I created an AI with all the information on MG4

Hi Everyone,

Every time I had an issue with my MG4, I found myself spending more time searching through manuals than actually fixing the problem. That’s why I decided to train an AI, using all available MG4 manuals, to help with troubleshooting, maintenance, and programming. This AI can quickly provide answers and solutions, saving time and effort.

It can answer questions about:
  • Diagnosing issues
  • Disassembly and reassembly
  • Software adjustments
  • Problem-solving based on symptoms
The goal is to help each other without spending too much time searching through all the manuals.

To try it out, here is the link: MG4 Tech Assist

If you’re interested, let me know what you’d like it to help with. I'm open to all kinds of feedback, so feel free to share your thoughts and suggestions.

Edit: For the moment the chatbot is not well-trained on the MG4 XPower model. I'm working to train the model for Xpower.
 
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It seems that we can't read your private conversation with the MG Guru. Could you use the copy button near the bottom of each result and paste it into a reply, please? I'm keen to see what it had to say.
A vibration felt specifically between 55 and 75 mph suggests an issue related to wheel balance, tyres, suspension, or drivetrain components. Here's a structured diagnostic approach to pinpoint the cause and resolve it:

---

### 1. Common Causes of Vibration at 55-75 mph
#### Tyres & Wheels
  • Imbalanced wheels → The most common cause of speed-related vibrations.
  • Flat spots or deformations → Could be due to prolonged parking or poor-quality tyres.
  • Uneven tyre wear → Inspect for irregular patterns indicating alignment or suspension issues.
  • Incorrect tyre pressure → Over or under-inflated tyres can cause instability.

#### Suspension & Steering
  • Worn control arm bushings → Allows excessive movement, worsening at higher speeds.
  • Loose or worn tie rods, ball joints → Can cause vibrations in the steering wheel.
  • Shock absorber failure → Can’t dampen oscillations effectively.

#### Drivetrain Issues
  • Driveshaft imbalance or wear (if vibration is felt in the seat or floor) → Possible CV joint or bearing wear.
  • Motor mounts loose or damaged → Causes drivetrain vibration transfer to the chassis.

---

### 2. Step-by-Step Diagnostic Approach
#### A. Initial Checks
Check Tyres:
  • Look for uneven wear, bubbles, or visible damage.
  • Measure tyre pressure and adjust to manufacturer specs.

Check Wheel Balance:
  • Have the wheels balanced at a tyre shop if they haven’t been checked recently.
  • Consider road force balancing if standard balancing doesn’t solve the issue.

Perform a Wheel Alignment:
- Misalignment can cause steering instability and vibrations at specific speeds.

#### B. Road Test Observations
  • If the vibration is mainly in the steering wheel → Likely front wheels/steering components.
  • If felt in the seat/floor → Likely rear wheels, driveshaft, or suspension.
  • If it worsens under acceleration → Could indicate CV joints or motor mounts.

#### C. Suspension & Drivetrain Check
Jack up the car and check for play in the wheels by shaking them at 12-6 and 9-3 positions.
Inspect control arms, tie rods, and ball joints for wear or excessive movement.
Check motor and gearbox mounts for cracks or excessive movement.
Inspect CV joints and driveshafts for any signs of wear or looseness.

---

### 3. Recommended Fixes
  • First: Get wheels balanced and check tyre condition.
  • Second: Perform a wheel alignment if needed.
  • Third: If the issue persists, inspect suspension, steering, and drivetrain for worn components.
  • Fourth: If no visible mechanical issue is found, consider road force balancing to check for tyre defects.

Would you like a detailed guide on checking specific suspension or drivetrain components?
 
So basically anything. As usual, these systems are only as good as the data they can access. If some/most/all of that data is manipulated to be wrong, you'll get wrong answers. Been in the data/predictive analytics business for decades, same old, same old with new names, terms and acronyms, just clever marketing to create the next stampede to no where special
 
A vibration felt specifically between 55 and 75 mph suggests an issue related to wheel balance, tyres, suspension, or drivetrain components. Here's a structured diagnostic approach to pinpoint the cause and resolve it:

---

### 1. Common Causes of Vibration at 55-75 mph
#### Tyres & Wheels
  • Imbalanced wheels → The most common cause of speed-related vibrations.
  • Flat spots or deformations → Could be due to prolonged parking or poor-quality tyres.
  • Uneven tyre wear → Inspect for irregular patterns indicating alignment or suspension issues.
  • Incorrect tyre pressure → Over or under-inflated tyres can cause instability.

