You need to make sure the parachute isn't inside the nose cone it could get stuck, one less thing to worry about. 😁 Man do you realize how "complicated" trying to control a rocket that size is! Good job! 👍 I would suggest you bite off the issues one at a time though, you might reach your goal a bit sooner. 👍 The "pitch" is x axis, the "yaw", is y axis, and the "roll" (spin) is the z axis, you have to put yourself in the astronauts position for orientation. 👀 DOAH! 😆🤣😜👀 It is ok! Did you say WOOPSIE! 👍 You will find it is easier to control the roll with fins, as NASA and the Soviets found long ago, 1. fins, 2. gas, 2 mass. The trouble with vehicles this size it you still have to make the adjustments like the large ones over a greater amount of space and time, it you "overcorrect" to fast, things get ANYGRY! 😜👍 Great job though keep it up! I like that you are using a 4" body tube, that is the size I like! 👍
Fins will definitely help increase inertia and air stability. Part of the fun/challenge was removing them, which is why I don't want to put them in. They add complexity and weight as well
You need to make sure the parachute isn't inside the nose cone it could get stuck, one less thing to worry about. 😁
Man do you realize how "complicated" trying to control a rocket that size is! Good job! 👍 I would suggest you bite off the issues one at a time though, you might reach your goal a bit sooner. 👍
The "pitch" is x axis, the "yaw", is y axis, and the "roll" (spin) is the z axis, you have to put yourself in the astronauts position for orientation. 👀
DOAH! 😆🤣😜👀 It is ok! Did you say WOOPSIE! 👍
You will find it is easier to control the roll with fins, as NASA and the Soviets found long ago, 1. fins, 2. gas, 2 mass.
The trouble with vehicles this size it you still have to make the adjustments like the large ones over a greater amount of space and time, it you "overcorrect" to fast, things get ANYGRY! 😜👍
Great job though keep it up! I like that you are using a 4" body tube, that is the size I like! 👍
Fins will definitely help increase inertia and air stability. Part of the fun/challenge was removing them, which is why I don't want to put them in. They add complexity and weight as well
@@peterb7615 And, a spinning weight isn't! That is more of a challenge, but hey that is what we do it for! 👍
How do you map the angle to the servo?