Ive always found that parallel boosters have varied ignition times, and usually cause an erratic take off angle and then when at max v one will die and it will push itself in some direction. How do you deal with this problem?
In addition to having high stability (i.e. big fins) it's important to use appropriate igniters and carefully prep the motors. Using ematches instead of standard Estes igniters makes clusters more reliable. For composite motors, adding pyrogen to the igniter is helpful.
@@michaelwinslow447 Thank you. We want to encourage people to always try new and challenging projects. There is so much to experience in rocketry, and you'll have much more fun.
This is gonna be a great series of vids 👍
I'm glad you like it.
This will be very helpful for my build. Thanks!
I made my own rocket by learning your videos thankyou sir
Awesome model rocket
🥰❤️🩹🇩🇿
Ive always found that parallel boosters have varied ignition times, and usually cause an erratic take off angle and then when at max v one will die and it will push itself in some direction. How do you deal with this problem?
Big Fins
In addition to having high stability (i.e. big fins) it's important to use appropriate igniters and carefully prep the motors. Using ematches instead of standard Estes igniters makes clusters more reliable. For composite motors, adding pyrogen to the igniter is helpful.
For college
Wow this rocket looks awesome! can't wait to watch the rest of the video builds.
We will be releasing one every day of the week this month!! (except Tuesdays)
@ you all do such great work and contribute to the hobby of rocketry and rocketry as a whole like no one else!
@@michaelwinslow447 Thank you. We want to encourage people to always try new and challenging projects. There is so much to experience in rocketry, and you'll have much more fun.