ELocker Holden Colorado RC Rodeo RA Dmax MuX Rear

Harrop Elocker to suit Holden Colorado RC Rodeo RA7 Isuzu DMAX Rear

YOUR ELECTRONIC PUSH BUTTON SOLUTION

In collaboration with Eaton Corporation, we have developed the Harrop Eaton ELocker Differential for a range of popular 4WD vehicles. The ELocker's electromagnetic locking mechanism is the next generation of aftermarket differential technology. The ELocker performs as an open differential until you decide you need more traction.

Designed expressly for 4-wheel drive systems to give you the ability to lock or unlock the differentials when necessary. When locked the Harrop Eaton ELocker performs as a full locker, capturing 100% of the available torque and sending it equally to both ends of the axle

NO AIRLINES, NO COMPRESSOR - JUST TRACTION

The Harrop Eaton ELocker is built with precision-forged gears that are designed to mesh perfectly, providing improved strength and durability over a standard cut gear. Its ease of installation, reliability and push-button activation make ELocker an absolute must for all off-road applications.

• Enhances towing and off-road performance
• Patented positive-electronic locking
• Precision-forged gears
• 4 Pinion design
• Drop-in installation
• Superior re-buildable design
• Requires no external module, compressor or hoses
• Push button traction

Vehicle Applications:

• Holden Rodeo, RA.
• Holden Colorado, Colorado 7 & Trailblazer, RC.
• Holden Jackaroo 1988 - 2002.
• Isuzu D-Max, 2008 to 2020
• Isuzu DMAX 2020-On
• Isuzu Mu-X, 2008 to Current.

Vehicle Position:

• Rear

Does Not Include the Install Kit (Bearings & Gasket)

We also have this elocker available as a package including the install kit - Elocker Differential Kit

Professional fitment is recommended. Fitting is available though additional costs will apply.

Please Note: Due to casting differences this may require a different size shim to set the pre-load. Does not suit RA/RA7 models 88-02 with thrust block centre.

Table below shows the information required for your application.