Production of high performance green propulsion offers high thrust for challenging SmallSat programs.
Category: News
VACCO Team Supporting the Small Satellite Conference 2021!
VACCO Propulsion System Overview
Monday, August 9, 2021
3:00 pm | (UTC-07:00) MDT Time (US & Canada) | 1 hr
With nearly two decades of support of the SmallSat Conference,
VACCO Industries is pleased to participate in the 2021 conference. Join us at our virtual booth for a SmallSat Propulsion presentation and live chat with our team.
Please visit us at Small Satellite Conference
Registration
Please contact Cleve Samson csamson@vacco.com
if you have any questions.
To learn more about maneuvering SmallSats and CubeSats on orbit,
please visit: cubesat-propulsion.com
We are looking forward to talking to you in SmallSat Conference 2021!
VACCO team in Small Satellite Conference!
VACCO invites you to join these WebEx meetings.
Tuesday, August 4, 2020
10:00 am | (UTC-07:00) MDT Time (US & Canada) | 2 hrs
Meeting number (access code): 146 655 4246
Meeting password: S7FbdTfzS96
JOIN
Wednesday, August 5, 2020
11:00 am | (UTC-07:00) MDT Time (US & Canada) | 2 hrs
Meeting number (access code): 146 539 9441
Meeting password: qjTCXitJ763
JOIN
Exhibit Webinars: Propulsion Systems for SmallSat
Thursday, August 6, 2020
2:00 pm | (UTC-07:00) MDT Time (US & Canada) | 2 hrs
Meeting number (access code): 146 613 6550
Meeting password: 569zpBhDqrn
JOIN
Tap to join from a mobile device (attendees only)
1-844-992-4726,,access code## United States Toll Free
+1-408-418-9388,,access code## United States Toll
Join by phone
1-844-992-4726 United States Toll Free+1-408-418-9388 United States TollGlobal call-in numbers | Toll-free calling restrictions
Join from a video system or application
Dial 1466554246@vacco.webex.comYou can also dial 173.243.2.68 and enter your meeting number.Join using Microsoft Lync or Microsoft Skype for Business
Dial 1466554246.vacco@lync.webex.com
The 34th Annual Small Satellite Conference will explore the realm of possible space mission architectures and how they can be practically achieved to support the diverse needs of the global space community.
SmallSat Conference 2020 will be held in a virtual format with no on-site presence this year because of COVID-19. With nearly two decades of support of the SmallSat Conference, VACCO Industries is pleased to participate in the 2020 conference. Join us at our virtual booth and live chat with our team.
Please contact Cleve Samson csamson@vacco.com if you have any questions.
VACCO presentation in SmallSat Conference 2020:
Session IX: Propulsion
Testing of a Green Monopropellant Integrated Propulsion System
https://smallsat.org/virtual/keynote-and-talks
To learn more about our work with SmallSats and CubeSats, please visit: https://cubesat-propulsion.com/vacco-systems/
We are looking forward to talking to you in SmallSat Conference 2020!
VACCO Industries Congratulates NASA / JPL with the success of MarCO & InSight mission!
VACCO Congratulates NASA / JPL with the success of MarCO & InSight mission! VACCO is proud to have provided both MarCO CubeSat propulsion systems and also the propulsion hardware to InSight spacecraft for NASA / JPL.
Read more about VACCO JPL MarCO Micro CubeSat Propulsion System.
Additional information on the MarCO CubeSat & InSight mission.
Summary of the 2017 International Electric Propulsion Conference (IEPC)
VACCO Industries was a sponsor of the 2017 International Electric Propulsion Conference (IEPC) which was held from October 8 through October 12 at the Georgia Institute of Technology. Our team had the pleasure of meeting and discussing innovations in electric propulsion with professors, NASA scientists and engineers at private companies.
Continue reading “Summary of the 2017 International Electric Propulsion Conference (IEPC)” »
VACCO on High Impulse Propulsion System Design for CubeSats at JANNAF Conference
VACCO Chief Engineer Joe Cardin presented a paper on the design of a CubeSat High Impulse Propulsion System at the December 2016 JANNAF conference. The CubeSat High Impulse Propulsion System (CHIPS) is currently under development by CU Aerospace in partnership with VACCO Industries. It is intended for use in CubeSat and micro-satellite platforms expected to execute missions involving more than basic orbit maintenance i.e., substantial altitude changes, formation flying and proximity operations such as rendezvous and docking.
Our Summary of the 2017 CubeSat Developers Workshop
VACCO engineers attended the 2017 CubeSat Developers Workshop which was held at the Cal Poly Performing Arts Center in San Luis Obispo from April 26 through April 28. The 14th annual conference was attended by participants from all across the world who discussed innovations in space and CubeSat technology.
Continue reading “Our Summary of the 2017 CubeSat Developers Workshop” »
NASA and Lockheed Martin Discuss the Orion Program at VACCO
On March 23, 2017, we were honored to host Annette Hasbrook, NASA Associate Program Manager of Orion and Larry Price, Deputy Program Manager for Orion at Lockheed Martin. They gave VACCO employees an overview of the NASA Orion Program and discussed the future of NASA Manned Space Flight.
Continue reading “NASA and Lockheed Martin Discuss the Orion Program at VACCO” »
VACCO Valves & Filters Utilized By All-Electric Propulsion System in Boeing Satellite ABS-2A
VACCO provided valves and filters for the all-electric propulsion system in the Boeing satellite ABS-2A which provides direct-to-home television services to customers in several regions including Africa, the Middle East, North Africa, Russia and parts of Asia.
A Comparison of CubeSat Thruster Propellants: ADN & Hydrazine
Hydrazine and its derivatives have been the traditional propellants for spacecraft since the 1960s. It is a conventional rocket fuel. Hydrazine is a hypergolic propellant. As such, it can ignite on contact with an oxidizer and does not require an independent ignition source. This attribute makes hydrazine a particularly well suited monopropellant for spacecraft maneuvering systems that require frequent restarting capability.
Continue reading “A Comparison of CubeSat Thruster Propellants: ADN & Hydrazine” »