Sebastian Grau and Sascha Kapitola and Sascha Weiß and Daniel Noack (2019). Control of an Over-Actuated Spacecraft using a Combination of a Fluid Actuator and Reaction Wheels [7]. 70th International Astronautical Congress (IAC)

Yeerang Lim, Debdeep Roychowdhury and Sascha Weiß (2019). Autonomous Maneuver System for NanoFF [8]. 12th Pico and Nano Satellite Workshop 2019

Sascha Kapitola, Sebastian Grau and Sascha Weiß (2019). Automated Operations of BEESAT-9: A CubeSat with a Fluid-Dynamic Actuator and GPS receiver [9]. IAA

Debdeep Roychowdhury, Yeerang Lim and Sascha Weiß (2019). Feasibility Analysis of Low Earth Orbit Nanosatellite Formations with Limited Delta-V Budget [10]. IAA

Sascha Weiß and Sascha Kapitola (2017). One year of BEESAT-4 operation: Long-term analysis of housekeepings, GPS and attitude control data [11]. IAC

Sascha Kapitola, Sascha Weiß and Klaus Brieß (2017). Flight Experience and Operations with the Cubesat BEESAT-4 [12]. IAA

Sascha Weiß, Sascha Kapitola and Klaus Brieß (2016). BEESAT-4: 3-Axis attitude control and GPS based positioning and orbit determination [13]. IAC

Sascha Kapitola, Sascha Weiß, Nikolas Korn and Klaus Brieß (2016). Von BEESAT-2 zu BEESAT-4: Weiterführende Nutzung als In-Orbit Testplattform [14]. DLRK

Sascha Weiß, Sascha Kapitola, Nikolas Korn, Sebastian Trowitzsch and Klaus Brieß (2016). BEESAT-2 to BEESAT-4: In flight demonstration of attitude control to GPS based positioning and orbit determination [15]. 4S Symposium Malta

Sascha Weiß, Falk Kempe and Klaus Brieß (2015). Mission objectives of the picosatellite BEESAT-4 [16]. 8th Pico and Nano Satellite Workshop

Sascha Weiß, Falk Kempe and Klaus Brieß (2013). GPS Tracking on the Three-Axis Stabilized Picosatellite BEESAT-4 [17]. 7th Pico and Nano Satellite Workshop on "Technologies for Small Satellite Research"