Engine Management


Built to impeccable standards.

For our Engine Management range, we merged top aftermarket engineers with Europe’s leading manufacturing, delivering tailored electrical solutions.

Setting the Standard in Engine Management

Motaquip’s engine management system embodies precision engineering and innovation. With a commitment to excellence, Motaquip integrates advanced technology and expertise to deliver high-performance solutions for optimal engine functionality.

Motaquip’s comprehensive range of engine management components, engineered for modern vehicles, ensures reliability and efficiency. With a dedication to quality across ignition systems, fuel injection, and emission control, Motaquip sets the standard for automotive excellence, trusted by professionals and enthusiasts alike.


Sensory Equipment

Ignition Components

Switches and Relays

Reverse Engineering

Working with some of Europe’s leading aftermarket electrical engineers results in Motaquip delivering some of the finest Engine Management components on the market and performance is guaranteed in-line with our exacting quality standards.

Motaquip products benefit from modern engineering techniques designed to analyse the OE component in minute detail. Such techniques help to deliver enhance technology and improved performance.


The latest software allows for greater scrutiny and adjustment of all aesthetic and technical details.

 Computer designers and electrical engineers work in tandem and can quickly test innovations through 3D printing. This set-up leads to greater part integration and faster problem solving.


Designers print 3D models of prototypes on site to ensure their mechanical compatibility can be perfected.

This process is far faster and more cost effective than traditional methods of having prototypes custom built by a third party. This means parts can be engineered for a perfect fit while also keeping costs down.


Cutting edge manufacturing

Complex circuitry is manufactured on-site with the latest, industry-leading machinery in a purpose-built laboratory. This high-end equipment not only ensures accurate reproduction of complex engineering design, but also helps keep production and transport costs down while ensuring greater reliability.

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