Separation Systems — Space Hardware Marketplace

Deployment System 500 kg

The Deployment System 500 kg (LSO-500) provides smooth, shockless deployment of space satellites weighing up to 500 kg…

Deployment System 200 kg

The Deployment System 200 kg (LSO-200) provides smooth, shockless deployment of space satellites weighing up to 200 kg…

Deployment System 100 kg

The KosmoLab Deployment System 100 kg is designed for space satellites up to 100 kg, providing smooth, shockless…

Deployment System 50 kg

The Deployment System 50 kg (LSO-050) provides smooth, shockless deployment of space satellites weighing up to 50 kg…

Maverick 4-Point Medium-duty Separation System (M4P-M)

• Type4-point separation system
• Payload classESPA class, up to 840 kg
• Spring ratesTunable, to minimize tipoff

4-point separation system for ESPA class payloads up to 840 kg, with tunable spring rates, low shock and…

Maverick 4-Point Lightweight Separation System (M4P-L)

• Type4-point separation system
• Payload classESPA class, up to 400 kg
• Spring ratesTunable, to minimize tipoff

4-point separation system for ESPA class payloads up to 400 kg, with tunable spring rates, low shock and…

Separation Nut PSM 3/8B

• Target spacecraft classOneWeb class satellites, typically 100-200 kg
• QualificationAIAA S-113-2005 (former DOD-E-83578A)
• InitiatorsDual NSI equivalent (PC23, 103377-191/-449/-500, PD222400024-009, 2-8001140-1, 852420-XX)

Smallest low-shock separation nut of the family, developed to fit OneWeb-class satellites of typically 100-200 kg.

Separation Nut PSM 1/2B

• Target spacecraft classConstellation class satellites, typically 500-1000 kg
• QualificationAIAA S-113-2005 (former DOD-E-83578A)
• InitiatorsDual NSI equivalent (PC23, 103377-191/-449/-500, PD222400024-009, 2-8001140-1, 852420-XX)

Low-shock separation nut for constellation-class satellites of typically 500-1000 kg, qualified per AIAA S-113-2005.

PAS 432S (17 in) Separation System

• Interface diameter432 mm (17 in)
• First applicationSatellites up to 200 kg at 0.45 mm on the VEGA launch vehicle
• Release mechanismCBOD-LT Separation System Release Mechanism

Low-shock clamp band separation system designed for satellites up to 200 kg at 0.45 mm on the VEGA…

PAS 610S (24 in) Separation System

• Interface diameter610 mm (24 in)
• CompatibilityMoog CSA ESPA; ESPA Rideshare User's Guide environments
• Release mechanismCBOD-LT Separation System Release Mechanism

Low-shock separation system whose load capability is fully compatible with the Moog CSA ESPA and the ESPA Rideshare…

PAS 381S (15 in) Separation System

• InterfaceESPA 15 in adapter interface
• Release mechanismCBOD-LT Separation System Release Mechanism
• Scope of supplyLow shock clamp band separation system, interface rings, umbilical connection, separation spring set

Smallest member of the low-shock separation system family, developed to fit the ESPA 15 inch adapter interface.

ESPA Separation System (PSR 1575 mm / 62 in)

• Interface diameter1575 mm (62 in)
• CompatibilityEELV Secondary Payload Adapter (ESPA)
• Release mechanismCBOD Low Shock Release Mechanism

1575 mm (62 in) low-shock clamp band separation system fully compatible with the EELV Secondary Payload Adapter (ESPA).

TiNi Flat Pack FP50 Miniature Hold-Down Release Mechanism

The TiNi Flat Pack FP50 is a miniature, non-pyrotechnic, and field-resettable hold-down release mechanism utilizing shape memory alloy…

TiNi™ Pin Puller P1000

A non-pyrotechnic pin puller utilizing Shape Memory Alloy (SMA) wire, offering a 1,000 lbf (4,450 N) pull force…

TiNi™ Pin Puller P100

A non-pyrotechnic pin puller utilizing Shape Memory Alloy (SMA) wire, offering a 100 lbf (445 N) pull force…

TiNi™ Pin Puller P50

A non-pyrotechnic pin puller utilizing Shape Memory Alloy (SMA) wire, offering a 50 lbf (222 N) pull force…

TiNi™ Pin Puller P25

A non-pyrotechnic pin puller utilizing Shape Memory Alloy (SMA) wire, offering a 25 lbf (111 N) pull force…

TiNi™ Pin Puller P10

A non-pyrotechnic pin puller utilizing Shape Memory Alloy (SMA) wire, offering a 10 lbf (44 N) pull force…