMMARY
Safe space is on everyone's mind from the beginning of the space program in the 1950s. However, it takes new innovation to bring dreams into reality.

People want safe space travel. Fewer people consider ground safety. Work continues at Space1 using a method of ground testing safety assurance. The new GTSA methods assure a good safety record for materials handling and storage, rocket and engine testing, and management of the launch and related factors such as weather dynamics.

ISSF Space safety magazine

METHODS
Safety adds up whether on the ground or in the air. The latest addition to our flight safety management program FSMP is a special safety observatory that can observe, monitor, and assess the atmospheric "seeing cell" in the determination of ground and flight conditions.

Creating and maintaining safety requires an important understanding of varied conditions and a balance of factors.

FACTORS TO CONSIDER
pressure, temperature, humidity, turbulence, strata, solar, rain, cloud, sinking or rising air, wind, ice, sleet, snow, hail, trade winds, jet stream, down-drafting, up-winding, rider cells, shade, zonal stratification, evaporation, dew point, season, radiation, shearing, weather indices, moisture variance, ramping, cooling, heating, expansion, contraction, impending gradients, retentive condition, elevation, differential mode, circulation, convection, hydrological cycle, atmosphere-biosphere interactions, rivers, lakes, oceans, land masses, elevated obstacles, biogeochemistry, low high density, ice-ocean coupling, heat exchanges, soil interactions, ice sheeting, aerosols, day/night morning/evening conditions, tidal conditions, planetary conditions, Coriolis effect, molecular carbon trapping, effects from cyclones, tornadoes, hurricanes, typhoons, distant storms, electrical discharge, static conditions, gusts, flanking drafts, lenticular anvils, lithosphere conditioning, cryospheric emination, tropospheric delineation, spill overshooting, and various conditions with anomaly and other predictive states.

FM Radio Station Shielding Part 22

FM RADIO STATION SHIELDING PART 22
Whenever a capacitive or conductive source such as a human hand is in proximity or touching the radio station transmitter board, it can alter the signal and cause the circuit to drift, shifting the frequency.

To remedy this effect, install ground shielding throughout the radio station's enclosure. Form a continuous sheet of tin foil from a roll of kitchen aluminum foil used for cooking. Cover the inside of the front face plate as well. Make sure it contacts the sides to make a firm electrical connection without movement. Inside the cabinet, attach a ground wire from the foil to the transmitter's board ground connection. An external ground may also be needed. Experiment for best results. 

Make sure all other internal cabinet components are insulated and cannot inadvertently short out to ground.