dronelyticsio

US drone airspace intelligence and mission planning.

Community: Submitted by a user or imported; check the owner before granting accessOnlineAPI key requiredGlobalFreeRead-only

What it can do

  • Check Airspace: Check all airspace restrictions at a given location. Queries 11 FAA data layers (UASFM ceiling, class airspace, TFRs, NOTAMs, SUAs, NSUFRs, stadiums, FRIAs, airports, Mode C veils, MTR
  • Get Active Tfrs: List active Temporary Flight Restrictions near a location. Returns TFRs that geometrically contain the point and nearby TFRs within the search radius.
  • Get Notams: Get active NOTAMs (Notices to Air Missions) near a location, filtered by proximity.

What data it sees

Do you need an account

An API key from the service settings is required

US drone airspace intelligence and mission planning. Query 11 FAA data layers, check TFRs, NOTAMs, live traffic, and manage missions. Built for Part 107 operators.

How to connect

How to connect dronelyticsio to Claude

The server address to paste into Claude settings:

https://dronelyticsio--mark-nelson.run.tools

  1. Open Claude (claude.ai or the desktop app).
  2. Go to Settings → Connectors.
  3. Click Add custom connector.
  4. Paste the server address copied below into Remote MCP server URL and click Add.
  5. In a chat, click + → Connectors and switch the new connector on.

Custom connectors are available on Free, Pro, Max, Team and Enterprise plans (Free is limited to one). On Team and Enterprise an organization Owner adds the connector first under Organization settings → Connectors.

Authorization

After you click Add, a sign-in window for the service opens. Sign in with your own account and approve access. Claude never sees your password.

How to connect dronelyticsio to ChatGPT

The server address to paste into ChatGPT settings:

https://dronelyticsio--mark-nelson.run.tools

  1. Open ChatGPT in a browser (chatgpt.com). A Plus, Pro, Business, Enterprise or Edu plan is required.
  2. Turn on developer mode once: Settings → Apps → Advanced settings → Developer mode.
  3. Open Settings → Connectors and click Create.
  4. Fill in the form: Name (anything), Description (one line about what the service does), MCP server URL (copy it below).
  5. Under Authentication choose OAuth if the service requires sign-in, otherwise None. Click Create.
  6. In a new chat open + → Apps/Connectors and enable the connector.

OpenAI has renamed this section before (Connectors → Apps/Plugins). If the label differs, search settings for "developer mode". On Business/Enterprise workspaces an admin must allow custom connectors first.

Authorization

On first use ChatGPT opens the service's sign-in window. Sign in and approve access.

How to connect dronelyticsio to Cursor

The server address to paste into Cursor settings:

https://dronelyticsio--mark-nelson.run.tools

Fastest: click Open in Cursor below and confirm the prompt.

Manually:

  1. In Cursor open Settings → Cursor Settings → MCP and click Add new global MCP server.
  2. Paste the JSON copied below into ~/.cursor/mcp.json (per project: .cursor/mcp.json in the repo root).
  3. Save the file. The server appears in the MCP list; authorize it there if asked.

Authorization

If the service needs sign-in, an authorize button appears next to the server in the MCP list.

Server tool list (25)

Raw names from tools/list. Only developers need these.

check_airspaceCheck all airspace restrictions at a given location. Queries 11 FAA data layers (UASFM ceiling, class airspace, TFRs, NOTAMs, SUAs, NSUFRs, stadiums, FRIAs, airports, Mode C veils, MTRs) and returns a synthesized flyability assessment.
get_active_tfrsList active Temporary Flight Restrictions near a location. Returns TFRs that geometrically contain the point and nearby TFRs within the search radius.
get_notamsGet active NOTAMs (Notices to Air Missions) near a location, filtered by proximity.
check_live_trafficCheck live ADS-B aircraft traffic near a location. Returns aircraft currently broadcasting their position within the search radius.
validate_flightValidate whether a drone flight at a specific location, altitude, and time is permitted under Part 107 rules. Returns PASS/FAIL with specific rule violations.
preflight_briefingGenerate a comprehensive pre-flight briefing for a saved mission. Produces a GO/CAUTION/NO-GO recommendation with detailed justification.
list_missionsList all drone missions for the authenticated user.
get_missionGet full details of a drone mission including all waypoints, settings, and area polygon.
create_missionCreate a new drone mission. Types: waypoint, grid, orbit, spiral, panorama, corridor.
update_missionUpdate an existing mission. Fetches the current mission and merges your changes.
delete_missionDelete a mission permanently.
duplicate_missionCreate a copy of an existing mission.
share_missionGenerate a public share link for a mission.
export_missionExport a mission to a flight controller format. Formats: kml, gpx, qgc, litchi, wpml.
import_litchiParse a Litchi CSV string and create a mission from the waypoints.
list_dronesList all drone profiles for the authenticated user.
create_droneAdd a new drone profile. Make and model are required.
update_droneUpdate a drone profile. Pass only the fields you want to change.
delete_droneDelete a drone profile.
list_camerasList available camera presets for survey mission planning. Returns sensor specs needed for grid/corridor overlap calculations.
generate_grid_surveyGenerate a grid/mapping survey mission from a polygon area. Calculates optimal lawnmower waypoints based on camera, altitude, and overlap settings.
generate_orbit_missionGenerate an orbit/POI mission that flies a circle around a point of interest. All waypoints face the center.
generate_panorama_missionGenerate a panorama capture mission at a fixed location. Creates a grid of heading/pitch combinations for stitching.
generate_spiral_missionGenerate a spiral survey mission expanding outward or contracting inward from a center point.
generate_corridor_missionGenerate a linear corridor mapping mission along a path. Creates parallel passes with camera-based spacing.