SX-CAN JLR Engineering Tool for CAN Bus Vehicles
SX-CAN JLR Engineering Tool for CAN Bus Vehicles
Description
SX-CAN JLR Engineering Tool for Jaguar and Land Rover CAN Bus Vehicles
The SX-CAN JLR Engineering Tool is a powerful diagnostic and programming device tailored for Jaguar and Land Rover vehicles manufactured between 2006 and 2019. Developed by industry experts, the SX-CAN tool offers unmatched functionality for CAN Bus vehicles, enabling professional-level engineering features and advanced diagnostics with ease.
Whether you need anti-theft key programming, mileage adjustments, or ECU flashing, the SX-CAN tool delivers reliable solutions, making it an essential tool for workshops, mechanics, and automotive enthusiasts.
Key Features of the SX-CAN Tool
- Comprehensive Diagnostics (MY2006–2019):
Supports a wide range of diagnostic features for vehicles manufactured from 2006 to 2019. - Advanced Engineering Features (MY2014–2019):
Unlocks capabilities such as:- Anti-theft key programming and all-keys-lost programming.
- Mileage adjustment and CCF parameter coding.
- ECU flashing and IMC infotainment system updates.
- Additional Vehicle Functions:
Gain access to an extensive list of features, including:- Vehicle reset and VIN learning.
- Fuel pump activation, water pump control, and AdBlue/DEF system resets.
- GPF regeneration and factory speed limit release.
- Maintenance reminders, battery replacement, and tire pressure sensor updates.
- BCM unprotection, gateway initialization, and valet parking reset.
- Steering gear configuration and engine adaptation clearing.
Why Choose SX-CAN?
- Stay Ahead of Legacy and Current Systems:
With JLR SDD 164 discontinued and Pathfinder v374 updates halted, the SXCAN ensures seamless diagnostics and engineering support for MY2013–2019 vehicles. - All-in-One Functionality:
Combines Pathfinder functions, ECU programming, key calibration, firmware upgrades, and OEM retrofit capabilities in a single, easy-to-use tool. - Future-Ready Support:
Includes diagnostic coverage for MY2006–2013 vehicles with upcoming updates to expand features. - High ROI:
As a professional-grade tool, the SX-CAN generates exceptional value, similar to the JLR SX-TOOL for DOIP vehicles, making it a lucrative investment for workshops.
Comparison: SX-CAN vs. SX-TOOL
- SX-CAN: Designed for JLR CAN Bus vehicles (MY2006–2019).
- SX-TOOL: Tailored for JLR DOIP vehicles (MY2017–2025).
Both tools provide robust functionality, but the SXCAN is optimized for CAN Bus systems with unique features like anti-theft module synchronization and ECU module calibration.
Vehicle Compatibility
The SXCAN tool is tested and proven to work with a wide range of Jaguar and Land Rover models, including:
- Discovery 4 (2015–2016)
- Range Rover & Range Rover Sport (2014–2016)
- Evoque (2015–2019)
- Jaguar XJ (2014–2016)
- F-Pace X761 (2014–2016)
- E-Pace (2014–2019)
Device Compatibility
The SX-CAN interface supports multiple devices, including:
- JLR DOIP
- DA DOIP
- DA VCI USB Dongle
- Mongoose Passthru OEM device
- Openport 2.0
- Bosch J2534 devices
- Autel Passthru VCI
- Launch Passthru VCI
It also works seamlessly with many aftermarket J2534 pass-thru devices. Install the appropriate USB driver and test compatibility with your vehicle.
How to Install the SX-CAN Tool
Installing the SXCAN tool is straightforward. Simply connect your device to JLR DOIP and follow the installation guide provided. For additional assistance, contact our support team for step-by-step guidance.
Unlock the potential of your Jaguar and Land Rover vehicles today with the SX-CAN JLR Engineering Tool!
Ensure reliable diagnostics, advanced programming, and unmatched functionality with this industry-leading device.
Additional Information
System Options | With SX-CAN Demo Token, With SX-CAN MY2013-2019 for SX-TOOL User, With SX-CAN MY2013-2019 for New User |
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Online Support
If you have any pre-sale question or need help with your purchase, feel free to reach out to our team:
Email: [email protected]
Mobile (WhatsApp): +447441395648
We always love to hear from our customers.