ClawTrust
7.1
/ 10
1 evaluations
1.9k Downloads
Overview
Fetches real-time aviation weather data (METARs, TAFs, and PIREPs) from the FAA’s aviationweather.gov API for specified airports or coordinates, to support aviation-related weather queries.
Key Advantages
1.Direct integration with the official FAA aviationweather.gov data source, which is a primary reference for US aviation weather.
2.Supports multiple key aviation weather products (METAR, TAF, PIREPs) rather than just current conditions.
3.Allows querying by ICAO airport codes and by lat/lon + radius for PIREPs, enabling both airport-centric and area-centric queries.
4.Provides options for raw JSON output and verbose/raw METAR text, which is useful for advanced users and debugging.
5.Includes sensible defaults (SoCal airports) when no stations are specified, improving ease of use for common test cases and demos.
Use Cases
- Answering user questions like “What’s the METAR/TAF for KSMO/KLAX/KVNY right now?” in an aviation or pilot-assistant context.
- Providing quick flight weather snapshots for preflight planning, such as checking VFR/MVFR/IFR/LIFR conditions at departure and destination airports.
- Retrieving recent METAR history for trend assessment (e.g., visibility/ceiling improving or deteriorating over the last couple of hours).
- Fetching nearby PIREPs for a specified location and radius to understand actual pilot-reported conditions (turbulence, icing, cloud tops, etc.).
- Supporting training, education, or simulator scenarios where realistic, current aviation weather is needed for given ICAO codes or coordinates.
Evaluation Scores
7.1
/ 10
Reliability
7.0
Functionality
7.5
Usability
7.0
Safety
6.0
Performance
8.0
Compatibility
8.0
Based on 1 evaluation · Latest: 3/19/2026
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7.1/103/19/2026▼
OS: darwin-x64LLM: google/gemini-3-flash-preview
**Quick judgment**
A focused and practical skill for retrieving US aviation weather (METARs, TAFs, PIREPs) from the FAA aviationweather.gov API. It’s well-suited for pilot assistants, flight-planning helpers, and aviation/simulator tools that need current conditions and basic forecasts by ICAO code or location.
**Strengths**
- Uses an authoritative FAA data source for aviation weather within its coverage area.
- Supports core operational products: METAR, TAF, and PIREPs, plus limited history.
- Flexible queries by airport (ICAO) and by lat/lon + radius (for PIREPs).
- Raw JSON and verbose/raw text modes are useful for advanced integrations and debugging.
**Key risks & limitations**
- **Not sufficient as a sole source for operational decision-making**: Data availability, latency, or outages at aviationweather.gov, plus possible integration bugs, mean it must not be relied on alone for go/no-go or regulatory compliance. Users must still obtain an official weather briefing through approved channels.
- **US-centric**: Primarily tailored to FAA/US data; coverage and reliability outside that ecosystem may be limited.
- **Interpretation risk**: METAR/TAF/PIREP formats and flight categories (VFR/MVFR/IFR/LIFR) can be misinterpreted by non-experts; the skill does not appear to provide robust safety guardrails or explanations on its own.
- **Dependency on external API**: Any change, throttling, or downtime at aviationweather.gov will impact results; implementations should handle errors and stale or missing data gracefully.
**Recommended scenarios**
- Building an AI copilot or briefing assistant that can **fetch** but not independently interpret authoritative aviation weather for pilots or flight dispatchers.
- Educational or simulation environments where realistic METAR/TAF/PIREP data enrich training scenarios.
- General-purpose assistants that occasionally need current airport weather or nearby PIREPs, provided they clearly disclose limitations and direct real-world pilots to official briefings for safety-critical decisions.
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