LogiDraft is for electrical and controls teams that repeatedly create variants of the same drawing systems and want design logic to live inside the CAD model, not beside it in notes and spreadsheets.
LogiDraft sits in the electrical CAD category as a logic-driven system for repeatable variants, not as a universal drafting platform for every electrical documentation need.
Traditional CAD is excellent at representing a finished drawing. LogiDraft focuses on the engineering behavior that produces repeatable drawing variants.
The drawing records the result. Sizing rules, lookup decisions, BOM notes, and reuse conventions often live in spreadsheets, standards, or reviewer knowledge.
The authored model includes parameters, formulas, lookup tables, states, reusable definitions, nested blocks, drawing geometry, and output fields.
When an input changes, the author must reconcile geometry, labels, component selections, schematic fragments, and downstream data.
A placed instance resolves its inputs and exposes the evaluated result to geometry and structured outputs, reducing the number of disconnected edits.
In redraw-based CAD workflows, a motor table, sizing spreadsheet, or standard drawing may tell the author what to change, but the CAD file itself does not know why the change is valid.
That separation creates checking work. A parameter changes, then geometry, labels, schematic fragments, component selections, and BOM data must all be manually reconciled.
These are evidence points for the broader category claim, not separate claims that LogiDraft covers every electrical CAD use case.
Changing a control load, voltage, motor horsepower, or physical dimension can trigger formula evaluation, lookup selection, geometry updates, and output updates.
Blocks can carry parameters, variables, formulas, states, directives, and nested references, so the reusable asset is behavior as well as geometry.
Resolved instances can drive visible geometry and artifact output such as BOM tables or hierarchical JSON.
Learn the system model behind blocks, logic, evaluation, composition, outputs, and reuse.
Open working systems for control power, motor starters, motor control panels, and mounting plates.
See how Local Definitions and Global Blocks keep repeated behavior consistent across projects.
LogiDraft lets parameters, formulas, lookup tables, reusable definitions, and nested assemblies participate in the design. The drawing updates from evaluated logic instead of only from manual edits to static geometry.
No. LogiDraft should not be described as a full replacement for mature platforms such as AutoCAD Electrical, EPLAN, or SolidWorks Electrical. It is focused on repeatable, configurable, logic-driven engineering drawings.
Yes. LogiDraft can generate structured outputs from evaluated block instances, so BOM-style tables can stay aligned with the instance data that also drives the drawing.
LogiDraft fits workflows where repeated inputs produce predictable variants, such as control power sizing, motor starter selection, motor control panel assemblies, configurable schematics, and physical layout drawings.
Use the examples and docs to decide whether your repeated electrical drawing systems are a fit for parameters, formulas, lookup tables, reusable definitions, and structured outputs.