The quasi-one-dimensional nature of K3C6O6 makes it especially suitable to band-engineering, which otherwise can be challenging. We therefore suggest that K3C6O6 can act as a prototype for a new family of conductors, and potentially superconductors. Such materials could be organic by suitable choice of counterion. While we predict a low critical superconducting temperature of 0.5 K, we also outline a series of design rationale for enhancing this number through physical and chemical modification of the number of states at the Fermi level, the average phonon frequency, and the electron phonon coupling strength. We offer these predictions to encourage experimental synthesis, as well as further computational exploration.