diff --git a/movement/roi/base.py b/movement/roi/base.py
index f4b192c9..0159d083 100644
--- a/movement/roi/base.py
+++ b/movement/roi/base.py
@@ -287,3 +287,69 @@ def distance_to(self, point: ArrayLike, boundary: bool = False) -> float:
         """
         from_where = self.region.boundary if boundary else self.region
         return shapely.distance(from_where, shapely.Point(point))
+
+    @broadcastable_method(
+        only_broadcastable_along="space", new_dimension_name="vector to"
+    )
+    def vector_to(
+        self,
+        point: ArrayLike,
+        boundary: bool = False,
+        direction: Literal[
+            "point to region", "region to point"
+        ] = "point to region",
+        unit: bool = True,
+    ) -> np.ndarray:
+        """Compute the vector from a point to the region.
+
+        Specifically, the vector is directed from the given ``point`` to the
+        nearest point within the region. Points within the region return the
+        zero vector.
+
+        Parameters
+        ----------
+        point : ArrayLike
+            Coordinates of a point to compute the vector to (or from) the
+            region.
+        boundary : bool
+            If True, finds the vector to the nearest point on the boundary of
+            the region, instead of the nearest point within the region.
+            (See Notes). Default is False.
+        direction : Literal["point to region", "region to point"]
+            Which direction the returned vector should point in. Default is
+            "point to region".
+        unit : bool
+            If True, the unit vector in the appropriate direction is returned,
+            otherwise the displacement vector is returned. Default is False.
+
+        Returns
+        -------
+        np.ndarray
+            Vector directed between the point and the region.
+
+        Notes
+        -----
+        If given a ``point`` in the interior of the region, the vector from
+        this ``point`` to the region is treated as the zero vector. The
+        ``boundary`` argument can be used to force the method to find the
+        distance from the ``point`` to the nearest point on the boundary of the
+        region, if so desired. Note that a ``point`` on the boundary still
+        returns the zero vector.
+
+        """
+        from_where = self.region.boundary if boundary else self.region
+
+        # "point to region" by virtue of order of arguments to shapely call
+        directed_line = shapely.shortest_line(shapely.Point(point), from_where)
+
+        displacement_vector = np.array(directed_line.coords[1]) - np.array(
+            directed_line.coords[0]
+        )
+        if direction == "region to point":
+            displacement_vector *= -1.0
+        if unit:
+            norm = np.sqrt(np.sum(displacement_vector**2))
+            # Cannot normalise the 0 vector
+            if norm != 0.0:
+                displacement_vector /= norm
+        return displacement_vector