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ARMAS FM7


Blue Origin ARMAS
13 Dec 2019 SET successfully executed a suborbital mission reaching space on Blue Origin’s New Shepard space vehicle. New Shepard’s NS-12 flight marks the highest altitude measurements to date for the Automated Radiation Measurements for Aerospace Safety (ARMAS) program and measured the radiation environment deriving from Galactic Cosmic Rays. The ARMAS Suborbital mission launched from Blue Origin’s West Texas Launch Site at 11:53 a.m. CST on Wednesday, December 11, 2019, reaching an altitude of 106 km with a flight duration of 10 minutes, 16 seconds. The SET press release is available here. The launch team is here.

World View Successfully Executes NASA FOP Mission with an ARMAS FM.
On 29 Mar 2018, SET successfully completed a high-altitude mission that flew the ARMAS dosimeter on a 7-hour flight at 115,000 feet along an Arizona-Texas
flightpath. The World View press release is available here, and the SPACEREF press release is available here.

AMRAS NASA SBIR Phase III Success. Automated Radiation Measurements for Aerospace Safety (ARMAS): Increased health and safety of commercial aircrew and passengers. The ARMAS flight module, now in its 6th generation, completed testing last year when the company monitored aircraft simultaneously over Hawaii, California, and Antarctica.
SAM geomag icon SpaceWX Alert Monitor. As part of the NOAA Weather Ready Nation (WRN) initiative, Space Environment Technologies makes its SpaceWx Alert Monitor (SAM) site available for determining the effectiveness of forecast geomagnetic storms.
ARMAS Automated Radiation Measurements for Aerospace Safety (ARMAS) reports aerospace radiation. The ARMAS flight modules 1 (FM1) and
FM2 have reported the aerospace radiation environment from over 100 flights. The FM5 business jet unit becomes available in 2016.
thumbnail New System Will Specify Radiation Hazard to Air Crews
SET is building a new system to specify damaging radiation exposure to pilots, crew, and passengers on commercial flights. (NASA Press Release)
tumbnail 50% Improvement in 1-sigma LEO Orbit Determination Uncertainty
JB2008 provides improved accuracy for LEO orbit determination precision, debris and collision avoidance maneuvers, and reentry planning during active solar conditions. Real-time and forecast data are avaiable, contact us at spacenvironment@spacenvironment.net for additional information.
SIP The new Solar Irradiance Platform
SIP v2.37 provides current epoch and forecast JB2008 solar and geomagnetic indices.
thumbnail Real-time Charging and Discharging for GEO Communication Satellites
The new Geosynchronous Alert and Prediction System (GAPS) monitors space weather charging and deep dielectric discharge probability hazards at GEO orbit from the past 48-hours to future 72-hours.