To enable a circular economy, remanufacturing is considered a key strategy due to the high level of value retention. However, for short-cycled products, the accelerated obsolescence of conventionally remanufactured products on the secondary market poses challenges to leverage the potential. Cross-Generational Remanufacturing (CG-Reman) has been developed as a new concept in response, which aims to restore used products into the latest generation for sale on the primary market. For its practical success, it is critical to support product engineers in designing products suitably. Hence, in this paper we further explore the overall CG-Reman process with a lifecycle description, derive requirements for the product’s design and conduct a systematic literature review of 209 sources targeting selection, clustering and matching of Design-for-X (DfX) guidelines with the needs for CG-Reman.