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Recommendation

This page gives the final synthesis across the two Webasto pilot sources.

Lead with an artifact-first change-pack review workflow that bundles:

  1. JT, 3D PDF, and drawing-style artifact intake
  2. revision diff and change summary
  3. release-readiness punchlist
  4. PLM-attachable report export

This is the strongest recommendation in the corpus because it fits Webasto's disclosed pre-delivery and approval process, avoids overclaiming CAD-native integration, and is realistic for a 2-3 day sprint.

The Problem To Lead With

RapidDraft should lead with this problem:

Webasto already moves complex release packages through a multi-system approval flow, but neutral artifacts, partial change logic, and drawing-bound information make it hard to see what changed and whether the package is truly ready.

That problem is narrower and more defensible than a broad AI-for-CAD pitch, and it speaks directly to the public evidence around 3DX, 4PEP, OpenPDM, JT, 3D PDF, and drawing-table migration.

What To Show First

The best Webasto-facing demo sequence is:

  1. You give us Rev A and Rev B of a battery or thermal change pack.
  2. RapidDraft shows what changed across the package.
  3. RapidDraft flags release blockers and drawing hygiene issues.
  4. RapidDraft exports a packet that can travel with a real approval object.

That sequence makes RapidDraft feel like a release-review copilot instead of a generic CAD assistant.

Best 2-3 Day Pilot

The best 2-3 day pilot should be framed around Webasto's disclosed procurement pre-delivery and approval workflow:

Day 1

Build the core change-pack review around JT, 3D PDF, and drawing-style artifacts. Show revision pairing, visible differences, and a short change summary.

Day 2

Add a deterministic release-readiness punchlist and one scoped table-extraction pass, ideally on a revision table plus one second structured table type.

Day 3

Export a PLM-attachable release packet that combines change summary, punchlist, extracted table differences, and thin issue tracking.

Strong Secondary Layers

Drawing table extraction, diff, and structured export

This is the best differentiator beyond SOMIC because it maps to a public Webasto pain: moving information out of drawing tables and into structured PLM data.

Standard Battery Pro 40 narrative wrapper

Use a Standard Battery Pro 40 style story because it fits Webasto's modular battery platform language and gives the workflow a believable business context.

Thin review memory

If possible, show a lightweight issue list with status and rationale so the approval packet feels durable instead of disposable.

Supplemental Demo-Asset Note

A later reverse-engineering addendum adds a generic packaging-machine component shortlist. That can help if we need CAD-rich visual demo parts, but it should stay secondary. It does not change the main Webasto recommendation, because the strongest customer-fit story is still battery and thermal release packages.

What To Defer

Native 3DX or 4PEP integration

Defer real workflow attachment, write-back, or trigger integration until the artifact-first wedge is proven.

Broad manufacturability or service-document scope

Keep DFM-style checks and service-document alignment as secondary or follow-on layers, not the pilot centerpiece.

CAD-native messaging

Do not lead with NX, Teamcenter, or direct CAD plug-in language. The public evidence points to a more heterogeneous and evolving environment.

What RapidDraft Should Not Overclaim

Do not position RapidDraft as:

  • a PLM replacement
  • a native 3DX or 4PEP solution today
  • a tool that guarantees design correctness
  • a broad AI system that "does engineering"

Instead, position it as:

the release-review intelligence layer that clarifies changes, checks readiness, and exports traceable approval artifacts

Why This Recommendation Wins

It matches Webasto's disclosed workflow

The pilot aligns with public evidence about neutral-format pre-delivery, cross-functional approval workflows, and the need to move information out of drawings and into structured systems.

It works under stack uncertainty

Artifact-first intake avoids betting the first conversation on the wrong CAD or PLM integration story.

It still expands naturally

If Webasto responds well, the next steps are clear:

  1. richer table extraction and structured export
  2. attachment into 4PEP or OpenPDM workflows
  3. deeper CAD-native integration only after the workflow wedge is proven

Practical One-Line Recommendation

If we only build one thing for Webasto, it should be this:

A change-pack review that turns Rev A and Rev B neutral artifacts into a fast, auditable release packet with clear diffs, deterministic checks, and structured evidence.

Sources