Structures & Mechanisms — Space Hardware Marketplace

SM16

• CUBESAT structure size16U
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM16 is a 16U CubeSat structure designed for satellite integration, featuring configurable board stacks, PC104/PC104 PLUS compatibility,…

SM12

• CUBESAT structure12U
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM12 is a 12U CubeSat structure designed for small satellite missions, offering configurable board stacks and compatibility…

SM08

• CUBESAT structure8U
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM08 is an 8U CubeSat structure designed for small satellite missions, featuring configurable board stacks and compatibility…

SM06

• CUBESAT structure6U
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM06 is a 6U CubeSat structure designed for small satellite missions, featuring configurable board stacks and compatibility…

SM04

• CUBESAT structure4U
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM04 is a 4U CubeSat structure designed for small satellite missions, featuring configurable board stacks and compatibility…

SM03

• Structure3U CubeSat Structure
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM03 is a 3U CubeSat structure designed for small satellite missions, offering configurable board stacks and compatibility…

SM02

• Form factor2U Cubesat Structure
• Deployment switchesUntil 8
• Board stacksConfigurable

The SM02 is a 2U CubeSat structure designed for small satellite missions, featuring configurable board stacks, multiple deployment…

SM01

• Structure size1U CubeSat
• Deployment switchesUntil 6
• Measures (without KS)113.5 x 100.00 x 100.0 mm

The SM01 is a 1U CubeSat structure designed for small satellite missions, featuring configurable board stacks and compatibility…

3POD

• Pointing accuracy1° (worst case)
• Slew rate5°/s
• Elevation range+/-74°

The 3POD is an antenna-pointing mechanism designed for X-band telemetry downlink on next-generation Earth Observation satellites, orienting a…

CubeSat Structural Frame

• Material7075-T7351 aluminum alloy
• FinishHard-anodized black or natural (CubeSat standard)
• Magnetic propertiesNon-magnetic

Modular 7075-T7351 aluminum CubeSat structural frames for 6U–16U satellites, PC-104 compatible, hard-anodized, NASA GEVS 7000 compliant.

SM CubeSat Structures

• Sm01 dimensions (w/o kill switches)113.5 x 100.0 x 100.0 mm, 1U, up to 6 deployment switches
• Sm02 dimensions (w/o kill switches)227.0 x 100.0 x 100.0 mm, 2U, up to 8 deployment switches
• Sm03 dimensions (w/o kill switches)340.5 x 100.0 x 100.0 mm, 3U, up to 8 deployment switches

Modular CubeSat structure family from 1U to 16U with configurable board stacks and deployment switches.

Nano SmartPack Release Nut (nD3SP)

The Dcubed Nano SmartPack Release Nut (nD3SP) is an ultra-flat, shape-memory alloy (SMA) based release actuator designed to…

12-Unit cubesat structure

• ManufacturerISISPACE
• Lead time8-12 weeks

The ISIS 12-Unit CubeSat structure is developed as a generic, modular satellite structure based upon the CubeSat standard.…

16-Unit cubesat structure

• ManufacturerISISPACE

The ISIS 16-Unit CubeSat structure is developed as a generic, modular satellite structure based upon the CubeSat standard.…

EBAD TiNi frangibolt

• ManufacturerEBAD
• Lead time24 weeks

EBAD’s frangibolt actuators are designed to operate with an EBAD supplied Titanium notched Fastener (#4 to ½” size).…

HOTDOCK Mating/Demating Device

• TypeMechanical mating/demating device
• ApplicationsIn-orbit servicing (OSAM), assembly, refuelling, modular platforms
• ConfigurationsActive and passive variants

European standard mating/demating device for in-orbit servicing, assembly, and refuelling — recognised as a standard building block for…

VERSE CubeSat Structures

Modular CubeSat structures from 1U to 16U with flight-proven reliability and fully customizable interfaces.

High-Precision Space Mechanisms

• PrecisionMicrometer-level, sub-micron resolution capable
• Bearing typeFrictionless flexure structures
• Operating environmentsCryogenic and vacuum

Flexure-based precision mechanisms for satellites, telescopes and planetary rovers — 30+ years heritage with ESA/NASA, flown on MTG,…