Overall:

Height: 6ft 11.625 in
Diameter: 4.02 in
Launch Mass: 20 lbs

Launch Motor: Cessaroni Technology Pro54-5G, K780 Blue Streak
Liftoff Acceleration: 9.94G
Max Velocity: 464 mph (mach 0.612)

Synopsis

Apogee: 5000ft
Max Velocity: 464 mph (Mach 0.612)
Lift-off Acceleration: 9.94G

Flight Timeline

T - 00.00 s: Motor Ignition
T + 00.25 s: Launch Rail Clearance
T + 02.58 s: Maximum Velocity
T + 02.75 s: Booster Motor Burn Out 
T + 8 s: ACS Unlocked
T + 18 s: Apogee
T + 18.5 S: Drogue Parachute Deployment
T + 63 S: Main Parachute Deployment, PERR-C Deployment
T + 100 s:  Vehicle Touchdown

Primary Mission: Passive Electronic Recovery Reporter - Capsule (PERR-C)

PERR-C is the main payload for our vehicle this year as outlined by the requirements for NASA ULSI 2025. The goal for PERR-C is to safely land 4 STEMnauts and transmit flight and landing zone information from a Student Research and Designed (SRAD) flight computer over 2m (144mhz) radio. The flight computer being developed for this, the Payload Electronics Package (PEP), is a new design for UML Rocketry, expanding the sensor package and capabilities from previous computers the club has developed.

Secondary Payload: Altitude Control System (ACS)

To complete the second part of our mission, delivering our Primary payload to a specific target altitude, we will be developing a system to modify our altitude in flight so that we can accurately hit that goal. This system will utilize the development that is happening with PERR-C by using the same electronic design for the electronics controlling the ACS.