UAV / mission integration · protocol / SDK

ArduPilot MAVLink Interface

ArduPilot

Integrate telemetry and commands with ArduPilot's documented MAVLink interface.

Official documentation Download development spec

Message support must be checked against vehicle type and firmware. Source-derived handled-message lists do not guarantee complete support; telemetry availability is not flight clearance.

ARDUPILOT / DEVELOPER FIELD GUIDE

Choose an interface. Define a verifiable result.

Company or project context, ten technical entry points and a practical analysis of every reference.

2026-10-08 · Integration not tested

Company / project overview

Original summary of official company or project statements; use the source for the full original page.

ArduPilot · About
Project	ArduPilot is an open-source autopilot project spanning multicopters, helicopters, fixed-wing aircraft, rovers and submersibles. Volunteer and professional developers contribute to its ecosystem.
Interface fit	Its MAVLink interface connects ground stations and companion computers to vehicle-specific telemetry and services. This listing covers that integration layer rather than a separate hosted API service.

Complete official About page ↗

About reference — TA analysis
Audience	Buyers, partners and product owners shortlisting an AI provider.
Our assessment	Use positioning and company history for initial fit. Obtain project-specific deployment, support and commercial terms separately.

Official sources reviewed; no live API, inference or benchmark was run. Expected results are proposed internal contracts.

Top 10 technical entry points

Ten documented technical entry points selected by developer task; not ten separate SDKs or an official ranking.

Choose by the work you need to complete
Interface	Purpose and audience
01 · MAVLink basicsAPI / SDK / developer guide	Understand ArduPilot MAVLink communication.Ground/companion application developers
02 · Flight-mode observationAPI / SDK / developer guide	Interpret custom_mode from HEARTBEAT.Status dashboard developers
03 · Home and EKF originAPI / SDK / developer guide	Distinguish home position from estimator origin.Coordinate-frame integrators
04 · Parameter interfaceAPI / SDK / developer guide	Read parameter values and understand parameter exchange.Configuration inventory developers
05 · Log download interfaceAPI / SDK / developer guide	List and retrieve recorded log data.Post-run diagnostic engineers
06 · MAVFTPAPI / SDK / developer guide	Access the MAVLink file-transfer interface.File-transfer integration developers
07 · ArduPilot routingAPI / SDK / developer guide	Understand forwarding among MAVLink channels.Multi-component integration engineers
08 · Mission download/state interfaceAPI / SDK / developer guide	Interpret mission lists, current item and reached-item messages.Simulator planning-tool developers
09 · Requesting telemetry dataAPI / SDK / developer guide	Understand message requests and stream-rate configuration.Telemetry pipeline developers
10 · Copter message support matrixAPI / SDK / developer guide	Inspect source-derived handled/requestable/sent messages.Firmware compatibility reviewers

Reference analysis

Capabilities summarize official documentation. Constraints and proposed tests are our engineering assessment.

API / SDK / developer guide

MAVLink basics

MAVLink basics · TA
Target audience	Ground/companion application developers
Documented capability	Understand ArduPilot MAVLink communication.
Input → output	System/component messages → telemetry and protocol interactions.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Protocol availability differs by firmware and vehicle.
Our suggested validation	Record vehicle type, firmware and sender identity.

Official reference · MAVLink basics ↗

API / SDK / developer guide

Flight-mode observation

Flight-mode observation · TA
Target audience	Status dashboard developers
Documented capability	Interpret custom_mode from HEARTBEAT.
Input → output	Vehicle type and custom_mode → mode label.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Mode numbers vary between Copter, Plane and Rover.
Our suggested validation	Unknown mappings remain unknown; do not send mode changes in this demo.

Official reference · Flight-mode observation ↗

API / SDK / developer guide

Home and EKF origin

Home and EKF origin · TA
Target audience	Coordinate-frame integrators
Documented capability	Distinguish home position from estimator origin.
Input → output	HOME_POSITION/GPS_GLOBAL_ORIGIN → reference metadata.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Home and EKF origin have different meanings and update behavior.
Our suggested validation	Preserve altitude reference; never silently substitute one origin for another.

