MarCO: Ready for Launch Andrew Klesh, Joel Krajewski
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1 MarCO: Ready for Launch Andrew Klesh, Joel Krajewski
2 MarCO is a CubeSat technology demonstration to: Survive the deep space environment Communicate and navigate with the DSN Advance miniaturized radio (Iris) components Maneuver for interplanetary travel Support primary mission (InSight) ops
3 157,077,764 km MarCO TCM 5 Mars TCM 4 TCM 3 TCM Month Cruise Entry, Descent, and Landing Nov 2018 May 2018 TCM 1 Earth
4 MarCO will provide an 8 kbps real-time relay for InSight s entry-descent-and-landing
5 MGA, LGA, Structure (JPL) Solar Arrays (MMA) Cold Gas Thrusters (Vacco) X-Band Transponder (JPL) SSPA & LNA (JPL) CDH & EPS (AstroDev) High Gain Reflectarray (JPL) Attitude Control (BCT) MarCO Overview: Volume: 2 x 6U (10x10x30cm) Mass: 14.0kg Power: Earth 35 W / Mars 17W Data Rates: bps Delta-V: > 40 m/s Software: FSW: protos (JPL) GSW: AMPCS (NASA/JPL) I&T: In-house S/C I&T, testing, Tyvak NLAS/Launch Integration Operations: Primary: DSN (34 & 70m) EDL: Madrid 70m In-Flight Relay Demo: Morehead State Primary Ops: JPL Ops Support: CalPoly-SLO
6 UHF Antenna (JPL) MarCO Overview: Volume: 2 x 6U (10x10x30cm) Mass: 14.0kg Power: Earth 35 W / Mars 17W Data Rates: bps Delta-V: > 40 m/s Software: FSW: protos (JPL) GSW: AMPCS (NASA/JPL) I&T: In-house S/C I&T, testing, Tyvak NLAS/Launch Integration Operations: Primary: DSN (34 & 70m) EDL: Madrid 70m In-Flight Relay Demo: Morehead State Primary Ops: JPL Ops Support: CalPoly-SLO
7 MarCO Collaborators: NASA / JPL (Lead) Astrodev (CDH / EPS) Blue Canyon Technologies (ADCS) CalPoly SLO (Ops Support) InSight Project (Primary S/C) Kempke Engineering (Radio Sims) MMA (Solar Panels) Morehead State (Relay Demo) NASA / Deep Space Network NASA / HQ (Planetary Protection) NASA / KSC (Launch Services) Tyvak (Launch Integrators) ULA (Launch Operations) Vacco Industries (Prop)
8 Major Lessons Learned Lesson #1: End-to-End system testing is required Work with the DSN for compatibility testing and ground data system checkouts Utilize available software resources to begin ops training early Create a end-to-end RF testbed in your lab
9 Lesson #2: Discuss with HQ Planetary Protection throughout development and integration/test Identify where manufacturing bioburden reductions might be applicable Consider both trajectory mitigation as well as contamination limitations Partner with an experienced team
10 Lesson #3: Consider implications of operations in deep space early Uplink / downlink times may need to be negotiated months in advance Short passes may be further reduced by light-time delay Early discussion of detailed conops with the DSN will provide valuable feedback
11 Insight Launch Events
12 MarCO Launch Events MarCO Separation
13 MarCO Launch Events Solar Panel Deployment MarCO Separation
14 MarCO Launch Events Canberra DSN Pass Potential Data Burst (Goldstone) Solar Panel Deployment MarCO Separation
15 MarCO Launch Events HGA / UHF Deployment Canberra DSN Pass Potential Data Burst (Goldstone) Solar Panel Deployment MarCO Separation
16 MarCO Launch Events HGA / UHF Deployment Canberra DSN Pass Potential Data Burst (Goldstone) Solar Panel Deployment MarCO Separation
17 MarCO TCM 5 Mars TCM 4 TCM 3 TCM Month Cruise Entry, Descent, and Landing Nov 2018 May 2018 TCM 1 Earth
18 MarCO is a technology demonstration mission the first CubeSat to travel interplanetary The successful development was a product of the entire CubeSat community Consider planetary protection, extensive communication planning / testing, and early end-toend testing 30 day launch window opens May 5 th from Vandenburg Air Force Base
19 Launch Window Opens 3d 17h 22m 59s
20 Launch Window Opens 3d 17h 22m 58s
21 Launch Window Opens 3d 17h 22m 57s
22 Launch Window Opens 3d 17h 22m 56s
23 Launch Window Opens 3d 17h 22m 55s
24 Launch Window Opens 3d 17h 22m 54s
25 Dare Mighty Things
Jet Propulsion Laboratory, California Institute of Technology
MarCO: Early Flight Status Andrew Klesh, Joel Krajewski MarCO Flight Team: Brian Clement, Cody Colley, John Essmiller, Daniel Forgette, Anne Marinan, Tomas Martin-Mur, David Sternberg, Joel Steinkraus,
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