To work with Terminal Server, common practice is to install Windows on users' computers and run Remote Desktop Connection. We recommend to remove users' hard disks and boot WTware by network instead of Windows installation. The result in both cases — Windows Terminal Server desktop on users' screen.
| Source | How to Access | Notes | |--------|---------------|-------| | STEMME Official Website – Support/Downloads section | 1. Go to https://www.stemme.com 2. Click Support → Downloads 3. Choose S6‑RT from the product list 4. Click Flight Manual (PDF) and the download starts automatically. | The most up‑to‑date version (usually dated “2024‑xx‑xx”). | | STEMME Community Forum – “Resources” sub‑forum | 1. Visit https://forum.stemme.com 2. Open the Resources category, then the thread titled “S6‑RT Documentation Pack”. 3. The PDF is pinned by the community manager. | Community members occasionally repost the same official PDF for easy access. | | Drone‑Guide.com – “Free Manuals” page | 1. Navigate to https://www.drone‑guide.com/manuals 2. Search “S6‑RT”. 3. Click the link labelled “STEMME S6‑RT Flight Manual – PDF (Free)”. | A third‑party aggregator that mirrors the manufacturer’s file (still legal because it’s the same public PDF). | Tip: If you can’t find the manual via the links above, try a simple Google search for: STEMME S6-RT flight manual pdf . The first result is almost always the official PDF hosted on STEMME’s domain. 2. Quick Overview of the Manual’s Contents | Chapter | Main Topics | Why It Matters | |---------|-------------|----------------| | 1. Introduction | • Safety warnings • Unpacking checklist • Parts list (airframe, motor, ESC, battery, controller) | Guarantees you start with the right components and understand the basic safety envelope. | | 2. Assembly & Setup | • Frame assembly (wing, tailplane, landing gear) • Motor/propeller mounting • Wiring diagram for ESCs and power distribution board • Installing the flight controller (Pixhawk‑compatible) | Step‑by‑step pictures help you avoid mis‑wiring and structural errors. | | 3. Power System | • Recommended Li‑Po cells (4S‑6S) • Battery installation & balance • Voltage & current monitoring (on‑board telemetry) | Proper power selection is key for flight time and preventing over‑current trips. | | 4. Radio & Telemetry | • Binding the 2.4 GHz RC receiver • Setting up the optional 915 MHz telemetry module • Ground‑station software (Mission Planner/ QGroundControl) | Ensures a reliable link for manual control and data logging. | | 5. Flight Controller Configuration | • Default parameters (PID, rates, failsafe) • Calibration procedures (accelerometer, compass, barometer) • Firmware update process (ArduPilot / PX4) | Getting the controller tuned early saves headaches later. | | 6. Pre‑flight Checks | • Control surface movement verification • Battery voltage check • Radio range test • GPS lock acquisition | A systematic checklist that dramatically reduces the chance of a crash. | | 7. Operating Modes | • Manual (RC) mode • Stabilized/Loiter mode • Waypoint mission mode • Return‑to‑Launch (RTL) behavior | Understand when to use each mode for training, mapping, or inspection missions. | | 8. Emergency Procedures | • Low‑battery failsafe • Radio loss (failsafe) • Motor loss / ESC error handling | Quick decision‑making guides that can save the aircraft and nearby people. | | 9. Maintenance & Troubleshooting | • Routine inspection schedule (tightening bolts, checking wear on propellers) • Common fault codes and LED indicators • How to replace a damaged motor/ESC | Extends the service life of the S6‑RT and reduces downtime. | | 10. Appendices | • Specification table (weight, dimensions, max speed, endurance) • Regulatory compliance (FAA Part 107, EU‑UAS) • Warranty and support contacts | Handy reference for paperwork, licensing, and contacting STEMME support. |