Enables AI agents to perform unit-aware engineering calculations with automatic unit conversion, dependency resolution, and access to 500+ units across 75+ categories through the CalcsLive calculation engine.
Enables users to set and inspect parametric motor-mount designs, run modal and static finite-element analyses, generate mode-shape and stress plots, perform parameter sweeps, and check mesh convergence through natural language.
Enables an LLM to size small electric fixed-wing UAVs from mission requirements such as payload, endurance, range, field elevation, temperature and wind, returning a validated design point, DoD UAS Group, and failed engineering checks — or an explicit infeasible verdict with the physical reason. Also looks up matching motors, batteries and propellers from a built-in COTS component database.
Enables real finite element analysis from natural language: accepts STEP geometry and plain-English questions, validates setups deterministically, meshes and solves with CalculiX on Modal, and returns engineering verdicts (stress, safety factor, deflection, modal frequencies) with rendered plots and an interactive 3D viewer.