Flight One

Body:

Payload Height (cm): 17.78cm_________

Nozzle Radius (cm): 0.549cm_________

Fairing: Yes__x___ or No _____

Fairing radius (cm): 4.851cm_____

Nose Cone:

Shape: conical___________

Material: Solid balsa___________

Propulsion:

Water (liters): 0.546508L____

Pressure (KPa): 401.873_____

Fin Design:

Fin Height: 4.314cm_____

Fin Shape: trapezoidal_____

Number of Fins: 3_____

Fin Dimensions:

Length: 10.391cm

Width: 7.852cm

L.E. ang: 58

T.E. ang: 29

Launch Stats:

Max Altitude (m): 27m_____

Max Velocity (m/s): 35m/s_____

Flight Two

Body:

Payload Height (cm): 0cm_________

Nozzle Radius (cm): 0.488cm_________

Fairing: Yes_x____ or No _____

Fairing radius (cm): 1.27cm_____

Nose Cone:

Shape: Elliptic___________

Material: Solid rubber___________

Propulsion:

Water (liters): 0L_____

Pressure (KPa): 546.779_____

Fin Design:

Fin Height: -6.35cm_____

Fin Shape: trapezoidal_____

Number of Fins: 3_____

Fin Dimensions:

Length: 12.7cm

Width: 12.7cm

L.E. ang: 45

T.E. ang: 30

Launch Stats:

Max Altitude (m): 30m_____

Max Velocity (m/s): 49m/s_____

I noticed that when there was less water and more pressure, the rocket had a better flight. Also, when the center of gravity was higher, the rocket had a better flight. I found the elliptical nose to work better than the conical nose. I messed around with the fin designs for a while but was never able to determine which fin design gave the best flight.