Spacebridge: The Next Generation
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Space: the final frontier. These are the voyages of the hackerspace Noisebridge, our ongoing mission to explore strange (yet economically priced) new ascent technologies; to seek out new parts and new partnerships; to boldly go where no non-government-or-massively-industrially-funded-group has gone before.
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On-boarding Materials
- Meetup Page
- Discord Project Channel
- To subscribe to discord announcements type `/rank Spacing Guild`
- Meeting Notes
- Github
- Wiki (this page)
- Previous missions/excursions: See below for photos / write-ups!
Missions
| Mission ID | Codename | Mission Patch | Launch | Landing | Description | Documentation |
| NBRL-000 | First Foray Finding Floating Forms | N/A | OAK 2024-04-21 | Tracy, CA 2024-04-21 | Our first attempt to track down a Radiosonde weather balloon.
Check out the balloon's full journey over on SondeHub as we forgot to disable GPS reporting after we recovered it. 😅 |
Photos |
| NBRL-001 | Infinite Improbability Drive: The Whale and the Petunia | Field of Dogs McLaren Park, San Francisco, CA
2024-06-16 2:30pm |
Tracy,CA
2024-06-16 ~6pm |
Another thing that got forgotten was the fact that against all probability a sperm whale had suddenly been called into existence several miles above the surface of Tracy, California. | Photos | |
| LUNAR-000 | A Case Study on the Importance of Rocket Stability and Safe Range Operation | N/A | 2024-06-22 | 2024-06-22 | 🚀🌱🔥🔥🔥😨🚒🚒🚒😅 | Photos |
| NBRL-002 | TDB | TDB | TDB | TDB | TDB | TDB |
NBRL-001: Infinite Improbability Drive
Another thing that got forgotten was the fact that against all probability a sperm whale had suddenly been called into existence several miles above the surface of Tracy, California.

Date and Time:
2024-06-16 2:30 pm
Vehicle Type:
Unmanned Free Balloon
Launch Location:
McLaren Park, San Francisco, CA
37°43'10.7"N 122°25'10.6"W
Landing Location:
Tracy, CA (Estimated)
37°40'44.0"N 121°27'33.2"W
Objectives:
Pre-launch:
- 🟩Track and recover NWS radiosonde using SDR ground station
- 🟩Repurpose RS41 radiosonde to transmit telemetry on amateur radio band via APRS
- 🟩Identify appropriate launch location
- 🟩Plan safe and recoverable flight trajectory
- 🟩Communicate with FAA to issue NOTAM
Launch:
- 🟩Assemble and integrate payload and balloon subsystems
- 🟩Safely fill and handle balloon
- 🟩Launch!
Post-launch:
- 🟨 Take time-lapse photos with iPod touch
- 🟩 Receive radio signal from radiosonde
- 🟨/🟥 Track balloon position using telemetry data
- 🟨 Recover payload

