Planetary science.
What we actually know about the planets, moons, and smaller bodies in our solar system, and how we found it out. Visual, evergreen, strong curiosity-gap structure.
What works in this niche
- Anchoring each video to one specific discovery or feature and following it to its strangest implication
- Real probe imagery on screen so viewers see the actual surface being discussed
- Scale comparisons that make a moon's ocean or a volcano's height tangible
- Distinguishing what is confirmed data from what is inferred from models
- One takeaway that changes how the viewer thinks about Earth by comparison
Format: 9 to 14 minute explainers over probe imagery, surface maps, and animation. Documentary voice, discovery-then-mechanism-then-implication structure, re-hook at 90 seconds.
Hook patterns that earn clicks
- Data shock: the planetary feature so extreme it should not be possible by any model we have
- Question hook: what the latest probe data says the planet is actually doing inside
- Contrarian: the moon we assumed was dead has been active within human history
Sub-niches to mine
Narrower angles inside this niche with room to own a lane.
- Ocean worlds and what their depth hides
- Volcanic activity beyond Earth, past and present
- Dwarf planets and what they reveal about solar system formation
- Atmospheric extremes on gas and ice giants
- Impact histories and how craters encode planetary age
- The inner rocky planet comparison and what it reveals about Earth
Top performers we track
Anonymized to protect operators. Revenue figures are estimates from public engagement, not declared earnings.
Common pitfalls
- Presenting model predictions as observed facts without flagging the distinction
- Recycling popular facts about the same two or three planets without fresh probe data
- Animation that misrepresents the actual scale or appearance of a body
- Over-claiming life potential in ways the astrobiology literature does not support
FAQ
How do I stay current when new probe data drops?
Mission press releases, peer-reviewed open-access journals, and space agency image archives are all free and fast. Building a feed around mission timelines keeps a steady supply of new angles.
How is this different from general space content?
General space content often jumps between topics. Planetary science focuses on individual bodies and the data behind what we know. That specificity earns deeper watch time and a more loyal return audience.
Why the steady rather than hot tier?
The audience is loyal but narrower than pure pop-science. Channels grow steadily as probe data creates regular story beats. We hold the tier conservative until more channels break out.
Want the full pipeline tuned for planetary science?
Script, five A/B titles, SEO description, and thumbnail. Tuned per channel archetype. From operators with 1B+ views.