Official reference · Home and EKF origin ↗

API / SDK / developer guide

Parameter interface

Parameter interface · TA
Target audience	Configuration inventory developers
Documented capability	Read parameter values and understand parameter exchange.
Input → output	Parameter request/response → name, type and value.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Writes can alter vehicle behavior; examples stay read-only.
Our suggested validation	Distinguish unavailable parameter from numeric zero.

Official reference · Parameter interface ↗

API / SDK / developer guide

Log download interface

Log download interface · TA
Target audience	Post-run diagnostic engineers
Documented capability	List and retrieve recorded log data.
Input → output	Log list/data requests → entries and data chunks.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	A received chunk does not prove a complete log.
Our suggested validation	Track IDs, expected size, offsets and missing segments.

Official reference · Log download interface ↗

API / SDK / developer guide

MAVFTP

MAVFTP · TA
Target audience	File-transfer integration developers
Documented capability	Access the MAVLink file-transfer interface.
Input → output	File operation request → response/data/error.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Supported paths and operations depend on the target.
Our suggested validation	Validate read-only retrieval completeness; do not delete or upload files here.

Official reference · MAVFTP ↗

API / SDK / developer guide

ArduPilot routing

ArduPilot routing · TA
Target audience	Multi-component integration engineers
Documented capability	Understand forwarding among MAVLink channels.
Input → output	Target system/component and learned route → forwarding behavior.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Messages not addressed to the flight controller can be routed.
Our suggested validation	Check endpoint identity and avoid cross-system assumptions.

Official reference · ArduPilot routing ↗

API / SDK / developer guide

Mission download/state interface

Mission download/state interface · TA
Target audience	Simulator planning-tool developers
Documented capability	Interpret mission lists, current item and reached-item messages.
Input → output	Mission count/items/state → local plan representation.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Transfer acknowledgement is not mission execution completion.
Our suggested validation	Verify complete ordered items; illustrative examples never start or modify missions.

Official reference · Mission download/state interface ↗

API / SDK / developer guide

Requesting telemetry data

Requesting telemetry data · TA
Target audience	Telemetry pipeline developers
Documented capability	Understand message requests and stream-rate configuration.
Input → output	Supported request configuration → requested telemetry stream.
Execution environment	MAVLink adapter for a pinned ArduPilot vehicle/firmware.
Our decision constraint	Requested rate is not a guaranteed observed delivery rate.
Our suggested validation	Measure actual reception intervals later; do not claim rates from a request alone.

Official reference · Requesting telemetry data ↗

API / SDK / developer guide

Copter message support matrix

Copter message support matrix · TA
Target audience	Firmware compatibility reviewers
Documented capability	Inspect source-derived handled/requestable/sent messages.
Input → output	Message name → implementation indication and source link.
Execution environment	Documentation/source review.
Our decision constraint	Handled does not guarantee full support; this matrix is Copter-specific.
Our suggested validation	Confirm target firmware implementation before claiming compatibility.

Official reference · Copter message support matrix ↗

ArduPilot MAVLink Interface

ArduPilot MAVLink Interface · Supporting reference analysis
TA	Teams selecting vehicle-specific interfaces
Our validation advice	Use this entry point to select the correct vehicle documentation; its full-message-list introduction is dated November 2024, not a live capability assertion.

Official reference · ArduPilot MAVLink Interface ↗

04 / INPUT · EXPECTED OUTPUT · ACCEPTANCE

Expected results before implementation

Offline read-only telemetry/log fixtures only; no real vehicle connection, mode change, mission upload, parameter write or flight action.

Illustrative contract · no API call or model execution · not measured provider output

Observed mode fixture

Expected behavior — illustrative, not executed
Input	Invented heartbeat with explicit Copter type and a documented mode mapping.
Expected result	Internal vehicle_type=Copter, mode_code preserved, label resolved only for matching firmware.
Acceptance	No mode-change command or flight-readiness inference.