#### Suspension & Steering
  • Worn control arm bushings → Allows excessive movement, worsening at higher speeds.
  • Loose or worn tie rods, ball joints → Can cause vibrations in the steering wheel.
  • Shock absorber failure → Can’t dampen oscillations effectively.

#### Drivetrain Issues
  • Driveshaft imbalance or wear (if vibration is felt in the seat or floor) → Possible CV joint or bearing wear.
  • Motor mounts loose or damaged → Causes drivetrain vibration transfer to the chassis.

---

### 2. Step-by-Step Diagnostic Approach
#### A. Initial Checks
Check Tyres:
  • Look for uneven wear, bubbles, or visible damage.
  • Measure tyre pressure and adjust to manufacturer specs.

Check Wheel Balance:
  • Have the wheels balanced at a tyre shop if they haven’t been checked recently.
  • Consider road force balancing if standard balancing doesn’t solve the issue.

Perform a Wheel Alignment:
- Misalignment can cause steering instability and vibrations at specific speeds.

#### B. Road Test Observations
  • If the vibration is mainly in the steering wheel → Likely front wheels/steering components.
  • If felt in the seat/floor → Likely rear wheels, driveshaft, or suspension.
  • If it worsens under acceleration → Could indicate CV joints or motor mounts.

#### C. Suspension & Drivetrain Check
Jack up the car and check for play in the wheels by shaking them at 12-6 and 9-3 positions.
Inspect control arms, tie rods, and ball joints for wear or excessive movement.
Check motor and gearbox mounts for cracks or excessive movement.
Inspect CV joints and driveshafts for any signs of wear or looseness.

---

### 3. Recommended Fixes
  • First: Get wheels balanced and check tyre condition.
  • Second: Perform a wheel alignment if needed.
  • Third: If the issue persists, inspect suspension, steering, and drivetrain for worn components.
  • Fourth: If no visible mechanical issue is found, consider road force balancing to check for tyre defects.

Would you like a detailed guide on checking specific suspension or drivetrain components?
I'm training the gpt specifically for the xpower and for now i have a beta version with some iinformation of the xpower. Here the response for the question about the vibration:

The MG4 XPower model has been reported to experience a vibration issue at high speeds, specifically around 110 km/h. This vibration is felt in both the steering wheel and the seat. However, not all XPower models exhibit this problem.

Analysis of the Issue

  • The high-speed vibration is primarily caused by the driving shaft, which acts as an excitation source.
  • This vibration is transmitted through the vehicle’s structure, affecting both the steering wheel and seat.

Proposed Solutions

  1. Adding a Steering Wheel Damper
    • A steering wheel damper can effectively reduce the vibration felt in the steering wheel.
  2. Suspension Upgrade
    • A new suspension setup has been evaluated to meet customer expectations and improve ride quality.
  3. Addressing Tire Issues
    • Check tire pressure and adjust to the recommended levels.
    • Inspect the road force of the tires: If the road force is not within specifications, replacing the tires with properly balanced ones may solve the issue.
    • Flat spots on tires can develop due to long-term parking without movement, leading to increased vibrations.
  4. Further Actions for Persistent Complaints
    • If vibrations persist even after adding the steering wheel damper, further suspension modifications may be required.
    • Detailed repair and replacement instructions are available in the Service Manual.
These findings and solutions are based on a Technical Information (TI-20240321-EH32) bulletin specifically addressing the high-speed vibration issue in the MG4 XPower. Let me know if you need detailed guidance on implementing these solutions!
 
I'm training the gpt specifically for the xpower and for now i have a beta version with some iinformation of the xpower. Here the response for the question about the vibration:

The MG4 XPower model has been reported to experience a vibration issue at high speeds, specifically around 110 km/h. This vibration is felt in both the steering wheel and the seat. However, not all XPower models exhibit this problem.

Analysis of the Issue

  • The high-speed vibration is primarily caused by the driving shaft, which acts as an excitation source.
  • This vibration is transmitted through the vehicle’s structure, affecting both the steering wheel and seat.

