For swarms, the collective dynamics of nanomotors are highly nonlinear, hard to model, and One of the natural consequences of chemo-mechanical transduction is the emergence of nonreciprocal interactions in active matter , which has far-reaching consequences as it generically prohibits systems to reach steady states and exhibit simplified equilibrium-like behavior. The origin of non-reciprocal interactions has been proposed for nanoscale enzyme systems . Importantly, non-reciprocal active matter is capable of spontaneous symmetry breaking in systems where the symmetries are emergent to begin with, leading to a plethora of complex collective effects . The consequences of these theoretical predictions remain to be experimentally tested.