Top 10 Best Stage Lighting Plan Software of 2026

Depence is geared toward teams that need repeatable plan-to-document output, with configuration that tracks each instrument through the planning chain. It uses a fixture library and instrument scheduling workflow to keep the instrument list aligned with the plan outputs, which reduces inconsistencies when the rig changes. Depence also emphasizes visual checks so layout edits can be validated before a final print set is issued.

A key tradeoff is that deeper customization of output formats can require plan-template work, which slows adoption when teams expect every export to match their existing paperwork exactly. Depence fits best for venues or production designers running similar shows, where fixture sets and documentation structure remain stable while small changes happen per run.

grandMA3 onPC works best when the lighting plan must converge into show-ready programming, because patching, addressing, and cue behavior follow the MA command and session model. The instrument library and fixture profiles feed the console’s internal representation, so a fixture schedule created during design can translate into a working console patch without re-modeling channel logic. The automation surface is the cue stack itself, since effects, playback timing, and parameter linking operate in the same way as on MA hardware.

A key tradeoff appears when previsual needs are heavy and centered on architectural drawing interchange, because grandMA3 onPC focuses on console control semantics rather than full CAD-grade rig visualization workflows. grandMA3 onPC fits situations where the same team handles both the light plot cleanup and the programmer deliverable, such as rehearsals where cues must be revised hour-by-hour and must match the show patch.

Lightkey is built for design-to-paperwork continuity, with a fixture library, patch-oriented planning views, and instrument schedule output that can be reused across shows in the same venue. It supports programming-centric workflows by keeping cue-related organization tied to channel and fixture mappings rather than treating schedules as isolated documents. For teams that run repeat bookings, the template-driven approach reduces the amount of manual re-entry across shows.

A key tradeoff is that advanced console-specific programming behaviors may require exporting and finishing in the target console workflow rather than staying fully inside Lightkey. Lightkey fits production runs where the same venue rig is scheduled repeatedly and teams need consistent paperwork for load-in, wiring checks, and cue stack handoff.

Capture is a stage lighting plan tool built around creating a structured light plot that stays consistent from design through documentation. It focuses on workflow output such as instrument schedule style paperwork and plot views, using a fixture-centric approach that reduces rework when channels or positions change.

Fixture library reuse supports repeatable patching patterns across venues. Export and interoperability features are geared toward sharing a rig plan with common lighting workflows and production teams.

LightConverse builds stage lighting plan documents from a fixture library and lets users manage a fixture schedule that maps channels to physical locations. It supports plotting workflows for instrument placement and rigging views, then compiles that information into exportable documentation for the crew.

Fixture data can be organized into reusable venue templates, which reduces repeat work across load-ins. The tool’s strongest differentiation is how it keeps the patch list, focus planning, and schedule outputs tied to the same underlying instruments rather than treating them as separate artifacts.

Stardraw targets stage designers who need fast light-plot drafting paired with schedule-style outputs for handoff to technical teams. It focuses on building a fixture library, creating a patch list and channel hookup, then producing plan views that technicians can review against the venue.

The workflow emphasizes drawing-to-document iteration so the same rigging information can feed multiple deliverables. It also supports exchange formats commonly used in lighting workflows, reducing manual retyping between tools.

Avolites Titan focuses on console-centric stage lighting planning tied to fixture libraries and channel-level programming workflows. The software supports plot and schedule authoring that maps directly to what the Titan console expects during patching and cue building.

Titan’s workflow favors fast iteration between patch list changes and cue stack updates, with attention to instrument organization for load-in and rehearsal. For teams that already run Avolites consoles, Titan reduces translation steps between design data and console control.

Eos Family Software is a stage lighting planning workflow built around the Eos ecosystem, with outputs designed to match how lighting consoles handle rigs and cues. It supports fixture-centric planning such as patching, instrument schedule style reporting, and scene or cue stack preparation tied to console concepts.

Integration strength is driven by file-based exchange and console-oriented exports that reduce manual re-keying during handoff. The tradeoff is that advanced venue visualization and exchange depth depends more on fixture library completeness and project setup discipline than on a fully generic CAD-to-light pipeline.

Daslight is stage lighting plan software that supports light-plot style authoring, channel mapping, and patch workflows. It provides fixture libraries, a configurable patch list, and visual views for checking instrument layout before playback.

Daslight also supports cue stack planning and output-oriented workflows that align with DMX addressing and console-style grouping. Export and interchange features focus on moving rig and schedule information between planning and production tools.

SweetLight targets stage lighting designers and technicians who need a repeatable workflow from fixture planning to controller-ready output. Its core capabilities center on building a fixture inventory, assigning DMX addressing, and generating lighting plans with exportable documentation.

The tool’s value shows most when the same venue layout is reused and schedule outputs must stay consistent across revisions. SweetLight also supports practical communications for controller-oriented deployments through file-based exchange rather than only visual mockups.