The Next Generation 36-ton size class excavators from Caterpillar — the 336 and 336 GC — increase operating efficiency, lower fuel and maintenance costs, and improve operator comfort compared to previous models. The new excavators offer unique combinations of features designed to match contractors’ productivity and cost targets.
Delivering high-production performance, the new Cat® 336 features standard integrated Cat Connect Technology and the most power and lift capacity of the two models. The result is maximum productivity at the lowest cost.
The new Cat 336 GC combines the right balance of productivity features with reduced fuel consumption and maintenance costs. The result is high reliability and low-cost-per-hour performance.
The new Cat 336 has the industry’s highest level of standard factory-equipped technology to boost productivity. Integrated Cat Connect Technology increases operating efficiency by up to 45 percent over traditional grading operations.
The standard Cat Grade with 2D system provides guidance for depth, slope, and horizontal distance to grade through the standard touchscreen monitor, making operators more accurate. The system is readily upgradable to Cat Grade with Advanced 2D or Cat Grade with 3D.
Standard Grade Assist automates boom, stick, and bucket movements so operators can effortlessly stay on grade with single-lever digging.
Cat Payload delivers precise load targets and increased loading efficiency with on-the-go weighing and real-time payload estimates without swinging to prevent truck over/underloading.
The E-fence feature prevents the excavator from moving outside operator-defined set points—particularly useful when working beneath structures or near traffic.
Cat LINK™ hardware and software connect jobsites to the office and provide customers with machine-critical operating information.
By design, Cat Next Generation excavators consume less fuel than the models they are replacing — up to 15 percent less fuel for the 336.
New Smart mode operation automatically matches engine and hydraulic power to digging conditions, optimizing both fuel consumption and performance. Engine speed is automatically lowered when there is no hydraulic demand to further reduce fuel usage.