Proposed Solutions

  1. Adding a Steering Wheel Damper
    • A steering wheel damper can effectively reduce the vibration felt in the steering wheel.
  2. Suspension Upgrade
    • A new suspension setup has been evaluated to meet customer expectations and improve ride quality.
  3. Addressing Tire Issues
    • Check tire pressure and adjust to the recommended levels.
    • Inspect the road force of the tires: If the road force is not within specifications, replacing the tires with properly balanced ones may solve the issue.
    • Flat spots on tires can develop due to long-term parking without movement, leading to increased vibrations.
  4. Further Actions for Persistent Complaints
    • If vibrations persist even after adding the steering wheel damper, further suspension modifications may be required.
    • Detailed repair and replacement instructions are available in the Service Manual.
These findings and solutions are based on a Technical Information (TI-20240321-EH32) bulletin specifically addressing the high-speed vibration issue in the MG4 XPower. Let me know if you need detailed guidance on implementing these solutions!

Perfect and exactly correct!

Nice to know my initial thoughts in October 2023 align with the amazing AI tech available today. 👍
 
Looks great from the comments (not tried it directly yet). Maybe you could add this forum as a knowledge source as well? At least the pinned FAQ page.
 
Firstly, a huge thanks to Geekice for creating this AI model.
I have bookmarked it and I will be using it often, but I feel that us ordinary users needs to be aware of a few things about AI.
Firstly the "A" is significant. It is Artificial, it is not proper intelligence fused with common sense.
Secondly, ChatGPT will ALWAYS give you an answer. It will never say "I am sorry, but I do not know that". It will rather give you a wrong answer! Hence my previous mention of common sense. It does not have that!

Now is the time to lean back an reiterate my unconditional Thank you and praise of the work done by Geekice!!!
I am a software developer for 25 years, but this is way out of my league.
Thank you Geekice (pray)


Below follows a conversation, where I was attempting to find a way to do car camping in the MG4, without accidently triggering the alarm system (I have done that more than once. A sure way to get ill-will on a camping site!)
Pls. note the first Italian bit. ChatGPT surely knows we are only discussing the MG4.
Next it is very helpful to help identifying the fuses and what systems they control. It actually is quite a good conversation.
Further down it suggest to disable the volumetric sensors, which MG4 does not have.
In the next bit it suggest a method which includes turning the ignition on an off. Surely irrelevant for an EV.
Such issues most probably comes from websites which has information on MG4 and MG hybrids, but fails to state the difference clearly, thus ChatGPT is fooled to give incorrect answers.

But if we apply common sense, we and I can benefit hugely by the work of Geekice. Thank you

Conversation below:
Where is the fuse box

L'MG4 è dotato di due scatole dei fusibili:

  1. Scatola dei fusibili del vano anteriore
    • Posizionata sul lato anteriore sinistro del vano motore.
    • Per accedervi, aprire il cofano e rimuovere il coperchio del compartimento.
  2. Scatola dei fusibili del vano passeggeri
    • Situata dietro il pannello di rivestimento della fascia inferiore del lato conducente.
    • Per accedervi, rimuovere il pannello.
Se hai bisogno di individuare un fusibile specifico, posso fornirti ulteriori dettagli sulla sua posizione e funzione.

You said:

In english please

ChatGPT said:

The MG4 has two fuse boxes:

  1. Front compartment fuse box
    • Located on the front left side of the engine bay.
    • To access it, open the hood and remove the compartment cover.
  2. Passenger compartment fuse box
    • Located behind the lower fascia trim panel on the driver's side.
    • To access it, remove the panel.
If you need to locate a specific fuse, let me know and I can provide more details.

You said:

Where is the fuse that controls the alarm system?

ChatGPT said:

The fuse responsible for the alarm system in the MG4 is located in the passenger compartment fuse box:

  • Fuse CF06 (5A): Controls the Pedestrian Alarm Module, which is part of the vehicle's security and alert system.
To access it:

  1. Remove the lower fascia trim panel on the driver's side.
  2. Locate the passenger compartment fuse box behind the panel.
  3. Find CF06, which is a 5A fuse.
If the alarm system is not functioning properly, check and replace this fuse if necessary. Let me know if you need further details!

You said:

Sorry, I meant the fuse that controls the vehicles intrusion alarm system

ChatGPT said:

The fuse that controls the intrusion alarm system in the MG4 is located in the passenger compartment fuse box.

  • Fuse CF13 (5A): This fuse powers the Body Control Module (BCM), which manages the vehicle's security system, including the intrusion alarm.
To access it:

  1. Remove the lower fascia trim panel on the driver's side.
  2. Locate the passenger compartment fuse box.
  3. Find CF13, which is a 5A fuse.
If your alarm system is not functioning correctly, check this fuse and replace it if necessary. Let me know if you need further assistance!

