Wall-Mounted Pull-Up & Dip Station

Create a fully parametric, top-down welded assembly of a wall-mounted pull-up and dip station in CAD using a master skeleton approach (coordinate origin: wall face centerline; X = lateral, Y = vertical, Z = projection out from wall). ### 1. Global User Parameters * **UprightSpacing:** 600 mm (C-to-C, offsets at $X = \pm 300\text{ mm}$) * **UprightStock:** 50×50×3 mm SHS, Length = 1500 mm ($Y = 780\text{ to } 2280\text{ mm}$) * **TopArmStock:** 50×50×3 mm SHS, Length = 750 mm (flush at top, $Y = 2230\text{ to } 2280\text{ mm}$, projects $Z = 56\text{ to } 806\text{ mm}$) * **DipArmStock:** 40×40×3 mm SHS, Length = 450 mm ($Y = 1130\text{ to } 1170\text{ mm}$, projects $Z = 56\text{ to } 506\text{ mm}$; 560 mm clear inner gap) * **BraceStock:** 40×40×3 mm SHS * **Top Brace:** 350×350 mm leg constraint (cut long-edge ~535 mm, $45^\circ/45^\circ$ miters, trim-to-fit) * **Dip Brace:** 300×300 mm leg constraint (cut long-edge ~464 mm, $45^\circ/45^\circ$ miters, trim-to-fit) * **Crossbar:** $\varnothing 32\text{ mm}$ solid round bar, Length = 1100 mm, 1 mm end chamfers (axis at $Y = 2296\text{ mm}$, $Z = 776\text{ mm}$ / 720 mm from upright front face, 250 mm overhang per side) * **WallPlates (×4):** 200 mm wide × 150 mm high × 6 mm thick plate, R3 corners * **Holes:** 2× $\varnothing 14\text{ mm}$ through holes, 140 mm C-to-C ($\pm 70\text{ mm}$ from plate center), centered vertically at 75 mm * **Upper Plate:** Top at 20 mm, bottom at 170 mm from upright top (center/anchor row at $Y = 2185\text{ mm}$) * **Lower Plate:** Top at 1330 mm, bottom at 1480 mm from upright top (center/anchor row at $Y = 875\text{ mm}$; 1310 mm anchor-row vertical spacing) ### 2. Assembly Hierarchy & Structure * `00_MASTER_SKELETON`: Construction sketches driving all vertical/horizontal offsets and 3D centerline paths. * `01_LEFT_SIDE_FRAME`: Individual components modeled as hollow structural sections with exact 3 mm walls: * `A1_Upright`, `B1_Top_Arm`, `C1_Dip_Arm`, `D1_Top_Brace`, `E1_Dip_Brace`, `G1_Upper_Plate`, `G2_Lower_Plate`. * Assemble using rigid joints; keep bodies separate for cut lists and drawings. * `02_RIGHT_SIDE_FRAME`: Mirror `01_LEFT_SIDE_FRAME` across the central $YZ$ reference plane. * `03_CROSSBAR`: Center-aligned solid bar resting atop both top arms. * `04_REFERENCE`: 100 mm concrete wall body, M12 anchor locations, and athlete clearance envelope. ### 3. Output Requirements * Parametric timeline with no broken references. * Accurate mass properties reflecting hollow steel tubes. * Automated Cut List / BOM detailing components A through G.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.