  Complications in preparing and preserving quantum correlations stimulate
recycling of a single quantum resource in information processing and
communication tasks multiple times. Here, we consider a scenario involving
multiple independent pairs of observers acting with unbiased inputs on a single
pair of spatially separated qubits sequentially. In this scenario, we address
whether more than one pair of observers can demonstrate quantum advantage in
some specific $2 \rightarrow 1$ and $3 \rightarrow 1$ random access codes.
Interestingly, we not only address these in the affirmative, but also
illustrate that unbounded pairs can exhibit quantum advantage. Furthermore,
these results remain valid even when all observers perform suitable projective
measurements and an appropriate separable state is initially shared.
