Adaptive AgroTechFieldScoutNavigation studio
STUDENT EDITION
EXT 2026 · V10.0

Student toolkit

One tidy place for your working files.

Download the robot documentation below. Use the student brief and worksheets as your project develops. The full build plan, command interface and 77 answers are available in the pages above.

Printable documentation · included in this package

Three guides. One complete reference set.

PDF · A4 · offline access

Open a guide to read or print it, or download your own copy. These reference editions distinguish the documented configuration from items that require delivery-specific confirmation.

First page of the FieldScout robot datasheet

THE ESSENTIALS

Robot datasheet

Dimensions, architecture and specification status in a concise format for quick reference.

2 pages · PDF · 2.2 MB

Open PDFDownload ↓
First page of the FieldScout quick-start guide

FIRST STEPS

Quick-start guide

A short operating checklist, control-profile identification and the first supervised checks.

2 pages · PDF · 0.3 MB

Open PDFDownload ↓
First page of the FieldScout user & technical manual

THE COMPLETE GUIDE

User & technical manual

Controls, interfaces, commissioning, maintenance, troubleshooting and delivery records.

37 pages · PDF · 18.2 MB

Open PDFDownload ↓
Working on the student navigation project?

The separate eight-page student brief explains the task, deliverables and integration sequence.

Student brief · PDF ↓

Download & use

Student briefPDF · READ FIRST ↓Bill of materials worksheetCSV ↓Acceptance test recordCSV ↓Company decision logCSV ↓Architecture baselineEDITABLE SVG ↓Modbus reference vectorsJSON ↓Simulation specimen schemaJSON ↓Example simulation commandJSON ↓

CSV worksheets open in a spreadsheet application. Command specimen JSON files are marked simulation_only and are not a live command service. Modbus vectors are protocol examples, not physical test captures.

How to use the package

Extract. Open. Explore.

  1. Extract the whole ZIP into one folder.
  2. Open index.html in a modern browser.
  3. Read the PDF, then open Drive Lab and select Start example mission.
  4. Use Add obstacle ahead during the mission and watch the robot update its route. Select Test blocked route to run the preset no-route case, then Remove added obstacles and Resume mission to continue deliberately.
  5. Choose Start manual driving for hold-to-move controls; Stop & disable stops and inhibits manual driving.
  6. Try 3D driving practice using the original robot geometry and rotating wheels. Inspect individual parts in the separate assembly explorer, then work through Build plan, Messages and Q&A.

Keep the folder structure intact. The site works offline; external technical documentation needs an internet connection. The integrated 3D explorer needs WebGL; it opens in the same page as the project overview.

Optional: use a local web server

From this folder, run:

python -m http.server 8000

Open http://localhost:8000. A static web host can also serve this folder directly; no database or build step is needed.

Keep learning

Technical reading

These are public manufacturer and ROS documentation links. Select the exact Jetson model before choosing an OS and pin the versions that your team validates.

Open the technical reference list