Red Planet Descent
CSEF · 2026 Physics & Astronomy (Junior Division)
Overview
With our project, we are hoping to gather information on which of the following entry landing, and descent (EDL) systems can protect a model rover the most when dropped; a shell, a parachute, or an airbag. After building our three models, we tested them by first weighing them, then dropping them. We then recorded the speed and the damage dealt to the rover, and finally repeated the process for more data on each system. For our hypothesis, we believed that the airbags would protect the rover the most, followed by the shell, and finally the parachute. This was proved partially correct, as the airbags did protect the rover the most. However, the parachute did better than the shell, which wasn’t in our hypothesis.
Competition history
- CSEF 2026
Related projects
ISEF · 2017
Mission To Mars: Designing a Spacecraft Impact Protection and Detection System with Radiation Shielding
CSEF · 2007
Up, Up, and Away! Model Rocket Aerodynamics and Parachute Recovery Systems
CSEF · 2010
Crater Impacts
CSEF · 2015
Riding on Air
CSEF · 2012
Red Planet Crater Erosion: The Effects of Geologic Forces on Impact Crater Erosion over the Same Period of Time
ISEF · 2021
The Science of Rocketry
CSEF · 2012
Drop Zone
CSEF · 2011
Catching Air: Parachutes in Flight
Closest projects by meaning, across every fair and year in the corpus.
Browse more like this
Source: California Science & Engineering Fair public projects