You said:

What systems are powered via fuse CF13?

ChatGPT said:

The CF13 fuse (5A) in the passenger compartment fuse box powers the following systems:

  • Driver Monitoring System (DMS): This system includes cameras and sensors that monitor driver attention and alertness.
If you are troubleshooting the intrusion alarm system, it may also rely on the Body Control Module (BCM), which could be powered by a different fuse. Let me know if you need further details!

You said:

How can you turn off the car's intrusion alarm whilst still having the doors locked?

ChatGPT said:

To disable the intrusion alarm while keeping the doors locked on the MG4, you can follow these steps:

Method 1: Using the Key Fob (Partial Alarm Mode)

  1. Press the lock button on the key fob twice within 3 seconds.
  2. This will activate the Part Alarm mode, disabling the volumetric sensors inside the vehicle while keeping the doors locked.
  3. The exterior alarm (for door or tailgate opening) remains active, but motion inside the vehicle will not trigger the alarm.
Method 2: Disabling the Security System Temporarily

The Body Control Module (BCM) will disable the security system if any of the following operations occur:

  • A valid UNLOCK request from the remote key.
  • A valid UNLOCK request from the BCM.
  • A valid UNLOCK request from the driver’s door switch.
  • A valid UNLOCK request from the TBOX system (if applicable).
If you need the alarm system to stay off consistently, you might need to adjust the security settings via the vehicle's configuration menu. Let me know if you need further guidance!

You said:

Regarding Method 1. There are no volumetric sensors in the MG4

ChatGPT said:

You are correct—the MG4 does not have volumetric sensors as part of its security system.

How to Disable the Intrusion Alarm While Keeping the Doors Locked

Since the MG4's intrusion alarm system is based on door, bonnet, and tailgate switches, you can prevent false alarms by ensuring all monitored zones are properly closed. Here are two ways to achieve this:

Method 1: Using the Key Fob (Partial Alarm Mode)

  • Press the lock button on the key fob twice within 3 seconds.
  • This puts the car into Partial Alarm Mode, where the exterior alarm remains active but prevents unnecessary triggers from the door switches.
Method 2: Manually Disabling the Alarm Before Locking

  1. Turn on the ignition and leave it on for about 30 seconds.
  2. Turn off the ignition and immediately exit the vehicle.
  3. Manually lock the doors using the key (if available) or the lock button inside before closing the last door.
  4. The alarm system will not fully activate since no "lock command" is sent via the remote.
Let me know if you need further clarification!

You said:

Regarding Method 2. The MG4 is an electric vehicle and has no Ignition

ChatGPT said:

You're absolutely right—the MG4, being an electric vehicle, does not have a traditional ignition system like an internal combustion engine vehicle.

To disable the intrusion alarm while keeping the doors locked, the best method is:

Method: Using the Key Fob (Partial Alarm Mode)

  • Press the lock button on the key fob twice within 3 seconds.
  • This activates Partial Alarm Mode, keeping the doors locked but preventing unnecessary triggers from the alarm system.
  • The exterior alarm (for unauthorized door or tailgate opening) remains active.
If you are experiencing false alarms or want a more permanent solution, I can check if there are programmable settings in the BCM (Body Control Module). Let me know if you need more details!
 
Firstly, a huge thanks to Geekice for creating this AI model.
I have bookmarked it and I will be using it often, but I feel that us ordinary users needs to be aware of a few things about AI.
Firstly the "A" is significant. It is Artificial, it is not proper intelligence fused with common sense.
Secondly, ChatGPT will ALWAYS give you an answer. It will never say "I am sorry, but I do not know that". It will rather give you a wrong answer! Hence my previous mention of common sense. It does not have that!

Now is the time to lean back an reiterate my unconditional Thank you and praise of the work done by Geekice!!!
I am a software developer for 25 years, but this is way out of my league.
Thank you Geekice (pray)


Below follows a conversation, where I was attempting to find a way to do car camping in the MG4, without accidently triggering the alarm system (I have done that more than once. A sure way to get ill-will on a camping site!)
Pls. note the first Italian bit. ChatGPT surely knows we are only discussing the MG4.
Next it is very helpful to help identifying the fuses and what systems they control. It actually is quite a good conversation.
Further down it suggest to disable the volumetric sensors, which MG4 does not have.
In the next bit it suggest a method which includes turning the ignition on an off. Surely irrelevant for an EV.
Such issues most probably comes from websites which has information on MG4 and MG hybrids, but fails to state the difference clearly, thus ChatGPT is fooled to give incorrect answers.

