Hemi345
Senior Member
Here's a video of the launch and catch by my daughter (she put it on the ground so it would detect the landing and watched the shutdown sequence )
Note the requisite flight gear:
Black sack for launching pad, engines, igniters, etc - CHECK
Disney Princesses lunch bag in case we get the munchies - CHECK
Fingers to plug ears for super-loud launch - CHECK
All systems go!
And a short video demo'ing the blinking out of the last flight altitude and EEPROM storage status is at:
https://www.youtube.com/watch?v=W6-WPqn27gU
can only embed one video per post
I'll update blog post 'part 3' with the updated code files in a few days. I have added some optimizations to the logging routine and added the capability to blink out the actual supercap voltage. BTW, after 3 flights and data download, the supercap was at 1.7V.
UPDATED: I added the latest code (v1.0.8) to blog post #3 and below. The supercap voltage will blink out on the LEDs. 2.13V would be 2 blinks on the 100s, 1 blink on the 10s, and 3 blinks on the ones.
View attachment 17013
Note the requisite flight gear:
Black sack for launching pad, engines, igniters, etc - CHECK
Disney Princesses lunch bag in case we get the munchies - CHECK
Fingers to plug ears for super-loud launch - CHECK
All systems go!
And a short video demo'ing the blinking out of the last flight altitude and EEPROM storage status is at:
https://www.youtube.com/watch?v=W6-WPqn27gU
can only embed one video per post
I'll update blog post 'part 3' with the updated code files in a few days. I have added some optimizations to the logging routine and added the capability to blink out the actual supercap voltage. BTW, after 3 flights and data download, the supercap was at 1.7V.
UPDATED: I added the latest code (v1.0.8) to blog post #3 and below. The supercap voltage will blink out on the LEDs. 2.13V would be 2 blinks on the 100s, 1 blink on the 10s, and 3 blinks on the ones.
View attachment 17013