Meiotic drive can only be detected in heterozygous state, so the drive system would disappear when the drive allele went to fixation. There will be a window of time where the allele is increasing in frequency, but this could be short-lived. Males in this case are in limited supply. Kin selection and altruistic behavior many species of animals that live in groups give warning calls which alert other individuals about predators, etc. How could this behavior evolve when making the call alerts the predator to the callers location and increases the possibility of the caller becoming prey.
Key point is the term individual .
If the ones that benefit from the behavior are related , the loss in individual fitness may be regained in inclusive fitness , i.e., individual fitness plus fitnesses of relatives . In the warning call example, if calling out to warn about the arrival of a hawk killed you but saved three reproductively active siblings, it would have been worth it. If it only saved two siblings, it probability wasn't worth it. Obviously one cannot tabulate the payoff of event x, y, or z. The point is that the notion of inclusive fitness provides a fitness context where altruistic behavior could evolve even when it appears to decrease individual fitness.