But if we apply common sense, we and I can benefit hugely by the work of Geekice. Thank you

Conversation below:
Where is the fuse box

L'MG4 è dotato di due scatole dei fusibili:

  1. Scatola dei fusibili del vano anteriore
    • Posizionata sul lato anteriore sinistro del vano motore.
    • Per accedervi, aprire il cofano e rimuovere il coperchio del compartimento.
  2. Scatola dei fusibili del vano passeggeri
    • Situata dietro il pannello di rivestimento della fascia inferiore del lato conducente.
    • Per accedervi, rimuovere il pannello.
Se hai bisogno di individuare un fusibile specifico, posso fornirti ulteriori dettagli sulla sua posizione e funzione.

You said:

In english please

ChatGPT said:

The MG4 has two fuse boxes:

  1. Front compartment fuse box
    • Located on the front left side of the engine bay.
    • To access it, open the hood and remove the compartment cover.
  2. Passenger compartment fuse box
    • Located behind the lower fascia trim panel on the driver's side.
    • To access it, remove the panel.
If you need to locate a specific fuse, let me know and I can provide more details.

You said:

Where is the fuse that controls the alarm system?

ChatGPT said:

The fuse responsible for the alarm system in the MG4 is located in the passenger compartment fuse box:

  • Fuse CF06 (5A): Controls the Pedestrian Alarm Module, which is part of the vehicle's security and alert system.
To access it:

  1. Remove the lower fascia trim panel on the driver's side.
  2. Locate the passenger compartment fuse box behind the panel.
  3. Find CF06, which is a 5A fuse.
If the alarm system is not functioning properly, check and replace this fuse if necessary. Let me know if you need further details!

You said:

Sorry, I meant the fuse that controls the vehicles intrusion alarm system

ChatGPT said:

The fuse that controls the intrusion alarm system in the MG4 is located in the passenger compartment fuse box.

  • Fuse CF13 (5A): This fuse powers the Body Control Module (BCM), which manages the vehicle's security system, including the intrusion alarm.
To access it:

  1. Remove the lower fascia trim panel on the driver's side.
  2. Locate the passenger compartment fuse box.
  3. Find CF13, which is a 5A fuse.
If your alarm system is not functioning correctly, check this fuse and replace it if necessary. Let me know if you need further assistance!

You said:

What systems are powered via fuse CF13?

ChatGPT said:

The CF13 fuse (5A) in the passenger compartment fuse box powers the following systems:

  • Driver Monitoring System (DMS): This system includes cameras and sensors that monitor driver attention and alertness.
Se stai risolvendo i problemi del sistema di allarme anti-intrusione , potrebbe anche basarsi sul Body Control Module (BCM) , che potrebbe essere alimentato da un fusibile diverso. Fammi sapere se hai bisogno di ulteriori dettagli!

Hai detto:

Come è possibile disattivare l'allarme anti-intrusione dell'auto mantenendo le portiere bloccate?

ChatGPT ha detto:

Per disattivare l' allarme anti-intrusione mantenendo le portiere bloccate sulla MG4, puoi seguire questi passaggi:

Metodo 1: Utilizzo del portachiavi (modalità allarme parziale)

  1. Premere due volte entro 3 secondi il pulsante di blocco sul portachiavi .
  2. Ciò attiverà la modalità Allarme parziale , disattivando i sensori volumetrici all'interno del veicolo e mantenendo le portiere bloccate.
  3. L'allarme esterno (per l'apertura della portiera o del portellone posteriore) rimane attivo, ma il movimento all'interno del veicolo non farà scattare l'allarme.
Metodo 2: Disattivazione temporanea del sistema di sicurezza

Il modulo di controllo della carrozzeria (BCM) disabiliterà il sistema di sicurezza se si verifica una delle seguenti operazioni:

  • Una richiesta di SBLOCCO valida dalla chiave remota .
  • Una richiesta di SBLOCCAGGIO valida dal BCM .
  • Una richiesta di SBLOCCAGGIO valida dall'interruttore della portiera del conducente .
  • Una richiesta di SBLOCCO valida dal sistema TBOX (se applicabile).
Se hai bisogno che il sistema di allarme resti costantemente spento, potresti dover regolare le impostazioni di sicurezza tramite il menu di configurazione del veicolo. Fammi sapere se hai bisogno di ulteriori indicazioni!

