Flight Ops Calculators
Ten offline pilot calculators for crosswind, descent, weight, fuel, climb, distance, holding, V-speeds, fuel economy, and load
- What
- Ten offline pilot calculators for crosswind, descent, weight, fuel, climb, distance, holding, V-speeds, fuel economy, and load
- Cost
- Free
- Needs
- Python on your machine (the skill uses local calculation scripts). No account, no API keys. Most useful for aviation students, flight-sim enthusiasts, and pilots studying the numbers behind flight operations.
- Install
- Copy the installer prompt below into your Muse — your agent does the rest.
Curated by Skill Harbor — ten quick offline calculators for flight planning and aviation students: crosswind components, descent planning, aircraft weight and balance, fuel requirements, climb performance, great-circle distance, holding patterns, V-speeds, fuel economy, and load factor — each returning the numbers with the assumptions it used, in clear units. It's a teaching and practice aid for understanding the calculations behind flight operations, not a dispatch tool: always verify its output against your aircraft's approved flight manual, approved performance data, and your operator's procedures, and get qualified instruction before relying on any calculation for a real flight. Discovered via skills.sh, listed here with credit to its creator by @deepskyai. Honest caveats: Python scripts with real formulas — the math is legible, the judgment isn't; no account, no API keys, runs fully offline; weight-and-balance results in particular must be cross-checked against the aircraft's actual documents. Skill Harbor never reviews the code, review it yourself before use. Not verified.
Version:
Install
Prerequisites: Python on your machine (the skill uses local calculation scripts). No account, no API keys. Most useful for aviation students, flight-sim enthusiasts, and pilots studying the numbers behind flight operations. Install "Flight Ops Calculators" for me. Ten offline pilot calculators — crosswind, descent planning, weight and balance, fuel, climb, great-circle distance, holding, V-speeds, fuel economy, load factor — with the assumptions stated and a clear planning-aid-not-dispatch-tool caveat. Repository: https://github.com/deepskyai/agent-tools 1. Fetch the SKILL.md file for the flight-ops-calculators skill (and its script files) from the repository path into a temporary folder and summarize what it does in one or two sentences. 2. Safety check: review the SKILL.md and scripts for anything suspicious (unexpected network calls, shell commands, credential harvesting). This repo should contain zero secrets in code, credentials only via the secure vault, allowed hosts declared in the SKILL.md. Verify that holds here; STOP on any red flag and tell me. 3. Install it as a skill: copy SKILL.md and its helper files into the agent's skills directory, in a folder named "flight-ops-calculators". 4. Verify with no network calls: frontmatter valid, files in place. 5. Report what was installed, where, and what I still need to do myself (e.g. confirm Python is available, and always cross-check results against your aircraft's approved documents — this is a planning aid, not dispatch data). GitHub is optional: if I have a GitHub account or the gh CLI, you may use it; otherwise public access is fine. Never require it unless it's in the prerequisites above. Rules: don't touch anything outside the temp folder and the install target. If anything looks off, stop and ask me.
Questions
How do I install a build?
Every product page includes a copy-paste install prompt. Paste it into your Muse and it sets the build up for you — no manual configuration.
Where does my money go?
Straight to the seller. Skill Harbor never processes payments: checkout happens on the seller’s own page, usually Stripe.
What does the ✓ next to a creator’s name mean?
It means we confirmed the identity of the person behind the listing. It says nothing about the code itself — always check a build before installing it.