Keyread V2.0 Mitsubishi -

While programming a new key is ideal, the V2.0 software includes a cloning feature for quick duplication of standard transponders (TPX1, TPX2, etc.).

KeyRead V2.0 is a specialized software module and hardware solution designed for reading, writing, duplicating, and programming transponder keys for a wide range of vehicle manufacturers. The "V2.0" iteration is a major upgrade from its predecessor, offering enhanced algorithms, broader vehicle coverage, and a more intuitive user interface.

When paired specifically with Mitsubishi vehicles, KeyRead V2.0 shines by allowing users to:

This tool is often integrated into multi-brand diagnostic platforms like Autel, Xtool, Launch, or Abrites, but standalone KeyRead modules are also available for professional use.

Keyread V2.0 does one thing well – Mitsubishi immobilizer work on pre-2018 models – and does it faster and cheaper than most universal programmers. But don’t expect it to handle modern Mitsubishis or all-key-lost scenarios without a second tool. For its niche, it’s a 4-star workhorse.

Recommended alternative if budget allows:
Abrites Commander for Mitsubishi (much broader coverage, but 5x the price).

Headline: 🛠️ Tool Review: Getting to Grips with Keyread v2.0 for Mitsubishi

If you work on Mitsubishis, you know the pin code reading process can range from "super easy" to "why is this taking three hours?" I’ve been testing out the Keyread v2.0 interface recently, and here is the breakdown of whether it deserves a spot in your toolkit.

What is it? For those who haven't seen it, Keyread is a dedicated dongle designed to pull the immobilizer PIN code directly from the vehicle OBD port. It supports the Mitsubishi "Blade" keys and the older traditional transponder systems, covering models like the Triton, Pajero, Outlander, and Lancer. keyread v2.0 mitsubishi

The v2.0 Upgrades The original Keyread was a staple for many, but v2.0 promises faster detection and broader coverage. The biggest selling point here is speed.

The Workflow

Pros ✅

Cons ❌

The Verdict If you are a mobile locksmith or a shop that sees a steady stream of Mitsubishis, Keyread v2.0 is a "no-brainer." It pays for itself after just one or two jobs where you would have otherwise had to pay for a code or spend time on bench work. It isn't a replacement for a full dealer scanner, but for key programming, it gets the job done fast.

Discussion: Has anyone else used the v2.0 on the newer Outlander PHEVs? I’m curious to hear about the hit rate on the latest model years. Drop a comment below! 👇

#AutomotiveLocksmith #Mitsubishi #KeyProgramming #Keyread #CarKeys #LocksmithTools

KeyRead V2.0 is a specialized utility program designed to interrogate and retrieve lost or misplaced passwords from various Mitsubishi Electric MELSEC-F series Programmable Logic Controllers (PLCs). It is often used by technicians when machinery is "orphaned"—meaning the original manufacturer has gone out of business or the documentation for the password has been lost. Supported Mitsubishi PLC Models While programming a new key is ideal, the V2

KeyRead V2.0 is primarily compatible with the following legacy and compact series: FX Series (e.g., FX0N) FX1 Series (FX1S, FX1N) FX2 Series (FX2N, FX2NC)

FX3 Series (FX3U, though some specialized versions or additional fees may apply for high-level password cracking on FX3U/FX3G models). Key Features & Specifications

Primary Function: Retrieving the "Keyword" or password directly from the PLC hardware. System Requirements:

Operating Systems: Compatible with older Windows environments including Windows 2000, XP, and Vista. Later reports suggest compatibility with 64-bit systems as well.

Connectivity: Requires a serial or USB port to establish communication with the PLC. Developer: Originally attributed to DW Hylton, Inc..

Accessibility: It is frequently distributed via PLC maintenance and "crack" software sites like Software Informer or Unlock PLC. Security & Automated Analysis

Automated malware analysis reports (such as from Joe Sandbox) for KeyRead V2.0 files show mixed quality ratios, which is common for "cracking" tools that perform low-level hardware communication. While the tool is functionally successful in many cases, users should exercise caution and use trusted sources to avoid potential security risks associated with third-party PLC utilities.

Even with a great tool, users sometimes struggle. Here are solutions to frequent issues: This tool is often integrated into multi-brand diagnostic

Here’s a typical workflow for a locksmith using KeyRead V2.0:

Step 1: Hardware Connection Connect the KeyRead V2.0 hardware interface (or compatible pass-through device) to the vehicle’s OBD-II port and to a Windows laptop running the KeyRead software.

Step 2: Select Vehicle Model Launch the software → Choose Mitsubishi → Select the exact model and year (e.g., "Mitsubishi Outlander 2015").

Step 3: Read Immobilizer Data Click “Read PIN/Immo Data.” The software initiates a handshake with the immobilizer unit. For OBD-readable models, the PIN appears on screen. For older models, you may be prompted to remove the immobilizer box and read the eeprom (instructions with photos are included).

Step 4: Prepare New Key Insert a blank transponder key (e.g., ID47 chip for newer Mitsubishi) into the KeyRead programmer or a compatible programmer like the Xhorse VVDI Key Tool.

Step 5: Program the Key Select “Program Key” → Enter the extracted PIN → Follow the on-screen prompts to insert and turn the key in the ignition. The system confirms "Key Added Successfully."

Step 6: Test Start the engine with the new key. Test remote locking if equipped.

A customer lost the only key to their Lancer. The locksmith connected KeyRead V2.0, read the 93C56 eeprom via the OBD port (a V2.0 upgrade), extracted the PIN in 30 seconds, and programmed two new keys in under 10 minutes.