Hai detto:

Per quanto riguarda il metodo 1. Non ci sono sensori volumetrici nell'MG4

ChatGPT ha detto:

Hai ragione: la MG4 non ha sensori volumetrici come parte del suo sistema di sicurezza.

Come disattivare l'allarme anti-intrusione mantenendo le porte chiuse

Poiché il sistema di allarme antintrusione
dell'MG4 si basa sugli interruttori di portiera, cofano e portellone posteriore , è possibile prevenire falsi allarmi assicurandosi che tutte le zone monitorate siano correttamente chiuse. Ecco due modi per ottenere questo risultato:

Metodo 1: Utilizzo del portachiavi (modalità allarme parziale)

  • Premere due volte entro 3 secondi il pulsante di blocco sul portachiavi .
  • In questo modo l'auto entra in modalità di allarme parziale , in cui l'allarme esterno rimane attivo ma impedisce attivazioni non necessarie dagli interruttori delle portiere .
Metodo 2: Disattivazione manuale dell'allarme prima del blocco

  1. Accendere il motore e lasciarlo acceso per circa 30 secondi .
  2. Spegnere il motore e uscire immediatamente dal veicolo .
  3. Prima di chiudere l'ultima portiera, bloccare manualmente le portiere utilizzando la chiave (se disponibile) o il pulsante di chiusura all'interno .
  4. Il sistema di allarme non si attiverà completamente poiché non viene inviato alcun "comando di blocco" tramite il telecomando.
Fammi sapere se hai bisogno di ulteriori chiarimenti!

Hai detto:

Per quanto riguarda il metodo 2. La MG4 è un veicolo elettrico e non ha accensione

ChatGPT ha detto:

Hai assolutamente ragione: la MG4, essendo un veicolo elettrico, non ha un sistema di accensione tradizionale come un veicolo con motore a combustione interna.

Per disattivare l' allarme anti-intrusione mantenendo le porte bloccate, il metodo migliore è:

Metodo: Utilizzo del portachiavi (Modalità allarme parziale)

  • Premere due volte entro 3 secondi il pulsante di blocco sul portachiavi.
  • In questo modo si attiva la modalità di allarme parziale , mantenendo le portiere bloccate ma evitando inutili attivazioni del sistema di allarme .
  • L' allarme esterno (per l'apertura non autorizzata della portiera o del portellone posteriore) rimane attivo.
Se riscontri falsi allarmi o desideri una soluzione più permanente, posso controllare se ci sono impostazioni programmabili nel BCM (Body Control Module) . Fammi sapere se hai bisogno di maggiori dettagli!
Yes, I totally agree with what you said for using this some common sense is necessary. The biggest issue with ChatGPT is that if it doesn't know something, it will still provide an answer, which is often inaccurate. I'm trying to make the bot more reliable, but as you pointed out, if it doesn't find information in the documentation, it searches the internet and takes whatever it finds as true. My goal is to make this bot rely solely on official documentation, but it's proving to be quite stubborn.
 
I've fixed the language issue! The AI will now respond in the same language as the question, making it easier for everyone to use.

However, I’ve noticed that it’s not yet well-trained on the MG4 XPower model. I’ll be working on improving that in the coming days to ensure it provides accurate information.
Thanks @Geekice, yes it's given me 2 different answers to the same simple XPower question, so it's difficult to trust.
 
In @webhiker's post above the bot makes reference to Volumetric Sensors ... the MG4 doesn't have these - at least not in the UK anyway. :)

(I'm assuming it is meaning internal movement sensors, something that dog owners have to consider if they're locking the car and leaving dogs inside - for a short time).
 
All this sounds very, very impressive.
And way, way beyond my capabilities.
I've read all these posts so far and haven't got a Scooby doo. What ya on about.
Think I'll just carry on in my own Caveman
way. It's worked nicely for me so far. 🙂👍
 
I'm still getting Italian replies. :(
wheel bolt torque.png
 
I'm still getting Italian replies. :(
View attachment 34943
thank you for the feedback, I’m working on a new version to solve the problem found today. The language problem is probably related to the some of the manual that I used to train the AI that was in italian. I’m training the new chat bot with English material.
 
Last edited by a moderator:
If you're using the manuals from my drive depending on how hard it is you could add all languages and Possibly other models to create a MG master resource
 

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