Bell nonlocality, a fundamental quantum physics phenomenon, plays a crucial role in quantum information processing and computation. A recent study has shed light on the relationship between measurement incompatibility and Bell nonlocality, demonstrating that any set of incompatible measurements on qubits leads to a violation of a suitable Bell inequality in a multiparticle scenario. This finding suggests that the usefulness of incompatible measurements for Bell nonlocality can be superactivated by considering multipartite scenarios. The study also implies that measurement incompatibility for qubits can always be certified in a device-independent manner, a significant advancement in quantum physics.