Easy Guard : Push to start installation ( with easy removal option)

Easy Guard install

Webstore link

* There are others with different names, or different wiring colours, but the principle remains the same

One more use of the mighty T5577

I put an Easy Guard Push to start system in my car around 2 years ago, it has worked flawlessly, I also have a test rig on a bench and just yesterday I put another one into somebody elses car, so I documented it incase it could be of use to somebody else out there.

The main consideration / benefit of this install is that it is easily removable with the ability to return your vehicle back “to factory”

Parts, Materials, Tools and implants

There are many makes and models of cars so tools may vary, but here is a basic list

  • Pen paper / Phone ( for recording wiring colours ) :memo:

  • Camera / torch ( Flashlight ) :flashlight:

  • Multimeter, voltage tester

  • Electrical Tape : Red / black

  • Strippers :woman_cartwheeling:

  • Ring terminal and crimp tool

  • Screw driver

  • Side cutters

  • Black tack (3M product, ~super tacky putty)

  • Scissors :scissors: (For cutting tape, better than stretching to break)

Works with

Build Time

Will vary wildly, depending on the car

Mine took me ~45mins


There are many approaches you can use, below is HOW I DID MINE

1. Access Wiring

In order to install, you need to get access to the ignition wiring, generally this is going to be in the form of removing a steering shroud or boss.


Remember to keep screws/ clipped grouped

2. Identify the wiring and colours

What you are trying to find is, what is listed on the installation instructions ( Included with Easy Guard )


This means, when does each wire coming from the ignition have 12V on it.

To do this, the easiest tool to use is a Multimeter or voltage tester, (I used a voltage tester like this)

Circuit Buddy


Test each wire coming from the back of the ignition wiring with the key in each position in the cylinder


Here are my results , I have ticked when there was 12V on the wire

( I have put a blank template at the bottom of this post for your own use )

From this, we transpose the wiring to the Easy Guard Wiring colours

Here are my transpositions

( I have put a blank template at the bottom of this post for your own use )

3. Connect Wiring loom / harness

Now we know our wiring, we can

Disconnect the battery


I chose not to add an additional fuse, as there is already one inline for the ignition system.

If you wanted to add one, a simple but effective option may be a Fuse Tap Piggy back

Fuse Tap Piggy back

I like to find a chassis ground first,

Dont forget to carry out a continuity test with a multimeter before you commit (ask here or search Youtube if you are unsure how).

Luckily for me I found one, under the steering column, with exposed metal, a hole with an unused bolt going through it ( I couldn’t believe my luck )

I just needed to add a ring terminal to the end of the black ground wire

Because this set up is made to be easily reversible, you do not need to cut any wires on your vehicle.

Personally I wouldn’t ( And didn’t ) use splice connectors

Like these


There are a few other ways to join these wire, Below is how I did it.

You can choose to do each of these one at a time, or all in one go…

To make accessing the wiring, I unplugged the wiring from the rear of the ignition

On mine, the red tab is a secondary lock, This needs to be slid out, then the other tab pressed to release

I used wire strippers to expose the copper strands coming from the ignition

then, I used a screwdriver to separate the strands to make a “tunnel”

I then stripped the end of the Easy guard Wiring Loom

I tend to strip a length long enough to wrap around the other wire at least twice

I also only just separate the sheath enough so when I am ready to expose the ends, I can twist and pull, thus making a tight wire with no exposed strands, which allows threading these though the Tunnels I made above, far easier

Also, as this ignition had 2 x 12V always on wires and the Easyguard only has a single 12V wire, I made a “T” or “Y” connection,

When the threaded wire is passed through, I twist the main wire, which tightens on the threaded wire, I then wrap in a method that is similar to a clove hitch ( wrap from one side to the other )


This provides a good electrical connection, but if you wanted to solder, now would be a good time to do it.

A “T” splice would also work well here


Carry out a continuity test with a multimeter (ask here or search YouTube if you are unsure how).

Now we need to insulate to keep you and the equipment safe.

Because It is not an end splice, unfortunately we cannot put heat shrink over the end, but a tightly wrapped and liberal amount of quality electrical tape will work perfectly adequately.

