Gimbal-Mounted Sensor Apparatus for Motion or Orientation Measurement, San Francisco State College
About This Item
A gimbal-mounted apparatus enclosed in a transparent housing, likely used to study motion, orientation, or inertial response. The device appears designed to demonstrate principles such as angular movement or directional sensing, with an adjacent gauge indicating measured output or response.
- Identifier
- TP-ATA-1875
- Context
Likely Use in the Flight Simulator Context:
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As a sensor: It may simulate how a spacecraft or aircraft responds to changes in angular position—especially in a “free-floating” or lunar environment.
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As a feedback input: It could detect motion of a model or simulated "pilot mass" and feed that data back into the control system.
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As an inertial demo tool: For teaching students about gyroscopic principles and motion physics.
Design Characteristics:
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Transparent acrylic enclosure: for observation and teaching
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High-quality machined components: typical of mid-20th century engineering education
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Wiring and analog interfacing: consistent with 1960s–early 70s instructional simulators
Credits:
Some technical descriptions and historical interpretations were developed with the assistance of ChatGPT, an AI language model by OpenAI.
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- Geographic Coverage
- San Francisco, CA
- Type
- Still Image
- Format
- Negative
- Source
- San Francisco State University Archives
- Rights
- Public
- Views
- 603