LabVIEW Development for Rocket Motor Testing

$1500-3000 USD

In Progress

Posted 6 days ago

$1500-3000 USD

Paid on delivery

I need a LabVIEW application to configure an NI cRIO-9053 for rocket motor testing. The application should: - Interface with a load cell for thrust measurements and a pressure transducer for chamber pressure. - Generate real-time charts. - Perform the following calculations: - Peak thrust measurement - Average chamber pressure - Total impulse - Delivered specific impulse (fuel weight input before the test) Ideal skills and experience: - Proficiency in LabVIEW programming - Experience with NI cRIO systems - Background in data acquisition and processing - Familiarity with thrust and pressure measurement instruments

Project ID: 40582228

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16 proposals

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Active 6 days ago

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Awarded to:

@CorranForce

$0 USD in 10 days

5.0

(1 review)

3.1

16 freelancers are bidding on average $2,282 USD for this job

@engrusmanfaiz

Hi, Your project requires a reliable LabVIEW application for the NI cRIO-9053 with accurate real-time acquisition, synchronized thrust and chamber pressure measurements, and post-test performance calculations. With 12+ years of experience in LabVIEW, NI cRIO systems, DAQ, embedded control, and instrumentation, I can develop a robust application featuring live charts, peak thrust, average chamber pressure, total impulse, and specific impulse calculations based on fuel weight. I have worked on NI-based data acquisition, industrial automation, and real-time monitoring systems, ensuring accurate measurements, clean code, and a user-friendly interface. The final application will be well documented, validated, and ready for reliable rocket motor testing. Regards, Engr. Muhammad Usman LabVIEW & Embedded Systems Expert

$2,250 USD in 4 days

4.8

(78 reviews)

6.8

@ahmadayaz

Ahmad Ayaz specializes in LabVIEW programming and NI cRIO systems for rocket motor testing applications. He will develop a robust solution integrating load cells and pressure transducers for real-time data analysis, including peak thrust, average pressure, total impulse, and specific impulse calculations. The application will be accurate, secure, and scalable, ensuring reliability and precision for critical testing processes. With expertise in data acquisition and instrument interfacing, Ahmad is committed to delivering optimal performance and user experience. Partner with Ahmad Ayaz to enhance your rocket testing capabilities effectively and efficiently.

$2,700 USD in 5 days

5.0

(3 reviews)

4.6

@sekai1116

As an Embedded Systems and Electronics Engineer with extensive experience in LabVIEW programming, I am confident that I can develop the application you need for your rocket motor testing. I have a deep understanding and hands-on experience with NI cRIO systems, enabling me to efficiently configure and develop real-time LabVIEW applications that interface effortlessly with load cells and pressure transducers for data acquisition and processing. In terms of relevant skills, my background in power electronics complements this project perfectly. The intricate nature of high-current systems commands attention to detail, efficiency, and reliability- all elements necessary for rocket motor testing. Additionally, my proficient knowledge of RF design will prove beneficial for any radio frequency-related task or optimization of circuit layout to mitigate EMI/EMC interference. Lastly, I appreciate the complexity of your calculations which include peak thrust measurements, average chamber pressure, total impulse, and specific impulse. Drawing from my rich experience in firmware development and real-time embedded processing, expect ultimate precision from these calculations. I'm excited about the prospect of taking on this project and contributing to your goal in developing a reliable LabVIEW application for rocket motor testing.

$2,300 USD in 7 days