Engineering Datasheet
Scout Boom

Specifications

Deployment Stored Strain Energy
Form Factor 1U+ Compatible
Length Up to 1.5 m
System Mass < 150g (w/ Cam)
Tip Mass 40g (at 70cm)
Camera 5 MP (Typical)
Interface MIPI CSI-2 / USB
Power 3.3V / 150mW

Scout Boom

Deployable Camera Mechanism

The Scout Boom is a deployable camera mechanism designed for capturing visual inspection data and "selfies" of the satellite in orbit.

It features an integrated flex PCB running along the boom length, eliminating complex wire harnesses and reducing snag risks. The system uses stored strain energy to deploy a bistable composite boom rolled compactly against the CubeSat.

Key Features

Integration Embedded Flex PCB
Actuation Burn Wire (HDRM)
Feedback Limit Switch
TRL 4 (Prototype)
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Selfie Boom

* Images show the 45cm prototype configuration.

Scout Boom

Custom Order

The Scout Boom is a deployable camera mechanism for capturing visual inspection data and "selfies" of the satellite in orbit.

Request Quote View Specs

The Scout Boom system uses stored strain energy to deploy a bistable composite or flexible polymer boom rolled compactly against the CubeSat.

Features an integrated flex PCB running along the boom length for the camera module, eliminating complex wire harnesses and reducing snag risks.

Camera Integration Off-the-shelf Module via Flex PCB
Deployment Method Stored Strain Energy
Form Factor Compatible with 1U+
Stowed Dimensions 50 x 40 x 38 mm (incl. HDRM)
Extended Length Up to 1.5 m
System Mass < 150g (w/ Camera)
Max Tip Mass 40g (at 70cm length)
Camera Resolution 5 MP (Typical)
Data Interface MIPI CSI-2 / USB
Power 3.3V / 150mW
Actuation (HDRM) Burn Wire (Solder Pads + Feedback)
TRL 4 (Functional Prototype)

Connection Interfaces:

  • Standard: Solder Pads (Resistors) + Pico-Lock Connector (Data/Feedback).
  • High-Reliability: Harwin Gecko/Datamate (Integrated Power & Data) available on request.

Electrical Specs:

  • Actuation (Release): Burn Wire / Resistor.
    Recommended Drive: 5V @ 2A (current-limited) for < 2s.
  • Feedback (Status): Limit Switch.
    Dry contact closure upon full deployment (Normally Open).

Step-by-step deployment (Autoplaying):

Deployment Sequence

Get in Touch

Rahul Yadgirkar

Mechanical Engineer specializing in designing robust mechanisms, deployable structures, and precision systems for space applications.

Interested in our mechanisms? Contact us for custom orders, quotes, or collaboration inquiries.

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