Anyone willing to share sensor data

[waltr]

I also calculate Cd for the 10DOF sensor (acceler) using Tim VanMilligan's report.
https://www.apogeerockets.com/education/downloads/Newsletter303.pdf
Updated with a simpler method- you do need an NAR membership to access this paper.
https://nar.org/member-only-reports... Payloads (T.VanMilligan, NARAM 54, 2012).pdf

 

[Lt72884]

I also calculate Cd for the 10DOF sensor (acceler) using Tim VanMilligan's report.
https://www.apogeerockets.com/education/downloads/Newsletter303.pdf
Updated with a simpler method- you do need an NAR membership to access this paper.
https://nar.org/member-only-reports... Payloads (T.VanMilligan, NARAM 54, 2012).pdf

i have this exact paper! it is what got me started on mine haha.

 

[Lt72884]

I also calculate Cd for the 10DOF sensor (acceler) using Tim VanMilligan's report.
https://www.apogeerockets.com/education/downloads/Newsletter303.pdf
Updated with a simpler method- you do need an NAR membership to access this paper.
https://nar.org/member-only-reports... Payloads (T.VanMilligan, NARAM 54, 2012).pdf

looks like my level 2 NAR membership worked for this paper. thanks for that link. ill keep reading it

 

[waltr]

Great, the addition of plotting Accel verse V^2 and getting the slope make the calculation much easier.

I my 10DOF data files there is a summary at the top (.csv opened in Excel). These are generated by Python code that analyzes the raw file after applying calibration corrections.

One value calculated is the Slope of Acc vs V^2.