2026–27

Team

Emmanuel Jaimes (Project Manager); Bianca Vasquez (Project Manager); Noah Hernandez (Vice Project Manager); Alexander Astorga (Aerodynamics Director); Joel Venegas (Structures & Recovery Director); Azad Aghdam (Aerodynamics Lead); Jonathan Mendez Aguilar (Structures Lead); Brian Sierra (Structures Lead); Daniel Montano (Structures Lead); Jonathan Nguyen (Recovery Lead); Natalie Lopez (Payload Director); Brandon Aguilar (Payload Lead); Alan Alfaro (Payload Lead); Juan Ventura-Romero (Payload Software Lead); Nicholas Equihua (Payload Electronics Lead); Angel Iglesias (Avionics Lead)

2025–26

Team

Isrrael Sumano (Project Manager); Emmanuel Jaimes (Project Manager); Emmanuel Jaimes (Structures and Manufacturing Director); Josephine Rivera-Hoagland (Public Relations Officer); Noah Tran (Structures and Recovery); Azad Aghdam (Structures and Recovery); Joel Venegas (Structures and Recovery); Eirvin Rubio (Avionics); Dereck Rubio (Avionics); Wyatt Brown (Avionics); Kenneth Fambro (Payload Lead); Michael Sicner (Challenge); Natalie Lopez (Challenge); Dario Kuroda (Challenge); Ronaldo Garcia (Manufacturing Lead); Moises Sosa (Manufacturing Lead); Daniel Montano (Manufacturing Lead); Brian Sierra (Manufacturing Lead); Israel Alejos (Manufacturing Lead); Noah Hernandez (Safety Lead); Lyzet Leyva (Safety Lead)

2025–26 team page

2024–25

Results

2023–24

Results

2018–19

"UCLA Bearospace" proposes its First Nations Launch rocket

The earliest public document using the Bearospace name: an 11-member team proposes a carbon-fiber rocket with a 3D-printed nose cone. Source

First place, AISES Launch

Bearospace wins First Nations Launch's AISES Launch category at Richard Bong State Recreation Area in Kansasville, Wisconsin. Source

The rocket: First Nations Launch rocket

The rocket that won first place in the AISES Launch category at First Nations Launch 2019.

  • Fly a competition-supplied motor to an apogee between 3,500 and 5,000 feet above ground level, and recover the rocket safely.
  • Competition-supplied 54 mm AeroTech J450 DM motor
  • Apogee window: 3,500–5,000 ft AGL
  • About 65 in long and 3.9 in in diameter (proposal)
  • Carbon-fiber body tube
  • 3D-printed nose cone
  • RRC3 altimeter
  • Arduino Uno with an MPU6050 motion sensor

Read more: Competition proposal (Nov 30, 2018) · UCLA MAE news (Jun 5, 2019)

Results

2017–18

Results

2016–17

Results

No public record has been found yet for 2019–20 through 2022–23. Have photos or stories from those seasons? Tell us.