Fusion360 MCP Server

Findings (13)

• highHigh. Something risky that needs a close look before you install.
  dependencies issue

  Details are available to the maintainer after claiming this listing.
• highHigh. Something risky that needs a close look before you install.
  dependencies issue

  Details are available to the maintainer after claiming this listing.
• highHigh. Something risky that needs a close look before you install.
  dependencies issue

  Details are available to the maintainer after claiming this listing.
• highHigh. Something risky that needs a close look before you install.
  dependencies issue

  Details are available to the maintainer after claiming this listing.
• mediumMedium. Worth checking, often a vulnerable dependency or a setup problem.
  mcp@1.26.0: 7 known vulnerabilities

  PYSEC-2026-3481, PYSEC-2026-3482, PYSEC-2026-3483, GHSA-5h93-6whr-6q8j, GHSA-84m7-p3x7-pcfv +2 more

  uv.lock
• mediumMedium. Worth checking, often a vulnerable dependency or a setup problem.
  python-multipart@0.0.22: 6 known vulnerabilities

  PYSEC-2026-3036, PYSEC-2026-3037, PYSEC-2026-3038, PYSEC-2026-3039, PYSEC-2026-3040 +1 more

  uv.lock
• mediumMedium. Worth checking, often a vulnerable dependency or a setup problem.
  starlette@0.52.1: 5 known vulnerabilities

  PYSEC-2026-161, PYSEC-2026-2280, PYSEC-2026-2281, PYSEC-2026-248, PYSEC-2026-249

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  idna@3.11: 1 known vulnerability

  PYSEC-2026-215

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  pydantic-settings@2.12.0: 1 known vulnerability

  GHSA-4xgf-cpjx-pc3j

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  pygments@2.19.2: 1 known vulnerability

  PYSEC-2026-2987

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  pytest@9.0.2: 1 known vulnerability

  PYSEC-2026-1845

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  python-dotenv@1.2.1: 1 known vulnerability

  PYSEC-2026-2270

  uv.lock
• lowLow. Minor, or common in normal tools. Shown for information.
  No manifest declaring network access and environment variables (agent.json)

Network activity

Tools exposed (93)

• get_scene_info

  Get design name, bodies, sketches, features, camera info

• get_object_info

  Get detailed info about a named body or sketch

• get_bounding_box

  Axis-aligned bounding box for a body or component by name. Returns min, max, size, and center in cm (Fusion internal units). For components, unions bounding boxes of all contained bodies. Useful for measuring imported reference geometry.

• create_sketch

  Create a new sketch on xy/yz/xz plane, optionally offset

• draw_rectangle

  Draw a rectangle in the most recent sketch

• draw_circle

  Draw a circle in the most recent sketch

• draw_line

  Draw a line in the most recent sketch

• extrude

  Extrude a sketch profile

• revolve

  Revolve a sketch profile around an axis

• fillet

  Round edges of a body

• chamfer

  Chamfer edges of a body

• shell

  Hollow out a body by removing a face

• mirror

  Mirror a body across a construction plane

• rename_body

  Rename a body (searches root and all components)

• move_body

  Translate a named body by (x, y, z)

• export_stl

  Export a named body as an STL file

• boolean_operation

  Combine two named bodies (join/cut/intersect)

• delete_all

  Clear the design (delete all timeline items)

• undo

  Undo the last operation

• execute_code

  Run arbitrary Python in Fusion 360. The last expression's value is returned (REPL-style). Pre-defined names: app, ui, design, component, adsk, math.

• sweep

  Sweep a sketch profile along a path (sketch curve)

• loft

  Loft between two or more sketch profiles

• create_polygon

  Draw a regular polygon in the most recent sketch

• draw_arc

  Draw an arc in the most recent sketch (center + start point + sweep angle)

• create_hole

  Create a hole feature on a body face

• rectangular_pattern

  Pattern a body in rows and columns

• circular_pattern

  Pattern a body around an axis

• create_component

  Create a new component (sub-assembly) in the design

• add_joint

  Add a joint between two components

• list_components

  List all components in the design

• export_step

  Export a body or component as a STEP file

• export_f3d

  Export the design as a native Fusion 360 archive (.f3d)

• export_view_sheet

  Render canonical orthographic + isometric views as PNGs and emit a self-contained HTML sheet suitable for sharing with a mechanical engineer. Opens in any browser; Print -> Save as PDF for a static artifact. Restores the viewport camera after rendering.

• export

  Unified export wrapper — dispatches to export_stl / export_step / export_f3d based on format or file extension. Format is auto-detected from file_path extension if not specified. STL and STEP require body_name; F3D exports the whole design.

• import_mesh

  Import a mesh file (STL, OBJ, or 3MF) as a mesh body. Returns the mesh name and bounding box. Use for reference geometry (e.g. exported SketchUp model).

• get_parameters

  List all user parameters in the design

• create_parameter

  Create a new user parameter

• set_parameter

  Update the value of an existing user parameter

• delete_parameter

  Remove a user parameter

• add_constraint

  Add a geometric constraint in the active sketch. Entities are referenced by index within the sketch.

