For centuries, farmers have relied on the plough for one of the most reliable methods of eradicating weeds. However, the advantages of ploughing are manyfold, and include breaking through the capillary, combining crop residues and fertilizer and promoting the release of nutrients through mineralisation. The control of root weeds and fungal diseases is also another advantage of ploughing. Furthermore, ploughing assists in the repair of compaction as well as increasing the top surface volume by some 30% - which assist with water absorption. All of this combines to produce an agronomic advantage for farmers.
PLOUGHING PRODUCTIVITY - For centuries, farmers have relied on the plough for one of the most reliable methods of eradicating weeds. However, the advantages of ploughing are manyfold, and include breaking through the capillary, combining crop residues and fertilizer and promoting the release of nutrients through mineralisation.
LOW FUEL CONSUMPTION - Thanks to their efficient design, New Holland ploughs require up to 15% less draft effort compared to leading competitors.
OVER 165 YEARS OF PLOUGH MAKING EXPERIENCE - New Holland ploughs are produced in our dedicated factory in the town of Överum, Sweden. The Överum plant has been producing ploughs for over 165 years - and every plough produced benefits from this vast experience.
A GUIDE TO CHOOSING THE RIGHT PLOUGH
New Holland has developed a versatile range of ploughs to match the varied needs of different operations. To maximize flexibility, New Holland utilizes a modular system where modules are bolted rather than welded to the frame. This approach allows for easy customization and adjustment. The selection of a plough is primarily influenced by two key factors: the tractor power and the number of furrows required. The chart below provides guidance on choosing the appropriate plough based on these criteria.
TYPES OF PLOUGH: BODIES AND POINTS
New Holland has engineered a range of plough bodies designed to ensure that you can choose not only the right plough for your specific application but also one that is perfectly suited to your soil and topographical conditions. By offering a selection of different points, New Holland allows you to precisely define the effectiveness of the soil-engaging components. For instance, short points are ideal for rocky or stony ground, while more streamlined flush points are better suited for particularly sticky soil types. This customization ensures optimal ploughing performance, no matter the conditions.
QUALITY HEADSTOCKS
All New Holland ploughs are equipped with robust and durable headstocks that are perfectly matched to their intended usage profiles, ensuring reliability and longevity in the field. To accommodate different field conditions, New Holland offers two types of stone release systems: hydraulic and shear bolt. This allows you to select the most practical option based on your field's characteristics, ensuring consistent soil turnover and minimizing interruptions during ploughing.
EFFICIENT STONE RELEASE SYSTEM
New Holland offers two distinct types of stone release systems: hydraulic and shear bolt. Both systems are designed for smooth ploughing, featuring one of the highest release heights on the market. This ensures that minimal pressure is transferred to the plough point during release, allowing for uninterrupted and efficient soil turnover even in challenging conditions.
THE PL RANGE OF PLOUGHS
The PL range of ploughs is specifically designed for small arable or mixed farms and is compatible with tractors of up to 140hp. This range includes fully mounted three and four furrow reversible ploughs, which are engineered with a low center of gravity to ensure stability and ease of use. The design also minimizes lift requirements, making these ploughs ideal for smaller operations looking for efficient and reliable soil preparation tools.
THE PM RANGE OF PLOUGHS
The mid-range PM series of ploughs is engineered to work with tractors of up to 180hp, making them a robust choice for medium-sized farming operations. These reversible, fully mounted ploughs feature a modular support beam and draw frame that evenly distributes loads across the entire length of the plough, enhancing durability and performance. The modular design also allows for easy extension of the plough, providing flexibility to adapt to different field conditions. The PM series is designed for strength and simplicity, with logical and intuitive adjustments that ensure efficient and reliable operation in the field.
THE PH RANGE OF PLOUGHS
The PH range is the true workhorse of New Holland's plough lineup, designed for the most demanding ploughing tasks. These fully mounted, reversible ploughs are compatible with tractors of up to 220hp, making them ideal for heavy-duty operations. Their sleek, modern design not only delivers top performance but also ensures they make a striking impression in the field. The extendable frame design further enhances ploughing flexibility, allowing the PH range to adapt to various soil conditions and farming requirements with ease.
THE PX RANGE OF PLOUGHS
The New Holland PX range of heavy-duty ploughs is engineered for high performance across all depths, soil conditions, and topographies. These ploughs feature a sleek design with minimal moving parts, ensuring durability and consistent operation even in the most demanding environments. Compatible with tractors of up to 360hp, the PX range is extendable, offering enhanced operational flexibility. Additionally, these ploughs are equipped with a quick-coupling cross shaft that can be positioned in four different ways, further enhancing their adaptability and ease of use.
PLOUGHING DEPTH
In-field tractor traction is enhanced by hydraulic draft control, which automatically adjusts the plough depth. However, when soil conditions vary, the operator may need to manually use the depth control lever to maintain a consistent ploughing depth. A depth wheel on the plough assists in this process, ensuring more uniform ploughing. The most consistent results are achieved when the depth wheel and draft control are used together, allowing for precise depth management across varying field conditions.
