OMMPLANNER · MEASUREMENT PLANNING

Plan your measurement before you go on site

OmmPlanner is Ommatidia’s 3D measurement planning software for Q-series instruments. Position instruments around your structure, compare viewing directions and explore the surfaces you can measure before going on site.

Try Lite in your browser. Sign in to use Web.

From a 3D model to a measurement setup

Choose your structure, arrange the instruments and compare coverage. In Web, save your setup as a local plan and share a report with your team.

Explore your geometry

Import STL or OBJ geometry, or start with a built-in application model.

Compare positions

Adjust instrument positions and viewing directions to cover the surfaces you need.

Keep your plan

Use Web or Pro to save your setup, reopen it and share a planning report.

Choose your OmmPlanner edition

Choose the tools for your measurement workflow.
Capability	Lite	Web	Pro
STL / OBJ geometry and manual placement	Up to 1000 triangles	Detailed geometry	Detailed geometry
Instrument arrangements	Up to 4 instruments	Up to 16 systems	Multi-station planning
Colour-coded analysis	Distance	Distance and signal	Coverage and signal
Optical settings and expected signal	Not included	Included	Included
Viewpoint and reference-marker planning	Not included	Included	Included
Save / reopen plans and export reports	Not included	Included	Included
FEM inputs and synthetic measurement files	Not included	Not included	Included
Application geometry	18 example models	18 example models	Imported structure models
Structure display	Geometry preview	Colours and textures	Scalar overlays
Access	Try Lite Public browser tool	Open Web Customer login	Discuss Pro access Talk to our engineers

Plan complex measurements with OmmPlanner Pro

Plan stations and fiducial visibility

Arrange measurement stations and reference markers across large structures. Compare shared views for stitching geometry and vibration measurements.

Assess signal quality before measurement

Compare the expected signal across instrument positions, ranges and viewing angles to choose your measurement setup.

Plan views for 3D velocity reconstruction

Arrange complementary views for 3D velocity reconstruction and compare their coverage across the structure.

Plan the setup for your application

Drones and aircraft

Compare views around wings, airframes and components to prepare vibration tests and 3D reconstruction.

Electronics and 3D vibration

Arrange views of circuit boards and compact assemblies for 3D vibration measurement.

Rotating machinery

Find clear viewing directions around machine housings and supports before vibration testing.

Wind turbines

Compare stations around blades and towers for large-structure vibration measurements.

Buildings and construction

Identify visible surfaces and complementary views across buildings and construction structures.

Materials science

Position instruments around specimens and fixtures to observe vibration and deformation during tests.

Transformers and reactors

Check viewing angles and occlusion around housings and supports for vibration investigations.

Automotive and NVH

Compare views of vehicle bodies, panels and assemblies for noise, vibration and harshness studies.

Acoustics and instruments

Choose accessible views of resonant panels and musical instruments for acoustic vibration studies.

Space

Arrange complementary views around spacecraft structures, panels and structural test fixtures.

Railways and reliability engineering

Compare coverage across railway components and assemblies for reliability testing.

Civil and infrastructure

Arrange stations around bridges and quays, using shared reference views to prepare stitched measurements.

Start with the measurement you need

Explore a setup in Lite or save a complete measurement plan in Web. Talk to our engineers about your target, viewing positions and required outputs.

Your geometry stays in your browser. Find software and manuals in the customer area.