A JCB JZ140’s reinforced boom and dipper is made of high strength steel, with internal baffle plates for long life durability. JCB’s advanced manufacturing and assembly processes produce high precision premium quality assembled components.
The JCB engine is tried and proven; they’ve built more than 200,000 DIESELMAX engines since 2004. To ensure similar longevity; the JZ140’s EcoMAX T4i/Stage IIIB engine has been tested for 110,000 hours in 70 different machines across the toughest applications and environments around the world.
The high-strength undercarriage of a JCB JZ140 uses a fully welded X-frame construction for long-term durability even in the most demanding applications.
A closed box section revolving frame increases strength and reduces stress. It’s also highly resistant to impact damage.
The JZ140’s high-strength rigid upper frame provides maximum durability and support, while its stiff durable door design offers you added strength and rigidity.
The JZ140 has a redesigned dozer blade design with a deeper section increasing stiffness and durability.
JCB’s all-new easy-to-use quickhitch system makes attachment changing quicker and easier for you and is purpose-designed for the JS range.
An optional dozer blade increases versatility when you’re grading. Choose the optional rubber street pads and you can use your JCB JZ140 on sensitive ground like tarmac without causing damage.
The EcoMAX T4i/Stage IIIB engines are highly fuel efficient, saving you money. This is partly due to the fact that EcoMAX produces high torque at just 1500 -1600 rpm, making for improved fuel efficient matching of the hydraulics.
To reduce noise pollution from unnecessary air flow, the JZ140’s engine-driven cooling fan has a proportional control system, maintaining optimum fan speed.
Variable power bands allow you to tailor performance, and therefore economy, to specific tasks.
Simultaneous tracking and excavating is smooth and fast with an intuitive multi-function operation.
Proportional controls offer you precise command over attachments and in tasks where you need to perform fine adjustments.