#xhorse

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How to Fix Xhorse Multi-Prog System Version Is Outdated 4133AAAA Error?

Issue & Fix Statement: The XHORSE Multi-Prog displays the error: “The device system version is outdated and requires a system upgrade first (4133AAAA).” This issue is caused by an outdated firmware state, and it can be resolved by entering forced firmware upgrade mode and performing a system update.

Technical Explanation This error occurs when the MultiProg device firmware version does not meet the required system version check during startup, resulting in a version mismatch.

Diagnostic / Action Steps 1. Press and hold the RST hole button. 2. While holding it, turn the power on the device. 3. Keep holding for about 5 seconds after powering on. 4. The device will enter forced firmware upgrade mode.

Final Result After a successful firmware update, the 4133AAAA error will be cleared, and the device will return to normal operation.

www.xhorsetool.co.uk

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Xhorse VVDI All-In-One Garage Remote (XKGTF1EN) Pre-Order

The new Xhorse VVDI All-In-One Garage Remote (XKGTF1EN) is now available for pre-order and expected to ship in 30 days. This professional 3-in-1 solution replaces three separate remotes for garage doors, electric gates, and rolling shutters. Supporting 300MHz-916MHz and ASK/FSK codes, the XKGTF1EN simplifies the duplication process for locksmiths and technicians worldwide.

Core Functional Highlights 3-in-1 Capability: Supports copying three different frequencies and datasets simultaneously, allowing users to control multiple systems with one hardware unit. Automatic Frequency Matching: No manual adjustment is necessary. The device automatically detects and adapts to original frequencies ranging from 300MHz to 916MHz. Extensive Protocol Support: Fully compatible with both ASK and FSK codes. Advanced Code Copying: Supports fixed codes (PT22XX, HT6P20, VD5026, etc.) and rolling codes (HCS101, HCS30X, HCS36X) with factory code input. Broad Application: Generates or copies remotes for over 200 types of garage doors, rolling shutters, parking locks, and electric bikes.

Technical Specifications & Compatibility Product Name: XKGTF1EN Garage Remote Part Number: XKGTF1EN Frequency Range: 300MHz - 916MHz Supported Codes: Fixed Code, Rolling Code, ASK, FSK, Non-standard codes

Professional Configuration via KEY TOOL Series To maximize the utility of the XKGTF1EN, advanced functions such as cloud copying, cloud backup, and remote generation require integration with Xhorse KEY TOOL series equipment (such as the VVDI Key Tool Max Pro or Key Tool Plus). This allows for precise configuration adjustments, including frequency, key mapping, and baud rate.

For professionals looking to streamline their stock and provide a reliable, universal solution for gate and garage access, the Xhorse VVDI Garage Remote is an essential addition to the 2026 product catalog.

Note: Pre-order customers will receive priority shipping once the first batch arrives in our warehouse next month. Contact us today for bulk pricing and availability.

www.xhorsetool.co.uk

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Xhorse VVDI Max Pro vs. Autel KM100: 2026 Comparison Review

The Xhorse VVDI Key Tool Max Pro and Autel MaxiIM KM100 are the top contenders for transponder cloning, IMMO programming, and remote generation. While the Autel KM100 focuses on a guided, user-friendly interface, the XhorseMax Pro prioritizes advanced security access and modular flexibility.

Here is a technical breakdown of how these industry heavyweights compare.

1. User Experience & Interface Xhorse Max Pro: Offers more manual control and technical depth. While the interface is robust, it is designed for users who want to manage complex security steps manually.

Autel KM100: Renowned for its simplicity and user-friendly 8-inch touchscreen. It features guided workflows that reduce guesswork, making it ideal for those who prefer a "plug-and-play" experience.

2. Technical Capabilities Xhorse Max Pro: Shines in advanced security access, including cloning and generating full-function keys without dealer equipment. It is particularly reliable for encrypted IMMO systems and push-to-start modules.

Autel KM100: Provides broad out-of-the-box coverage for domestic, Asian, and European vehicles. It excels at standard key learning, remote programming, and basic module coding.

3. Ecosystem & Hardware

4. Market Positioning The "Everyday" Tool: The Autel KM100 is often seen as the best value for small shops or home garages. It handles the majority of common tasks without requiring additional hardware.

