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Structures
Specify Test Standards when we report results (Team 11 BYU)
More detailed documentation, both written and photographed, of the tube winding process (Team 11 BYU)
Look into vacuum bagging for tubes (Team 11 BYU)
Look into oven curing for tubes (Team 11 BYU)
8 Layer, 90-degree winds (Team 11 BYU)
Run CFD on fins (Team 11 BYU)
Bolt Force Calculations (Team 11 BYU)
List all assumptions for calculations (Team 11 BYU)
Look into vacuum bagging for nosecone (Team 15 Carleton University)
Avionics
Efficient PCB stacking system (Team 15 Carleton University)
All transmissions from SRAD boards done over LoRa (Team 15 Carleton University)
Recovery
Use dual bay deployment (Team 11 BYU)
Use dual bay deployment (Team 15 Carleton University)
SRAD Parachute (Team 15 Carleton University)
Validate Cd of chutes and streamers using test flights (Team 15 Carleton University)
Payload
Interesting guided payload (Team 15 Carleton University)
Tech Report Improvements
Format and write about team leadership structure more clearly and professionally (Team 11 BYU)
Test Standards when we report results (Team 11 BYU)
More detailed tube winding process (Team 11 BYU)
List all assumptions for calculations (Team 11 BYU)
Sensitivity analysis for all calculations/assumptions (Donovan's suggestion)
DTEG requirements table for each subteam at the start of the section (Team 15 Carleton University)
Include more information about the ground station (Team 15 Carleton University)
Cleaner CONOPS layout (Team 15 Carleton University)
Possibly split avionics into transmitting and not transmitting (Team 15 Carleton University)