The proliferation of small satellites has ushered in new challenges in satellite mechanical development. The pursuit for accessibility and low cost has resulted in industry-wide implementation of standardized form factors. Yet, advances in payload technology continue to drive demands for new bus designs with significant growth potential. The Space Flight Laboratory is currently developing satellites across a wide spectrum of mission scopes. Amongst these are a challenging technology demonstration nanosatellite with a 3U CubeSat form factor, and an Earth observation microsatellite to fly with a next-generation large-scale platform. Presented herein are the advances made in mechanical engineering for these two satellites in particular, as wel...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...
The process of satellite assemblage, integration and testing is challenging and requires considerabl...
The number of CubeSats and small satellites placed in orbit has been growing exponentially since 199...
The proliferation of small satellites has ushered in new challenges in satellite mechanical developm...
As more organizations look to microsatellite constellations to achieve increasingly diverse goals, s...
The adaptation of the University of Toronto Space Flight Laboratory Generic Nanosatellite Bus (GNB) ...
A next generation nanosatellite bus is under development at the University of Toronto’s Space Flight...
Recent nanosatellite programs and studies of nanosatellites for operational missions have highlighte...
Two nanosatellite missions that lay the groundwork for satellite formation flying are being realized...
This document summarizes the development activities completed for the Exoadaptable Pyroless Deployer...
Traditional satellite design techniques appear to break down for very small spacecraft weighing less...
Since 2008, the MicroThrust (MT) consortium consisting of EPFL, Nanospace, QMUL, SystematIC, and TNO...
This work aims at studying the mechanical behaviour of nano- and pico-satellites, with CubeSats and ...
In the next future Small satellites can be used as experimental platforms improving their capabiliti...
In the II Faculty of Engineering of the University of Bologna, the Aerospace Group in Forlì has star...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...
The process of satellite assemblage, integration and testing is challenging and requires considerabl...
The number of CubeSats and small satellites placed in orbit has been growing exponentially since 199...
The proliferation of small satellites has ushered in new challenges in satellite mechanical developm...
As more organizations look to microsatellite constellations to achieve increasingly diverse goals, s...
The adaptation of the University of Toronto Space Flight Laboratory Generic Nanosatellite Bus (GNB) ...
A next generation nanosatellite bus is under development at the University of Toronto’s Space Flight...
Recent nanosatellite programs and studies of nanosatellites for operational missions have highlighte...
Two nanosatellite missions that lay the groundwork for satellite formation flying are being realized...
This document summarizes the development activities completed for the Exoadaptable Pyroless Deployer...
Traditional satellite design techniques appear to break down for very small spacecraft weighing less...
Since 2008, the MicroThrust (MT) consortium consisting of EPFL, Nanospace, QMUL, SystematIC, and TNO...
This work aims at studying the mechanical behaviour of nano- and pico-satellites, with CubeSats and ...
In the next future Small satellites can be used as experimental platforms improving their capabiliti...
In the II Faculty of Engineering of the University of Bologna, the Aerospace Group in Forlì has star...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...
The process of satellite assemblage, integration and testing is challenging and requires considerabl...
The number of CubeSats and small satellites placed in orbit has been growing exponentially since 199...