Abstract AIMS Awake craniotomy is a well-established surgical procedure to debulk intracranial tumours in eloquent areas (‘functional hubs’). Intraoperative mapping facilitates maximal safe debulking. Review of current sensory motor assessment tools highlighted the absence of a comprehensive ‘location to function’ protocol. We aimed to develop a new protocol that enables ‘location to function’ sensory-motor task selection in preparation for, and during, awake craniotomy. METHOD A literature review demonstrated multiple different intraoperative strategies exist for the preservation of sensory-motor function in awake craniotomy. Incorporating these with functional neuroanatomy, and consensus agreement in the Tessa Jowell Academy Physiotherapy Awake Craniotomy Working Group and the National Brain Mapping MDT, led to the development of testing strategies aligned with ‘location to function’ task selection. Testing strategies were peer-reviewed by three specialist Neuro-Oncology physiotherapists. RESULTS A protocol (LOCATE-SM) has been developed at Leeds to identify critical cortical and subcortical sensory-motor functions that are aligned with anatomo-functional models. Physiotherapists have used this to select individualised pre-, intra- and postoperative tests depending on tumour location and sensory-motor impairment. Additionally, this facilitates intraoperative mapping of eloquent functional regions that are variably located. Cases using LOCATE-SM are presented. CONCLUSION LOCATE-SM is a new awake sensory-motor testing protocol developed by specialised Neuro-Oncology physiotherapists at a Tessa Jowell Centre of Excellence (Leeds). Current cases demonstrate that it leads to greater consistency between physiotherapists and specificity in ‘location to function’ sensory-motor task selection. Future work will systematically analyse the outcomes (onco-functional balance) of using this protocol, and validation in other centres.