Do not pull and break the tape, Instead, use scissors to cut the length you need, when stretched the tape will slowly unravel and look messy and leave exposed sticky tape…pretty unprofessional looking

[Do not ask me if I used scissors :wink:]

The Easy guard has a safety function, whereby the Brake pedal needs to be pressed before the vehicle can be started or stopped.

The brown wire isn’t needed, so it can have heat shrink or be taped on the end and tidied away.

The easy way to wire this for our purposes is, find a brake light wire and connect that to the wire that goes to the Easy Guard as shown shown above and below.

On this car, near the top of the brake pedal was a 2 wire automotive plug and socket.

So with a circuit tester or multimeter, we can find which wire has 12V when the brake pedal is pressed

Green in this example

Because the wire is substantially lighter gauge, rather than going through, I just exposed the strands and I wrapped around it in a similar manor, and taped it to insulate.

Wiring done !!!

Writing this up has taken me longer than wiring it up

4. Time for the First test

Plug the looms into the Easy Guard Unit (Ignition loom, Brake safety, RFID antenna)

We need some power, SO Reconnect battery

Testing Instuctions

OR :arrow_down_small:

Abridged version:-

Push the Push to start Button - Nothing should happen

Swipe the included key fobs - two beeps :speaker: :musical_note:

Push the Push to start Button without foot on brake - Accessories should turn on

Push the Push to start Button with foot on brake - Vehicle should start

Push the Push to start Button - Vehicle should continue to run

Push the Push to start Button with foot on brake - Vehicle should stop

Diagram Version:-

5. Final installation

You need to decide where and how you are going to do this for both the Easy Guard main unit, the RFID antenna and the Push to start button

You will be limited to the wiring loom length, unless you want to add an extension. ( Factory length is ~1 metre

For this install

Main Unit

I chose a panel that is below the steering column

I attached with “Black Tack”( Like Blue Tack, but Much Much more tacky, and BLACK )


The usable antenna locations I have identified CURRENTLY are:

Door Card

Windscreen /Windsheild

WIng mirror

Foot well panel

The choice will come down to personal preference and the implant / fob you are using

This particular install is for somebody without an implant, I have temporarily placed it in the coin/card pocket and it wedged in nice and snug

Push to Start button

I chose to remove the key barrel, and place the Button in the hole, which fits perfectly

# Safety warning
To do this, you will need to leave the Vehicle without steering lock, again this may void your insurance, so make an educated decision.

To remove the key barrel, there should be a small “button” that you will press when the key is turned from the Lock position to the ACC position.

The barrel should slide out. (The steering is now unlocked)

On the shroud I removed earlier, I installed the Push to Start Button, I reinstalled the shroud and ran the cable back to the Easy Guard Main unit, ensuring to keep the wiring clear of chafe points and Cable tied ( Zip Tied ) and taped the cables to fixtures, again to prevent chaffing.


  1. Extras / Q&As

Q. What sort of range can I expect from my implants

Range tests ( Bench Test )



NExT Implant

As you can see, and would expect, the FlexEm out performs the NExT, ITS PHYSICS BABY so you may need to place your antenna accordingly.

Q. My car has a transponder chip, can I still use this system

A. Yes, but, you will have to:

a) Remove the “transpodner chip” and place it in close proximity to the antenna ( Likely around the ignition barrel )

b) put a spare key ( or just the chip ) into a “Transponder bypass” like shown below.


Transponder Bypass link

car alarm transponder Immobilizer Bypass BP 02 Module For Car with Chip Key Applied in remote engine start & stop button & PKE|modules for cars|start stop keymodule alarm - AliExpress

Be aware, if you bypass your Transponder system, this MAY invalidate your insurance

Q. What if I want to use a key as a back up

A. If you put the push to start in an alternative location and leave the ignition in situ, you could use either key / implant / fob to start the car,

I have not tested the circuit and therefore I am un aware if there is any circuit protection so a diode may be required to protect. ( They do claim it, but I don’t known whether to trust it )

Q. Quiescent current

A. 25mA Quoted, Not tested

Q. Should I bench test before I install

A. Absolutely, all you will need is a 12V power supply / battery, Don’t forget to including enroll your implant

Q. Can I unlock my doors with this?
A. Well, Kinda, I have a solution, but it is not as polished as I would like, so I won’t be adding it to this install or providing it here.
But watch this space…
Separately, there are some “Easy Guard” systems with Door Lock / unlock included, BUT it doesn’t work how you would expect, I have one of these and If I get some I will have a look at this to see if I can adapt it.