No stored logs

Expected behavior — illustrative, not executed
Input	Successful log listing fixture contains no entries.
Expected result	Internal status=empty and logs=[].
Acceptance	Do not classify transfer timeout as no logs.

Incomplete log

Expected behavior — illustrative, not executed
Input	Recorded chunks omit a byte range.
Expected result	Internal status=partial with missing_ranges.
Acceptance	No complete-file or analysis-ready claim until all expected bytes verified.

Disconnected telemetry

Expected behavior — illustrative, not executed
Input	Last recorded heartbeat exceeds the configured observation timeout.
Expected result	Internal state=disconnected; position=null; last_sample retained as stale history.
Acceptance	Preserve units/frame/time domain and expose the timeout threshold.

Map the expected result to your application

Map the actual SDK or service response into this proposed internal contract after integration. All IDs and values below are invented examples; no credentials or live requests are included.

Expected output JSON — illustrative, not measured · ArduPilotMAVLink-expected-results.json

{
  "schema_version": "1.0.0",
  "example": true,
  "provider": "ArduPilot",
  "status": "ok",
  "input_id": "sample-001",
  "data": {
    "vehicle_type": "Copter",
    "system_id": 1,
    "component_id": 1,
    "connection_state": "illustrative_observed",
    "position": {
      "latitude_deg": 25.0,
      "longitude_deg": 121.0,
      "relative_altitude_m": 0.0,
      "altitude_reference": "home"
    },
    "sample_time": null,
    "received_at": null,
    "freshness": "unmeasured"
  },
  "error": null,
  "verification": "illustrative-only;not-provider-response"
}

Download specification, example and acceptance plan

Engineering handoff — our proposed contract and gates
Result interpretation	Successful transport or execution does not establish model accuracy. Preserve valid empty results separately from operational failure.
Reproducibility	Record model, runtime, configuration and input identifiers; agree quality and latency criteria before representative tests. No measured performance is claimed.
Operation boundary	Offline read-only telemetry/log fixtures only; no real vehicle connection, mode change, mission upload, parameter write or flight action.

Development assessment

SITL mission data viewer

Development concept · integration not tested

Provider capabilities above are based on official documentation or repositories. The proposed product, inputs, deliverable and acceptance criteria below are our development assessment.

Integration pilot

Validate runtime, schemas or hardware together before estimating a deployable product.

Proposed inputs: A supported simulator or test vehicle, pinned firmware and telemetry channels.
Proposed deliverable: A read-only mission-data view with vehicle, frame, timestamp and connection state.
Acceptance criterion: Compare position, battery and link states with reference logs; show stale data and disconnects explicitly.
Dependencies: Exact vehicle/firmware compatibility, a simulator and a separate reviewed process for physical operations.

Integration condition

Message support must be checked against vehicle type and firmware. Source-derived handled-message lists do not guarantee complete support; telemetry availability is not flight clearance.

Development sequence

Confirm access to ArduPilot MAVLink Interface, license and the exact supported version.
Prepare the sample above and implement one documented operation for “SITL mission data viewer”.
Normalize the result with source, time and explicit error state; keep the provider response for review.
Run the acceptance criterion before estimating rollout effort or committing a customer deliverable.

How to validate demand

Record product views, documentation clicks, specification downloads and contextual hub clicks. These are event counts, not unique people or completed integrations.

This feasibility assessment uses implementation conditions. No traffic-based rank or delivery-time promise is assigned.

ArduPilot MAVLink Interface

Choose an interface. Define a verifiable result.

Company / project overview

Top 10 technical entry points

Reference analysis

ArduPilot MAVLink Interface

Expected results before implementation

Observed mode fixture

No stored logs

Incomplete log

Disconnected telemetry

Map the expected result to your application

SITL mission data viewer

Integration condition

Development sequence

How to validate demand

Related products