Visit https://sky266.com/jav to download the SDK, watch the tutorial series, and join the growing community of Java‑powered aviators. Author’s note: All technical specifications are based on the publicly released Sky‑266 JAV reference design (2024). Performance numbers are taken from the official benchmark suite and may vary with custom payloads.
// Register a camera callback Camera cam = sky.getSensors().camera(); cam.setOnImage(img -> // Process image on the ground via a REST endpoint HttpClient.newHttpClient() .sendAsync(HttpRequest.newBuilder() .uri(URI.create("https://api.myserver.com/analyze")) .POST(HttpRequest.BodyPublishers.ofByteArray(img.getBytes())) .build(), HttpResponse.BodyHandlers.discarding()) .thenAccept(r -> System.out.println("Image processed, status " + r.statusCode())); ); sky-266 jav
The UAV autonomously flies to the Eiffel Tower, hovers at 150 m, streams each frame to the cloud for analysis, and returns home on command or when the battery drops below 20 %. 5. Development Workflow | Phase | Tools | Description | |-------|-------|-------------| | Prototype | IntelliJ IDEA / Eclipse, Maven/Gradle | Write Java modules, run unit tests with JUnit 5, mock sensor data using sky266-mock . | | Simulation | Gazebo + sky266-sim plugin, Docker | Deploy the same JAR inside a simulated UAV; verify flight dynamics without hardware. | | Hardware‑In‑Loop (HIL) | Remote‑Desktop to OBC, sky266-cli | Upload compiled JAR to the OBC, run under RT‑Java, view live telemetry on a web dashboard. | | Continuous Integration | GitHub Actions, SonarQube, Docker registry | Build, test, and push container images automatically on each PR. | | Deployment | OTA update via sky266-updater | Over‑the‑air (OTA) Java bytecode updates; rollback is a single click. | Visit https://sky266