Aero SDK Documentation

Aerodynamics SDK & Telemetry

Integrate real-time flight dynamics into your projects using our REST API. Export telemetry as JSON or CSV for academic research and simulation analysis.

Secure API Access Key

Verified

Include your unique x-api-key in headers to authenticate your flight data streams.

sky_live_sec_8821b4a291...
Available Endpoints
v2.1.0
POST/v1/telemetry/push
60 req/min per user

Upload real-time flight dynamics, engine thrust, and wing-loading data to the sandbox.

X-API-Key HeaderStatus: 200 OK
GET/v1/models/:id
120 req/min

Retrieve aerodynamic coefficients, mesh geometry, and physics state for any model.

Public / API KeyStatus: 200 OK
POST/v1/session/ping
30 req/min per session

Maintain active session state for long-running flight simulations and data streams.

X-API-Key HeaderStatus: 200 OK

Integration Tip:

Enable Allow HTTP Requests in your project settings to permit external data communication.

SKYBOX SDK Sandbox
Lua / JSON
-- [[ SKYBOX Telemetry Export Script ]]
local HttpService = game:GetService("HttpService")
local API_URL = "https://api.skybox.dev/v1/telemetry/push"
local API_KEY = "sky_live_sec_8821b4a291c04f98"

local function exportFlightData(physicsState)
    local payload = {
        modelId = "wing_alpha_01",
        liftCoeff = physicsState.lift,
        dragIndex = physicsState.drag,
        thrust = physicsState.thrust,
        timestamp = os.time()
    }

    local success, response = pcall(function()
        return HttpService:RequestAsync({
            Url = API_URL,
            Method = "POST",
            Headers = {
                ["Content-Type"] = "application/json",
                ["x-api-key"] = API_KEY
            },
            Body = HttpService:JSONEncode(payload)
        })
    end)

    if success and response.Success then
        print("[SKYBOX] Telemetry synced: " .. response.Body)
    else
        warn("[SKYBOX] Sync failed: " .. tostring(response))
    end
end
Node: api.skybox.dev
Live
Latency: ~12ms
Support & Technical Docs

Frequently Asked Questions

Answers regarding hardware, browser compatibility, academic licensing, and custom physics scripting.

The sandbox runs on most modern systems with a dedicated GPU. We recommend at least 8GB of RAM and a mid-range graphics card to maintain stable frame rates during complex aerodynamic simulations and high-fidelity 3D rendering.

Getting Started
Launch your first flight
Access the sandbox environment and start building your aircraft with our modular component library.
Documentation
Technical Manuals
Review detailed guides on physics engine parameters, API scripting, and aerodynamic modeling.

Need more help?

Reach out to our engineering team or visit the Contact page for direct assistance.