uintptr_t Mesh = driver->read<uintptr_t>(localPlayer + 0x498);
if (Mesh) {
    uintptr_t SkeletalMesh = driver->read<uintptr_t>(Mesh + 0x868); // USkeletalMesh*
    if (SkeletalMesh) {
        uintptr_t PhysicsAsset = driver->read<uintptr_t>(SkeletalMesh + 0x138); // UPhysicsAsset*
        if (PhysicsAsset) {
            uintptr_t SkeletalBodySetupsArray = PhysicsAsset + 0x38; // TArray<USkeletalBodySetup*>
            int32_t NumSetups = driver->read<int32_t>(SkeletalBodySetupsArray + 0x8);
            uintptr_t SetupPtrArray = driver->read<uintptr_t>(SkeletalBodySetupsArray); // pointer to array

            for (int k = 0; k < NumSetups; ++k) {
                uintptr_t BodySetup = driver->read<uintptr_t>(SetupPtrArray + k * sizeof(uintptr_t));
                if (BodySetup) {
                    uintptr_t AggGeom = BodySetup + 0x28; // FKAggregateGeom
                    uintptr_t BoxElemsArray = AggGeom + 0x10; // TArray<FKBoxElem>
                    int32_t NumBoxElems = driver->read<int32_t>(BoxElemsArray + 0x8);
                    uintptr_t BoxElemData = driver->read<uintptr_t>(BoxElemsArray);

                    for (int j = 0; j < NumBoxElems; ++j) {
                        uintptr_t Elem = BoxElemData + j * 0x38; // FKBoxElem size
                        driver->write<float>(Elem + 0x88, 40.f); // X
                        driver->write<float>(Elem + 0x8C, 40.f); // Y
                        driver->write<float>(Elem + 0x90, 200.f); // Z
                        printf("Modified\n");
                    }
                }
            }
        }
    }
}