数据检查于 2026-08-08. Data checked within the review cycle.
审查周期记录在方法论页面。 方法论
PX4/PX4-Autopilot
Official ConfirmedPX4 Autopilot Software
如何使用?
从下方记录的入口开始,然后对照技术清单进行验证。
技术清单
- 通过 许可证已识别 已记录: BSD-3-Clause
- 通过 维护信号 Active
- 通过 验证状态 official confirmed
- 通过 已附加来源证据 1 个来源记录
- 需复核 已记录最新版本 未记录
官方链接
元数据与治理
| 许可证 | BSD-3-Clause — 从来源字段推断(如 license.spdx_id) |
|---|---|
| 商业化模式 | unknown |
| 维护状态 | Active |
| 验证状态 | official_confirmed — confirmed via the official repository API responses in SourceRefs below. |
| 最新版本 | 未记录 |
| 最新发布 | 未记录 |
| 最近活动 | 2026-08-08 |
| 最近检查 | 2026-08-08 |
| 首次发现 | 未记录 |
相关资源与依赖
该资源尚未记录已验证的关系。
更新事件
该资源尚未记录已验证的更新事件。
相关指南
- Comparing Flight-Stack Repositories — A source-linked method for comparing flight-control repositories without inventing conclusions.
- How to Evaluate a UAV Open-Source Project — A repeatable checklist for deciding whether an open-source UAV project is worth adopting.
- Choosing a Ground Control Station — A checklist for choosing a ground control station against your protocol and workflow needs.
- Setting Up a PX4 SITL Loop with Gazebo — Build a local PX4 software-in-the-loop environment with Gazebo and QGroundControl.
- Tracing MAVLink and GCS Dependencies — Trace the protocol and ground control repositories before selecting an integration path.
- How to Review a Source-Backed UAV Resource — A checklist for checking provenance, license evidence and update time before adopting a UAV resource.