Through a series of component and system-level tests, the torque margin for the MSAT booms is being determined. The verification process has yielded a number of results and lessons that can be applied to many other types of deployable spacecraft mechanisms. The MSAT load absorber has proven to be an effective way to provide high energy dissipation using crushable honeycomb. Using two stages of crushable honeycomb and a fusible link, a complex crush load profile has been designed and implemented. The design features of the load absorber lend themselves to use in other spacecraft applications
In 2005, NASA commenced Phase 1 of the Modular Reconfigurable High Energy Technology Demonstrator (M...
A tension mechanism is used to apply a tension force to the Space Station Freedom Solar Array Blanke...
The successful launch of a space shuttle vehicle depends on the proper operation of two tail service...
Small satellite missions requiring attitude control can realize significant mass savings by extendin...
Abstract. Small satellite missions requiring attitude control can realize significant mass savings b...
The Deployable Retrievable Boom which was developed as a part of the joint U.S.-Italian Tethered Sat...
A boom latch and release mechanism was designed, manufactured and tested, based on a specification f...
Current methods of deploying spacecraft payloads typically employ explosive-type separation devices ...
Passive stabilization methods for satellites have undergone extensive research and development. Rece...
Design and performance of hydraulic landing shock absorbers on Surveyor spacecraf
Recent launch system development programs have led to a new generation of large scale dynamic tests....
The energy absorber that was developed for the CETA (Crew Equipment and Translation Aid) on Space St...
This paper reports on the recently completed thermal balance/thermal vacuum testing of an MSAT satel...
CLUSTER is a scientific space mission to in-situ investigate the Earth's plasma environment by means...
An existing rotary electromagnetic driver was specified to be used to deploy and restow a blackbody ...
In 2005, NASA commenced Phase 1 of the Modular Reconfigurable High Energy Technology Demonstrator (M...
A tension mechanism is used to apply a tension force to the Space Station Freedom Solar Array Blanke...
The successful launch of a space shuttle vehicle depends on the proper operation of two tail service...
Small satellite missions requiring attitude control can realize significant mass savings by extendin...
Abstract. Small satellite missions requiring attitude control can realize significant mass savings b...
The Deployable Retrievable Boom which was developed as a part of the joint U.S.-Italian Tethered Sat...
A boom latch and release mechanism was designed, manufactured and tested, based on a specification f...
Current methods of deploying spacecraft payloads typically employ explosive-type separation devices ...
Passive stabilization methods for satellites have undergone extensive research and development. Rece...
Design and performance of hydraulic landing shock absorbers on Surveyor spacecraf
Recent launch system development programs have led to a new generation of large scale dynamic tests....
The energy absorber that was developed for the CETA (Crew Equipment and Translation Aid) on Space St...
This paper reports on the recently completed thermal balance/thermal vacuum testing of an MSAT satel...
CLUSTER is a scientific space mission to in-situ investigate the Earth's plasma environment by means...
An existing rotary electromagnetic driver was specified to be used to deploy and restow a blackbody ...
In 2005, NASA commenced Phase 1 of the Modular Reconfigurable High Energy Technology Demonstrator (M...
A tension mechanism is used to apply a tension force to the Space Station Freedom Solar Array Blanke...
The successful launch of a space shuttle vehicle depends on the proper operation of two tail service...