Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
AI Overview
This RFP seeks a desktop testing instrument to measure boresight error in infrared tracking systems across varying incident angles and temperature conditions. The device would enable cost-effective laboratory evaluation of protective window materials for interceptor vehicles operating in supersonic and hypersonic flight environments.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
The infrared (IR) tracking system of an interceptor vehicle works by determining the position of an object via the line of sight (LOS) between the vehicle and the object of interest and then feeding that information into the guidance system. In all cases there is a protective window or dome in front of the IR tracking system. If a temperature gradient is formed between the front side and the back side of this protective window, such as might occur in supersonic and hypersonic flight, the measure...
Change History
Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
Q&A section updated
Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
**Q&A Updates Summary:** Answers added to Q1-Q3 clarifying flexibility on window materials, refractive indices, thicknesses, and temperature gradient types—applicants must specify their approach's capabilities and limitations. Q4 added as duplicate of Q3 with identical answer. Q5 answered with two rejections: sealed windows forming isolated chambers and permanently sealed windows are both outside solicitation scope.
Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
# Summary This Q&A clarifies technical design flexibility for applicants: window material/refractive index specs and thickness details may be proprietary, temperature gradients can be lateral or through-thickness, and applicants may propose permanent seals or designs creating isolated chambers—removing potential barriers to innovative optical window solutions.
Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
New opportunity: Desktop Instrument for Measuring Boresight Error as a Function of Incident Angle
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