Dexter Baño Jr.
dexspaceman.bsky.social
Dexter Baño Jr.
@dexspaceman.bsky.social
Filipino Space Industry Practitioner and Founder of OrbitX, Researcher on Space Law and Space Economics, and Teacher
February 15, 2025 at 6:25 AM
Each phase of this project presents valuable challenges and opportunities to learn, fueling our commitment to advancing space technology. While we're still in the process, we're enthusiastic about the progress we're making and look forward to sharing more updates soon. (2)
February 15, 2025 at 6:25 AM
This test is just the beginning of a much larger journey, but every successful step brings us closer to making affordable, efficient propulsion a reality. Stay tuned for results!

(VISIT OUR OPEN-SOURCE ROCKET SWIRL INJECTOR: github.com/dpb-educ/ope...) (5)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
February 8, 2025 at 2:22 AM
* Potential clogging or irregularities – identifying any manufacturing issues.

* Leak checks – making sure the system is sealed and stable.

How We’re Documenting It:
We’ll be recording footage and taking detailed images. All findings will help refine our design before proceeding to other tests.(4)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
February 8, 2025 at 2:21 AM
Before we ignite anything, we need to ensure our design produces an optimal spray pattern, minimizing irregularities that could impact performance.

What We’re Testing:
* Spray pattern symmetry – ensuring even atomization and distribution.

(3)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
February 8, 2025 at 2:20 AM
This is a critical step in validating our injector’s design before moving on to higher-pressure tests and other related tests.

Why This Matters:
Pintle injectors have been a game-changer in rocket propulsion, offering precise control over combustion efficiency and stability. (2)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
February 8, 2025 at 2:19 AM
👨‍🚀 Whether you're a university researcher, space startup, or an independent engineer, we invite you to explore, test, and innovate with our designs.
💻 Check out the repository here: github.com/dpb-educ/ope...
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
January 31, 2025 at 5:25 AM
🔗 What’s Inside the GitHub Repo?
✅ Blueprints – CAD files.
✅ Technical Documentation – A deep dive into our swirl injector design.
✅ Open Collaboration – Anyone can access, study, and improve upon the design.

(3)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
January 31, 2025 at 5:25 AM
💡 Why Open-Source?
- To accelerate innovation in liquid propulsion technology.
- To support researchers, students, and engineers working on rocketry.
- To build a stronger space community in the Philippines and beyond.

(2)
GitHub - dpb-educ/openorbitxswirl: April 2021 liquid rocket swirl injector designed within OrbitX Philippines.
April 2021 liquid rocket swirl injector designed within OrbitX Philippines. - dpb-educ/openorbitxswirl
github.com
January 31, 2025 at 5:24 AM