The "Specialist" Tool: The Xhorse Max Pro is favored by professional locksmiths. While it may have a slightly higher upfront cost and require specific adapters, it offers greater long-term potential for complex jobs.

Final Verdict Choose the Autel KM100 if you prioritize a clean UI, guided menus, and reliable performance for everyday vehicle service.

Choose the Xhorse VVDI Key Tool Max Pro if you are an advanced technician who needs deep access to encrypted systems and a flexible hardware ecosystem.

Ready to Upgrade Your Locksmith Arsenal? Explore the full Xhorse range and secure your VVDI Key Tool Max Pro today at www.xhorsetool.co.uk.

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Xhorse FT-OBD Mini: Toyota Key Programming Guide

In this guide, we’ll show you how to add and delete smart keys on a 2017 Toyota Camry using the Xhorse FT-OBD Mini Tool, working together with VVDI Key Tool Max or Key Tool Max Pro.

Since we have the original working key, the process is straightforward. Let’s get started.

Step 1: Connect and Enter Programming Menu 1. Connect the Toyota Mini Tool to the vehicle’s OBD port. 2. On the VVDI Key Tool Max / Max Pro, navigate to:

Select from Model → Camry → Keyless Go → 2013–2017 → Type 1 (8A – Page P4 88) → Step 3 – Adding Keys → Start Execute → Clear Smart Keys

Step 2: Clear Existing Smart Keys Follow the on-screen instructions: Turn the ignition ON (instrument panel lights up). The system will display: Number of registered keys: 1 Number of keys remaining to be registered: 6 Press OK.

Next: Touch the IGNITION (IG) switch with a registered key (logo side facing the switch). Complete the operation within 30 seconds after pressing OK.

Once finished, you’ll see: Clear completed!

Step 3: Add a New Smart Key Now select "Add Smart Keys." 1. Turn the ignition ON again. 2. Press OK. 3. Within 30 seconds, touch the IG switch with a registered key using the marked surface. The system will display: Key detected, programming… Keep the key touching the ignition switch. Wait until the registration process is fully completed.

After successful programming: Number of registered keys: 2 Number of keys remaining to be registered: 5 The matching is completed.

Final Check 1. Turn the ignition OFF. 2. Test both smart keys: Remote functions work normally Vehicle starts successfully Key adding and deletion completed.

www.obd2shop.co.uk

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Collect 2019 Audi Q7 Key Data with MLB Tool & Key Tool Plus

In this article, we’ll demonstrate how to collect key data from a 2019 Audi Q7 using the Xhorse MLB Tool together with the VVDI Key Tool Plus. Please note that this process requires an online connection and will deduct 200 remote points for data calculation.

Step 1: Enter Immobilizer Programming On the VVDI Key Tool Plus, follow the path below: Immo Programming → Audi → Select by Type → MLB Immobilizer Systems → Start Programming

This function requires an active internet connection. Make sure your network is working properly, then click OK to continue.

Step 2: Connect the MLB Tool Select the Type 2 Audi/Lamborghini connection diagram. Carefully solder the circuit board according to the diagram, then connect it to the Xhorse MLB Tool.

After the hardware connection is complete, click “Collect Key Data.”

Step 3: Confirm Data Collection and Point Deduction The system may display the following message:

Detected that the Key Tool Plus does not read the vehicle information data. Continue to acquire data to save? The immo file will not contain vehicle information.

Select Yes to continue. Next, choose Collect Original Keys – Points Deduction.

A confirmation prompt will appear: This calculation will deduct 200 remote points. Do you want to continue? Select Yes.

Step 4: Collect Key Data Before collecting data, pay close attention to the following notes:

Important Notes: 1. Connect the acquisition cable to the device exactly as shown in the diagram and place the key flat on the sensing area. 2. Ensure the TOP side of the acquisition cable is facing upward. 3. Align VCC1 with VCC1 and VCC2 with VCC2 correctly. Once everything is properly positioned, press OK to begin data acquisition.

