The experiment day is subdivided into three parts, with a total of 6 DiMES heads used to expose the companies’ novel materials. The first portion of the experiment will test the materials from Tokamak Energy, exposing samples to H-mode plasmas to study the response of different W materials to combined high heat / particle flux and ELMs. Two DiMES heads are allocated. For this purpose, we will use H-mode reference shot #200083 developed for the FPP Candidate Materials Thrust experiments in 2024. This discharge uses a `rastering’ strike-point algorithm specifically developed to broaden the average heat flux profile across DiMES. One DiMES will experience this unmodified H-mode shot, while the second DiMES will used a detached plasma variation. The second portion of the experiment will transition over to testing of the MPEA samples. A single DiMES holder with an array of MPEAs will be exposed to the standard rastering H-mode reference discharge. The third portion of the experiment will test the boron pebble rod concept. The experiment plan is to expose three pebble rod samples in DiMES at various levels of protrusion (2 – 5 mm) from the divertor floor and at various power levels, moving from L-mode (outer strike point OSP) to a hot vertical displacement event (VDE), and increasing ion fluence by increasing the dwell times. The three rods receive a total of ~ 8 shots and will be mounted into a DiMES cup holder for capturing released pebbles.