Heres an example but without RFID


Ignition Voltage template

Blank Wiring Colour Template for your own use


I hope this helps somebody, any questions just ask


Holy crap the detail here!


I already installed this in my car, only I replaced the button with the access reader v1 that was sold on the site.

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That’s a great mod. The xAC V1 had a great antenna for xSeries

Did you install it to do the door lock /unlock also?

I’m actually still working on that at the moment in the same way (with the access controller v1 :slight_smile:

I hope to have everything ready by mid-September and then I’ll post the result here :slight_smile:

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The xAC V1 draws only 11mA, and since you are already running 2 systems, did you consider using the easyguard as I did purely for Start /Stop and using the xAC for door locks.

In my opinion, It would probably be far easier with 2 separate systems.

A simple unlock system is easy.

A lock/unlock with a Flip Flop, slightly more difficult but still easily doable

I had considered doing it myself, but I am determined to have a single device solution

You are most welcome to do that as a mod to mine, or equally your own project post.

I work with a separate access controller for opening and closing the doors based on a 3rd key.
I’m working on making a switch so that I only need 1 access reader for opening and closing.
the intention is that if it is open the next time I put my hand against the reader the carriage will close and the next time it will open again :slight_smile:

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This is super helpful. I was planning on trying to install this as soon as I can figure out the best method to bypass the immobilizer on my 2014 Jetta, so thanks for the detailed write-up!

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I’ve been on the edge for this for a while

I keep flip flopping for a couple reasons

I can’t decide if I want to retain a key cylinder for a backup (I’d feel pretty stupid if it shits itself and I need a tow)

Or no key cylinder but much easier to steal

I also want to rig a Xac up to a button below my mirror for temporary power

In 2015 I made it to Belgian television in a science program.
If you scroll to 1:10 in the video you will see a working version which is described here when applied to a VW Touran.
Both opening and closing as well as starting the car.
The implants I used for this were the xEM and the xNT.

link: De Schuur van Scheire ontdekt de Chipman! - YouTube


I didn’t mention this in my post, but I have left the cylinder in the glove box (could be hidden further if you wanted)
with a screwdriver and 2 minutes you could put the Key cylinder back in…

Again something I considered and would agree it is a very feasible option.

I wondered about this looking at how easy it was to remove… this helps

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That was a nice build, Thanks for the link, I had never seen that video before

In 2015, I was the first to propose this on Belgian television in Belgium.
I then ordered these from Amal on kickstart and if you watch the entire video you will also see that I had bought all kinds of smart locks to automate as much as possible for this time :slight_smile:
Since I live in Belgium and that American locks (deadbolt) I also had to adjust my door.
Today I am walking with 2 FlexMT in my hands, 1 xEM and 1 xNT, paychip and 1 cassox double magnet in my arm :slight_smile:

Of all the locks that were there then, the one on the front door remains, and I also ended up in the European smart locks from DOM.


I have these 2 models throughout my house.
Work perfectly with the flexMT

For my mailbox:

For the rest of my doors:

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Check out Easy Guard Rfid imobilzer …
I think its more practical… but the push button is cooler.

What do you think of it?

The fobs are battery powered, and 2.4GHz, so not compatible with our implants

I think if you installed it, you would then have to bypass it…Therefore, personally not what I would call practical.

Although, If you wanted to install that, you could follow @turbo2ltr awesome solution for similar systems.

What kind of chip does that use?

Rfid powered immobilizer is a system I would love to see.

I’m working on one but it’s taking a while. If you want something now you could build something with an arduino.

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@Pilgrimsmaster in Easy Guard Website, also in there AliExpress store , there are a few different Rfid systems. they have different price, product code, and in the product picture, the number pins is different.
But, i cant understand what make them different from one another.

Can you see what makes the difference?