Completion After the data collection process is finished, the 2019 Audi Q7 key data is successfully acquired and saved. You can now proceed with further key programming operations as required.

www.obd2shop.co.uk

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Repair BMW XEQ384 FRM Module Using Xhorse VVDI PROG

When all FRM (Footwell Module) functions on a BMW stop working, the issue is often caused by corrupted FRM data. In this guide, we’ll walk through how to repair a BMW XEQ384 FRM module using the Xhorse VVDI PROG.

Step 1: Remove the FRM Module

First, remove the FRM module from the vehicle. This allows us to read, edit, and write the data safely on the bench.

Step 2: Backup FRM Data Connect the FRM Module Follow the official wiring diagram to connect the FRM module to VVDI PROG. VVDI PROG Settings In the VVDI PROG software, select: Type: 8 – OTHER Brand: BMW Chip: FRM-E-SERIES-XEQ384-READ Once the connection is successful, proceed with data backup.

Read and Save Data Read and save the D-FLASH file Read and save the P-FLASH file

After backing up: Clear faults Edit the D-FLASH file Prepare the corrected file for writing Note: You may use a third-party paid service to correct the D-FLASH file if needed.

Step 3: Write Data Back to the FRM 1. Select FRM-E-SERIES-XEQ384-WRITE in VVDI PROG 2. Load the corrected EEPROM file 3. Click Write 4. Wait for the Writing Success confirmation Once completed, reinstall the FRM module into the BMW.

Final Check After installation: Recheck all FRM functions Confirm lights, windows, and related systems are working normally

Repair complete.

www.obd2shop.co.uk

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How to Change Super Chip Type with VVDI MINI Key Tool

The Xhorse VVDI MINI Key Tool allows for easy modification of the super chip type for XT27A01 / XT27A66 super chips without erasing data. This allows users to directly set the transponder type, making the process fast and efficient.

Supported Feature Highlights: No chip erasing required Direct transponder type setting Simple operation via VVDI MINI Key Tool

How to Set VVDI Super Chip Type Step-by-Step Instructions 1. Place the VVDI super chip into the coil area of the VVDI MINI Key Tool. 2. On the device, follow the menu path: Mini Key Tool → VVDI Super Chip → Set as ID4C 3. Enter the required details and tap OK. 4. Once completed, the setup will be successful.

How to Change to Another Transponder Type 1. Select “Set as ID4E (ID64)” from the menu. 2. Confirm the operation. 3. The transponder type will be changed successfully.

Supported Transponder Types The VVDI MINI Key Tool supports the following transponder types: ID11 ID12 ID13 IDPCF7935 IDPCF7936 IDPCF7937 IDPCF7938 IDPCF7939 IDPCF7946 ID48 ID4C ID4D ID4D (80) ID4E ID8A ID8C ID8E

With this function, the Xhorse VVDI MINI Key Tool enables locksmiths and technicians to quickly and reliably configure VVDI super chips for various vehicle requirements.

For more professional automotive diagnostic and key programming tools, visit: www.obd2shop.co.uk.

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How to Use VVDI Remote Functions: Detection, Query& Cloning?

VVDI Remote Keys offer a streamlined approach to key programming and diagnostics. Here's a clear, step-by-step breakdown of essential functions to enhance your workflow. Applicable to MINI Key Tool, Key Tool Max/Key Tool Max Pro, Key Tool MIDI and Key Tool Plus.

1. Detect Remote Information Begin by navigating to the Special Function > VVDI Remote Function > Detect Remote interface. Place the remote in the detection zone, and within moments, the system will display the remote type and all relevant technical details.

2. Query Remote Usage History Select the Query remote usage record, then choose Common query with the remote in position. After a brief scan, you can review the remote's point collection time, generation time, and the option it was previously generated for—valuable data for diagnostics and audits.

3. Clone Remotes Without Key Learning VVDI also enables remote cloning without traditional key learning: ① Go to VVDI Smart Key Clone. ② First, read data from an already-paired key. ③ Once data is read successfully, place a new remote into the coil. ④ Click Clone to transfer the data. ⑤ After a successful write, the new remote is ready to use immediately—no additional pairing required.

These built-in VVDI features help save time, reduce complexity, and improve accuracy in remote programming and diagnostics.

www.xhorsetool.co.uk