1
Installation &
Quick Start Guide
V1.5
This guide will help you install and configure your Shift-I™. It covers connecting the 3
wires, as well as how to configure the unit to suit your vehicle. The “User Manual”
(other booklet) provides the specific details on all the features and how to configure
them. First, a brief background as to why these are becoming so popular.
Using an RPM Display…
Tacho gauges mostly go unused, because they are not visible for when you need them.
However to get the most from your engine, they are the most important as they provide
the accurate reference gauge for where the engine makes the most torque. Having a
gauge in your peripheral vision that shows this range of torque, provides a consistent
and focused reference. Up shifting, down shifting, identifying optimal corner entry/exit
gear selection, staging RPM etc… It also provides a reference for performance, to
maintain pace, tyre/fuel management and also to provide immediate feedback on
corner exit RPM vs line taken. It provides a tool to form new habits and break some old
ones, like over braking and coasting. This can increase your level of performance,
control and also engine life. Importantly, this is achieved without taking your eyes off
the road!
Shift-I™
Shift-I™ is a highly engineered progressive RPM indicator. The lights are user
programmable, to allow you to focus on the RPM range you need. You can set where
the first light turns on and where they flash. Usually this is from where the torque kicks
in through to redline. The lights in-between are automatically set at equally spaced
RPM points, which give you a predictable scale for anticipating a smooth & planned
gear change. Various display modes are included to suit your driving requirements.
Why seven lights? Extensive testing determined that within your peripheral vision you
can instantly and easily recognize how many of the seven lights are illuminated. Any
more and you need to concentrate, which would otherwise remove your attention from
where it needs to be. Any less and the RPM trend information is lost. During
acceleration, you will be able to distinguish the progression of the lights. The result is a
consistent reference point with smooth, anticipated shift points.