• auto_constrain

  Automatically add geometric constraints and dimensions to fully constrain a sketch (Fusion 2026+ AutoConstrain API). result_option: 1 = thorough/slow (default), 2 = fast, 3 = may move geometry within tolerance.

• add_dimension

  Add a driving dimension to constrain sketch geometry. Value is in cm for distances, degrees for angles.

• create_construction_plane

  Create a construction plane for sketching

• create_construction_axis

  Create a construction axis

• create_ucs

  Create a UCS at (x, y, z) with optional rotation (Fusion 2026+ UCS API, preview). A hidden reference sketch is created to anchor the UCS — do not delete it.

• draw_spline

  Draw a spline in the most recent sketch. Use fit_points for a curve through points, or control_points for a control-polygon spline.

• offset_curve

  Offset connected sketch curves by a distance. Direction is determined by the direction_point.

• trim_curve

  Trim a sketch curve at its intersections. The segment nearest to the given point is removed.

• extend_curve

  Extend a sketch curve to the nearest intersection. The end nearest to the given point is extended.

• create_thread

  Add threads to a cylindrical face (cosmetic or modeled)

• draft_faces

  Add a draft angle to faces of a body (for mold release / injection molding)

• split_body

  Split a body using a plane or face

• split_face

  Split faces of a body using a plane

• offset_faces

  Push/pull faces of a body by a distance

• scale_body

  Scale a body uniformly or non-uniformly

• create_box

  Create a box primitive (non-parametric via TemporaryBRepManager)

• create_box_parametric

  Create a history-based rectangular box via sketch rectangle + extrude (unlike create_box which uses TemporaryBRepManager). length/width/height accept a number (cm, Fusion internal unit) or a string expression referencing User Parameters (e.g. 'boxL', '56 mm', 'outer - 2 * wall_t'). Call create_param

• create_cylinder

  Create a cylinder primitive (non-parametric via TemporaryBRepManager)

• create_sphere

  Create a sphere primitive (non-parametric via TemporaryBRepManager)

• create_torus

  Create a torus primitive (non-parametric via TemporaryBRepManager)

• create_as_built_joint

  Create a joint from components' current positions (easier than geometric joints)

• create_rigid_group

  Lock multiple components together

• measure_distance

  Measure minimum distance between two entities

• measure_angle

  Measure angle between two entities

• get_physical_properties

  Get mass, volume, surface area, center of mass, and density of a body

• create_section_analysis

  Cut a section plane through the model

• check_interference

  Detect collisions between components/bodies

• compare_meshes

  Compare two mesh bodies and return deviation statistics (min/max/mean/RMS signed distance in cm) — e.g. validate an imported STL against a reference mesh. Requires Fusion 2026+.

• set_appearance

  Assign a material appearance to a body, face, or component from the Fusion appearance library

• set_color

  Assign a flat RGB color to a body (creates/reuses a design-local appearance). Useful for visually distinguishing parts before render_view.

• project_geometry

  Project edges or bodies onto the active sketch plane

• suppress_feature

  Suppress (disable) a feature in the timeline

• unsuppress_feature

  Unsuppress (re-enable) a feature in the timeline

• patch_surface

  Create a patch surface from boundary edges

• stitch_surfaces

  Stitch surface bodies into a single body

• thicken_surface

  Thicken a surface body into a solid

• ruled_surface

  Create a ruled surface from an edge or sketch curve

• trim_surface

  Trim a surface body with another body

• create_flange

  Create a sheet metal flange on an edge

• create_bend

  Add a bend to a sheet metal body

• flat_pattern

  Create a flat pattern from a sheet metal body

• unfold

  Unfold specific bends in a sheet metal body

• cam_create_setup

  Create a manufacturing setup for a body. Defines the stock, coordinate system, and operation type (milling/turning/cutting).

• cam_create_operation

  Add a machining operation to a setup. Strategy determines the toolpath type.

• cam_generate_toolpath

  Generate toolpaths for a specific operation or all operations in a setup

• cam_post_process

  Post-process toolpaths to generate NC code (G-code)

• cam_list_setups

  List all manufacturing setups in the document

• cam_list_operations

  List operations within a setup

• cam_get_operation_info

  Get details about a specific operation (strategy, tool, parameters, toolpath status)

• ping

  Health check — returns immediately without touching Fusion API

• get_design_type

  Check if the design is in parametric or direct mode. Use this to detect accidental mode switches.

• set_design_type

  Switch design type between 'parametric' and 'direct'. Use 'parametric' to recover from accidental direct-mode switches (equivalent to Capture Design History in the UI).

• render_view

  Capture the active viewport as a PNG so you can visually verify the model. Pass a canonical view (iso/front/top/etc.) to reposition the camera first, or 'current' to keep it as is. Returns base64-encoded image bytes alongside metadata; the MCP server delivers it as an image content block.