Demos · ParaCrux in motion

Less repetition.
More engineering.

Meet ParaCrux in 90 seconds. See how our agent, CAD foundations and contextual design technology come together—and where we’re heading.

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MEET PARACRUX · 90 SECOND INTRODUCTIONSOUND ON0:00 / 1:31

An introduction to ParaCrux, narrated by Tom. Animated engineering illustrations explain our technology and vision; explore the recordings below to see the lab workflows.

Watch the work. Inspect the result.

Explore the demos.

7 demos and case studies. These lab workflows show what we’re exploring; individual pages explain what the shipping Agent supports today.

ScoutCrux 500 folding drone rendered from its CAD export

Complex assembly · Lab

A whole drone, from a written brief.

ScoutCrux 500: a folding camera drone sized, built, checked and drawn in SOLIDWORKS, opened in ParaCrux, then changed to 650 mm through its parameters. Turn the CAD around in your browser.

TideCrux 100 underwater ROV rendered in SOLIDWORKS: a faired hull inside a bent-tube frame with ducted thrusters

Design intent and standards · Lab

An underwater ROV, built to a feature standard.

TideCrux 100: a harbour-inspection ROV modelled in SOLIDWORKS with fully defined sketches, Hole Wizard, a bent-tube sweep, sheet metal and ParaCrux library parts, then audited, checked and drawn. The change case re-rates it to 300 m.

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The bracket demo showing the model created from an engineering drawing

Drawing to model · Lab

One drawing. Two bracket revisions.

Start with a single engineering drawing. Follow the bracket build, Hole Wizard features and patterns, then a revised copy with a drawing set for each model.

Connecting rod model and engineering drawing in SOLIDWORKS

Parametric change · Lab

Change the model. The drawing follows.

A connecting rod built with fully defined sketches and named dimensions. Change its centre distance from 110 to 120 mm and follow the model and drawing to revision B.

V8 rotating assembly with crankshaft, connecting rods and pistons

Assemblies · Lab

A V8 assembly. Then a bigger one.

Build and turn a 3.5 litre V8 rotating assembly, create its drawings, then copy the design and change the driving variables to produce a 5.0 litre version.

The garden play tower featured in the engineering review demonstration

Engineering review · Lab

Review. Redesign. Check again.

Follow a garden play tower through a lab review, a revised design and another round of checks. Explore the model changes, calculations and drawings behind the result.

Colour-coded connecting rod stress simulation result

Interactive case study · Lab

A lighter rod, with evidence to inspect.

Explore the connecting-rod simulation case study: compare load cases, stress, displacement and mass as the design changes, with the assumptions and results alongside it.

Explore the case study