ADAPTIVE AGROTECH — ROBOT ASSEMBLY STUDIO + PART STUDIO
Version 4 / Complete Modular Mobile Robot

START
1. Extract the entire ZIP. Keep all files and folders together.
2. Open index.html in a current Chrome, Edge, or Firefox browser.
3. The complete robot appears first: chassis, deck, housing, roof, four wheel
   carriers, and four solid wheel/hub/shaft hardware references.
4. Click a component in the scene or the left list. Edit its dimensions at right.
5. Click Inspect wheel attachment to examine the actual shaft and carrier bore.
   Use the exploded slider, X-ray housing, Hide roof, and Isolate part controls.
6. Save assembly to preserve the complete editable robot. Save editable part
   project to work on one component. Open in Part Studio opens a separate copy.
7. Export the selected printable component as STL or OBJ in MILLIMETRES.

ASSEMBLY AND PARTS
The starting robot has 12 components: 8 printable modules and 4 purchased-wheel
references. Chassis dimensions drive the shared attachment positions. Independent
part overrides are retained; fit messages identify mismatched interfaces.
Six chassis families are available in the Main chassis / Body architecture menu.
The split frame has separate front/rear halves and two underside splice plates.
Wheel reference dimensions describe purchased hardware, not printable motors.
The carrier bore and metal shaft diameter are independently editable.
Apply these dimensions to all four is explicit; ordinary edits affect one module.
The printable local meshes export flat on Z=0, without assembly placement.

Save editable part project includes the original assembly context. A saved
component can be opened in Assembly Studio. Part Studio is an independent copy:
its later changes do not automatically update the original assembly. Keep both
project files. The full legacy catalogue and feature editor remain at parts.html.

INCLUDED
- All 74 original templates plus 19 robot templates (93 total).
- Six chassis families, carriers, deck, upper housing, removable roof and modules.
- 105 catalogue STL/project pairs, including 12 original enclosure lids.
- examples/complete-robot.assembly.json: complete default assembly project.
- examples/assembly/: matching printable parts for the complete default assembly.
- ASSEMBLY_GUIDE.html: connections, dimensions, hardware and part-edit workflow.
- ROBOT_KIT.html and ROBOT_BUILD_GUIDE.html: illustrated inventory and print guide.
- Actual-mesh overview, exploded and shaft/carrier detail images in assets/.
- Original Part Studio tools, ordered Boolean features, editable projects and
  catalogue JSON/CSV retained. Original Adaptive AgroTech logo unchanged.

WEBSITE INSTALLATION
Upload the extracted contents of 3D/ into your website folder. Keep index.html,
parts.html, assets/ and examples/ at the same level. No server installation,
account, database or modeling API is required; all modeling runs in the browser.
A local HTTP server may be used if browser policies restrict file:// features.
After replacing an older installation, reload the page and start a new assembly.

FILES
index.html                     Complete Robot Assembly Studio.
parts.html                     Original individual Part Studio + inventory.
START_HERE.html                Illustrated entry page.
ASSEMBLY_GUIDE.html             Complete assembly and editing guide.
assets/assembly-app.js          Assembly application and renderer.
assets/assembly-kernel-data.js  Local solid-modeling engine and embedded WASM.
assets/app.js                  Individual Part Studio.
assets/kernel-data.js          Individual-part modeling engine.
assets/AdaptiveAgroTechLogo.png Original unmodified logo.
assets/previews/               Inventory previews from actual solid geometry.
assets/catalogue.json/.csv      Parameters, categories and measured mesh data.
examples/                      Editable projects and default mesh examples.
source/                        Readable source, build tools and regression checks.
THIRD_PARTY_LICENSES.txt        Third-party licenses.
VALIDATION.txt                 Checks performed and remaining limits.

FABRICATION
All dimensions are millimetres. STL does not encode units. Inspect every export
in a slicer. These are prototype geometries; no payload, torque or impact rating
is assigned. A round printed hole positions an axle; actual driven-wheel torque
restraint and axial retention need suitable metal hardware. Measure your motor,
shaft, nut, washer, bearings and printer clearances before fabrication. See the
assembly and printing guides for the default interfaces and staged validation.