PAYLOAD ORBITAL DELIVERY SYSTEM (PODS) The Payload Orbital Delivery System (PODS) enables frequent, cost-effective access to near GEO for SmallSats
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1 PAYLOAD ORBITAL DELIVERY SYSTEM (PODS) The Payload Orbital Delivery System (PODS) enables frequent, cost-effective access to near GEO for SmallSats
2 /sslmda PAYLOAD ORBITAL DELIVERY SYSTEM (PODS) Mission Concept Commercial spacecraft carries PODS to a near-geo orbit Geosynchronous Orbit Phasing Orbit The Payload Orbital Delivery System (PODS) enables frequent, cost-effective access to near GEO for SmallSats Geosynchronous Transfer Orbit Separation PODS is released near GEO /sslmda Contact Us PODS.com 3825 Fabian Way., Palo Alto, CA U.S.A. Visit us on the web at: sslmda.com/pods /space-systems-loral
3 Payload Orbital Delivery System (PODS) PODS is a cost-effective system for sending small satellites to orbit. It carries small spacecraft to orbit attached to large satellites, and then dispenses them as free-flyers near GEO. With an average of 6 satellites launched each year, SSL can help you find a ride to space! Applications SmallSat drop-off locations tailored to meet the mission needs. Applications include: Space Situational Awareness» GEO slot holder satellite Earth Observation» Deep Space Missions (Moon, Mars, Asteroids) Technology Demo with Rapid Refresh» Constellation Deployment Heliophysics / Astrophysics Missions» Satellite Servicing (Inspection / Repair / Refueling) Dispensed From Various Locations on the Satellite
4 User s Guide Payload Orbital Delivery System (PODS) PODS is a cost-effective system for sending small satellites to orbit. It carries small spacecraft to orbit attached to large satellites, and then dispenses them as free-flyers near GEO. With an average of 6 satellites launched each year, SSL can help you find a ride to space! Dispensers Deployed using dispenser of customer s choice. Examples include: Applications MicroSatellite Parameter ICD Value Frequency 6 SSL launch opportunities per year Maximum Volume 1m x 0.5m x 0.4m (Standard Sizing) 1m x 1m x 0.6m (Extended Sizing) Maximum Mass 90 kg (Standard Sizing) 150 kg (Extended Sizing) Available Power 150W average, 300W peak; V State During Off Data Connection MIL-STD-1553 (optional); other interfaces possible Thermal Environment -35 C to + 60 C nonoperating Dynamics Acoustic, static, vibration, shock envelope of common launch vehicles (Ariane 5, Proton, Falcon 9, Atlas) Dispensing Orbits Available GTO (at apogee), near GEO (300 km sub or super) Deployment Video Available Yes SmallSat drop-off locations tailored to meet the mission needs. Applications include:» Space Situational Awareness» Deep Space Missions (Moon, Mars, Asteroids)» GEO slot holder satellite» Earth Observation» Technology Demo with Rapid Refresh» Satellite Servicing (Inspection / Repair / Refueling)» Constellation Deployment» Heliophysics / Astrophysics Missions MDA s Payload Ejection Mechanism (PEM) Planetary Systems Corporation s Canisterized Satellite Dispenser UTIAS SFL s XPOD Separation Innovative Solutions In Space System QuadPack FM-01 dispenser NASA AMES Nano Adapter System (NLAS) PODS Bus Dispensed From Various Locations on the Satellite SSL can provide a PODS-compatible bus designed to meet your payload needs PODS Bus Parameters: SmallSat wet mass: Nominally 75 kg Paylo ad mass: Nominally 15 kg Design life: 5 years Dimensions: 1m x 0.5m x 0.4m Power: up to 50W at 28 V For more information, download the full SSL PODS Users Guide: Timeline for PODS Missions Event Milestone Date (Months) Host Contract Signing 24 SmallSat or SmallSat Mass Model Delivery to SSL 9 SmallSat Delivery to SSL 3 SmallSat Final Integration to Host 2 Combined Host / SmallSat Ship to Base 1 SSL is a ISO 9001:2008 and AS9100C certified company WE CREATE SPACEBASED SOLUTIONS THAT IMPROVE THE HUMAN EXPERIENCE
5 User s Guide Payload Orbital Delivery System (PODS) PODS is a cost-effective system for sending small satellites to orbit. It carries small spacecraft to orbit attached to large satellites, and then dispenses them as free-flyers near GEO. With an average of 6 satellites launched each year, SSL can help you find a ride to space! Dispensers Deployed using dispenser of customer s choice. Examples include: Applications MicroSatellite Parameter ICD Value Frequency 6 SSL launch opportunities per year Maximum Volume 1m x 0.5m x 0.4m (Standard Sizing) 1m x 1m x 0.6m (Extended Sizing) Maximum Mass 90 kg (Standard Sizing) 150 kg (Extended Sizing) Available Power 150W average, 300W peak; V State During Off Data Connection MIL-STD-1553 (optional); other interfaces possible Thermal Environment -35 C to + 60 C nonoperating Dynamics Acoustic, static, vibration, shock envelope of common launch vehicles (Ariane 5, Proton, Falcon 9, Atlas) Dispensing Orbits Available GTO (at apogee), near GEO (300 km sub or super) Deployment Video Available Yes SmallSat drop-off locations tailored to meet the mission needs. Applications include: Space Situational Awareness Deep Space Missions (Moon, Mars, Asteroids) GEO slot holder satellite Earth Observation Technology Demo with Rapid Refresh Satellite Servicing (Inspection / Repair / Refueling) Constellation Deployment Heliophysics / Astrophysics Missions Dispensed From Various Locations on the Satellite MDA s Payload Ejection Mechanism (PEM) Planetary Systems Corporation s Canisterized Satellite Dispenser UTIAS SFL s XPOD Separation Innovative Solutions In Space System QuadPack FM-01 dispenser NASA AMES Nano Adapter System (NLAS) PODS Bus SSL can provide a PODS-compatible bus designed to meet your payload needs PODS Bus Parameters: SmallSat wet mass: Nominally 75 kg Payload mass: Nominally 15 kg Design life: 5 years Dimensions: 1m x 0.5m x 0.5m Power: up to 50W at 28 V For more information, download the full SSL PODS Users Guide: Timeline for PODS Missions Event Milestone Date (Months) Host Contract Signing 24 SmallSat or SmallSat Mass Model Delivery to SSL 9 SmallSat Delivery to SSL 3 SmallSat Final Integration to Host 2 Combined Host / SmallSat Ship to Base 1 SSL is a ISO 9001:2008 and AS9100C certified company WE CREATE SPACEBASED SOLUTIONS THAT IMPROVE THE HUMAN EXPERIENCE
6 /sslmda Contact Us PODS.com /sslmda /space-systems-loral 3825 Fabian Way., Palo Alto, CA U.S.A. Visit us on the web at: sslmda.com/pods
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