190 Skid Steer Loader
190 Skid Steer Loader
190 Skid Steer Loader
190
The new small platform 862kg rated operating capacity JCB 190 vertical lift skid steer incorporates our unique single boom and side entry design.
Designed for comfort, safety, economy, productivity and durability in the USA (home of skid steer loaders), the 190’s 46 kW JCB Diesel by Kohler engine is tried, tested and proven.
Representing nothing less than a revolution in skid steer and compact track loader design, the latest range from JCB incorporates our unique and distinctive Powerboom loader arm. By using a single loader arm, we’ve ensured that you enjoy the very best productivity, visibility, safety, comfort, versatility and operator access on the market today.
A SOUND INVESTMENT
JCB’s Tier 4i EcoMAX engine uses up to 9% less fuel than outgoing Tier 3 units, saving you money. It also produces its peak torque at low revs for fuel-efficient matching of the transmission and hydraulics.
- Optional 2-speed transmission helps your skid steer achieve quicker travel and cycle times.
- Cooling is extremely efficient, with lower-temperature air pulled from the top of the cooling pack and expelled through the sides and rear; this improves overall performance.
- Kohler KDI T4F engine featuring a maintenance-free diesel-oxidation catalyst (DOC) and offers improved torque and fuel efficiency.
POWER AND PERFORMANCE
JCB's Smoothride System (SRS) allows the boom and load to move independently of the chassis, ensuring improved load retention and operator comfort. In turn, this means faster loading cycles and journey times.
- Optional parallel lift to help keep loads level throughout the lift cycle, ideal for carrying palletised loads.
- Standard mechanical or optional hydraulic quickhitches are designed to meet stringent JCB standards, making for quick and efficient attachment changes.
- High flow hydraulics mean you can choose from a huge range of 31 different attachment types.
- Radial lift provides improved digging geometry with more reach at the midpoint of the life cycle.