For those using this guide or the Routing add-on today, the standard process involves:

: How to use design tables to manage custom properties and pull data directly into engineering drawings.

: Activating "Routing" via the Tools > Add-ins menu.

The guide focuses on the technical workflow for creating professional piping and tubing systems within SOLIDWORKS, covering:

: Customizing routing templates and adding standard parts to the Routing Library for reuse.

For a deep dive into the original manual, you can find the full PDF on Scribd .

: Starting a route by dragging a fitting (like a flange) from the Design Library into an assembly.

The Piping And Tubing Design Guide For Solidwor... May 2026

At Bostonair, we offer fully Part 147 approved (EASA & CAA) aviation type training courses designed exclusively for B1 and B2 Licensed Aircraft Engineers. Our courses are meticulously crafted to align with your specific needs and can be tailored to suit your requirements.

With a continually expanding list of approvals, we remain dedicated to accommodating additional ratings to fulfil our client’s unique demands.

Part 147 Approved via EASA.147.0187 and UK.147.0085
See our capabilities below…

The Piping and Tubing Design Guide for SolidWor...

The Piping And Tubing Design Guide For Solidwor... May 2026

For those using this guide or the Routing add-on today, the standard process involves:

: How to use design tables to manage custom properties and pull data directly into engineering drawings.

: Activating "Routing" via the Tools > Add-ins menu.

The guide focuses on the technical workflow for creating professional piping and tubing systems within SOLIDWORKS, covering:

: Customizing routing templates and adding standard parts to the Routing Library for reuse.

For a deep dive into the original manual, you can find the full PDF on Scribd .

: Starting a route by dragging a fitting (like a flange) from the Design Library into an assembly.

Our capabilities

A300-600

  • A300-600 Full Course (PW4000)
  • A300-600 (GE CF6)
  • A300-600 (PW4000, GE CF6)
  • A300-600 Differences (GE CF6)

A320

  • A320 CEO & NEO (CFM56, V2500, LEAP-1A)
  • A320 CEO (CFM56, V2500)
  • A320 NEO (LEAP 1A)

A330

  • A330 CEO & NEO (GE CF6-80, PW4000, RR Trent 700,  RR Trent 7000)
  • A330 CEO & NEO Differences (GE CF6-80, PW4000, RR Trent 7000)
  • A330 CEO (GE CF6-80, PW4000, RR Trent 700)
  • A330 NEO (RR Trent 7000)

 

B737

  • B737NG & MAX (CFM56, CFM LEAP-1B)
  • B737NG (CFM56)
  • B737MAX (CFM LEAP-1B)

B757

  • B757 Full course (RR RB211, PW2000)
  • B757 (RR RB211)
  • B757 (PW2000)

B777

  • B777 Full Course (GE90, PW4000, RR Trent 800)
  • B777 (GE90)
  • B777 (PW4000)
  • B777 RR Trent 800

B787

  • B787 Full Course (GEnx, RR Trent 1000)
  • B787 (GEnx)
  • B787 (RR Trent 1000)

The Training Team

The Piping and Tubing Design Guide for SolidWor...

Anthony Jackson

Head of Training

The Piping and Tubing Design Guide for SolidWor...

Alasdair Patrick

Head of Commercial (BTTL)

The Piping and Tubing Design Guide for SolidWor...

Lavinia Bogdan

Part 147 Operations Manager

View our Part 147 Approvals…

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