Interconnection Design Partnership Scheme
We’re pleased to announce the launch of our new partnership scheme. By being a partner with NSTG Engineering you will get access to the expertise that you need to ensure the timely and accurate capture of your electrical system design. You will also receive a…
Complex Harness Design With Layup Board
One of the key design tools that we use at NSTG Engineering is HanWare, by utilising HarnWare we’re able to create highly actuated 2D cable harness drawings that include a full bill of material, schematics, cable cross-sections and much more. But one area that we…
New Partnership With Q5D
We’re really excited to announce that NSTG Engineering will be partnering with Q5D Technologies. This is a huge opportunity for NSTG Engineering to adopt new technologies and expand into new industries Q5D Technologies has developed a manufacturing method that allows for the 3D printing of…
Common Cable Harness Design Mistakes
Designing cable harnesses is a complex process without the right engineering skills and tools, you can soon get in a tangle and end up getting a harness manufactured that is not fit for purpose. Which is a costly error both financially in terms of extended…
New Approved Supplier
NSTG Engineering is pleased to announce our new approved supplier for fibre optic harnesses, Amphenol FSI. Amphenol FSI has almost 30 years of experience in the design and manufacture of fibre optic cable harnesses components for multiple industry sectors and for some of the most…
SNAP Development Update
SNAP is a fully modular GVA compliant patch panel that provides the interface boundary between between a vehicle system and third party subsytem. Development So Far The development of SNAP started 12 months ago with the original concept design, which met the installation and size…
GVA Cable Harnesses
Background GVA (Generic Vehicle Architecture) is a design concept being adopted by the British Army on new/future vehicles. Within the GVA standard (DEF STAN 23-009) a number of common electrical and optical interfaces are defined. These interfaces cover: Power; Ethernet (Copper and Fibre); USB. The…
Start of SNAP Design Phase 2
Phase 2 Objectives This design phase has the following objectives: Design the remaining three modules: USB Fibre two channel Fibre four channel Produce more detailed design that takes into account the environmental requirements Update the lid design and insert conductive/waterproof gasket Addition of connector caps…
SNAP Design Phase 1 Complete
The first phase of the System Node Access panel (SNAP) design is now complete!! Phase One Objectives The objective in phase one was to develop the concept for a fully modular GVA patch panel and to produce a hardware design to meet the concept. A…
Big Announcement
As of today I am extremely proud to announce that NSTG Engineering is now part of the NeO (New Engineering Order) consortium. NeO is made up of engineering businesses based in the UK headed by Infinity 6 and Malvern Optical. The aim of NeO is…