Case IH Farmall C Upgrade: More power, weight & precision
The Case IH Farmall C, well known across New Zealand, has just seen an upgrade including a new look, increased weight and hydraulic power, and a cab overhaul.
The new variable chamber RB6 series, offered in the RB456 and RB466 models are built to deliver greater reliability, usability in tough conditions, alongside greater connectivity.
An upgraded chain drive system with premium, higher-strength chains is said to help boost performance in heavy crops, while tripleseal bearings help achieve extended durability by keeping contaminants out and lubricants in.
Extruded rollers now feature a seamless design to increase strength and service life. Reinforced rolls and sealed bearings further enhance resilience and reduce maintenance.
Looking at technology, ISOBUS is standard, making setup easier and offering features such as tractor-baler automation to be unlocked when paired with Case IH tractors. Automated baling steps, such as stopping when the bale is ready, net start and tailgate operation, improve throughput and reduce fatigue. Functions can be directly controlled from the cab with optional Pro 700 Plus or Pro 1200 displays available for non-ISOBUS tractors.
Optional Case IH connectivity solutions, including Basic and Advanced Telematics, allowing baler data to be brought into FieldOps for access anytime, anywhere, allowing operators to view field totals, bale drop locations and moisture data to improve transport, storage planning.
In addition, Case IH is introducing model year 2026 updates for the LB436 HD and LB4 XL series large square balers to boost productivity and bale quality for producers.
Each series includes technology and automation upgrades to maximize throughput and produce consistent, high-quality bales regardless of operator experience.
Both balers feature updates a new greasing system for automatic chain lubrication instead of oil, said to deliver over four times longer service intervals and requiring only one fluid, while eliminating the oiler pump system for easier maintenance making pre-field preparation faster and easier. A new load-sensing package enables bale ejection and bale ramp activation from the back of the baler as well as from the cab, adding convenience and efficiency.
Baler automation improves capacity, density, ease of use and overall throughput, especially for less experienced operators. Soon compatible with Tractor Implement Management (TIM), the system automatically adjusts tractor speed to match crop flow and density. By monitoring swath consistency and preventing overloads, the baler produces more bales per hour with uniform shape and shape and superior density, while reducing operator fatigue and fuel consumption.
