Art portraying every main sequence red dwarf spectral subclassification, from L3v* to M9v to M0v! Enjoy the picture or copy as needed. *L2.5v is the theoretical minimum but I included L3v as a potentially fusing main sequence star because we've only seen so many stars and with infinitely many more to discover at least one of them will probably be dimmer
Inspired by various Planetballs creators on YouTube and elsewhere. FAQ: 1. Some heavy L-type stars can sustain hydrogen fusion and are considered red dwarfs, hence why they are included. 2. The 'v' in the classification corresponds to the star in its main sequence. 3. The number corresponds to how powerful a star is within its spectral class. '0' is the highest and '9' is the lowest.
