McCormick is expanding the role of its DSM Plus interface on X7 and X8 tractors, placing more machine settings, operator customization and precision farming functions inside a single 12-inch touchscreen integrated into the right-hand armrest.
The latest DSM Plus setup is designed as a central control point for the tractor rather than a secondary display. Operators can use it to manage transmission, engine, hydraulic system, three-point hitch and PTO functions while also accessing configurable menus for headland automation, lighting, machine profiles and satellite guidance.
McCormick currently uses DSM Plus on its higher-power tractor families, including the X7 and flagship X8 ranges. The X7.6 VT-Drive reaches up to 240 hp, while the X8 VT-Drive lineup extends to 313 hp in European Stage V specification.
DSM Plus 12-Inch Display
At the center of the system is a 12-inch Full HD touchscreen positioned alongside the operator on the multifunction armrest.
McCormick’s current X7 documentation describes the DSM Plus configuration as combining the touchscreen with a separate 12-inch digital instrument cluster. From the DSM Plus display, the operator can configure remote hydraulic valves, headland operations, rear cameras and Precision Steering Management, or PSM.
The layout follows the broader trend toward consolidating tractor controls into software rather than adding separate physical switches for every adjustable function.
That becomes especially significant on tractors such as the X7 and X8, where hydraulic flow, transmission behavior, PTO operation, guidance and implement settings may all need to change several times during the same working day.
MyFunctions Custom Controls
MyFunctions provides a shortcut layer for frequently used tractor functions.
McCormick allows operators to configure up to five functions through the DSM interface, reducing the need to move repeatedly through different menus during field operations.
This is a relatively small feature technically, but potentially one of the more useful in daily operation. Tractor displays often become complicated not because individual functions are difficult to understand, but because frequently used commands can be buried several screens deep.
Allowing the driver to bring the most important controls forward can reduce that problem.
MyHMF Headland Automation
MyHMF handles automated headland sequences.
Operators can create and modify sequences of tractor actions through the display, including while the tractor is stationary. The system can store multiple sequences rather than forcing the operator to rebuild a headland routine for every implement or operation.
A programmed sequence can reduce the number of individual actions required when approaching and leaving the headland, where an operator may otherwise need to manage transmission behavior, hydraulic valves, hitch position and PTO functions in quick succession.
For contractors frequently changing implements, that ability to save different sequences becomes particularly valuable.
MyTractor Saved Settings
MyTractor takes the concept one step further by saving complete machine configurations.
McCormick says settings including MyFunctions and MyHMF configurations can be stored and recalled instead of being manually recreated.
This makes DSM Plus more useful as a configuration system rather than simply a control screen.
A tractor working with a cultivator in the morning and a PTO-driven implement later in the day can potentially return to previously established settings rather than requiring the operator to configure the machine from scratch.
MyUser Operator Profiles
MyUser addresses another common issue on large farms and contractor fleets: multiple people operating the same machine.
The system can associate settings, menus and interface preferences with individual operator profiles. When another driver takes over the tractor, their preferred configuration can be recalled instead of replacing the settings established by the previous operator.
That feature becomes increasingly relevant as tractors accumulate more configurable electronic systems. Seat position was once one of the main settings that changed between operators. Today, a driver may also have different preferences for transmission response, hydraulic behavior, programmable buttons and headland automation.
MyLights Work Light Control
DSM Plus also incorporates the MyLights interface.
On current X7 configurations, McCormick offers up to 12 LED work lights around the redesigned cab roof. Their configuration can be controlled through the touchscreen rather than relying exclusively on conventional lighting switches.
Separating lighting configurations can be useful when moving between road transport, field work and operations where rear or side illumination is more important than lighting the entire surrounding area.
PSM Precision Steering
DSM Plus also provides access to McCormick’s Precision Steering Management system.
PSM is the company’s satellite-guidance platform and can be configured from the same display used for tractor functions. McCormick documentation lists both EGNOS and RTK NTRIP guidance configurations depending on market and specification.
Integrating guidance into the primary tractor terminal avoids the need for an additional steering display in the cab and creates a more unified control environment.
This is an important distinction as OEMs increasingly compete not only on steering accuracy, but also on how seamlessly guidance, implement control and machine automation interact.
Transmission and Hydraulic Controls
The DSM Plus role extends beyond customization menus.
McCormick uses the display for transmission configuration as well as hydraulic functions and other major tractor systems.
On the X8 VT-Drive, for example, the continuously variable transmission uses four operating stages. The current European X8 lineup pairs that transmission with 6.7-liter FPT N67 six-cylinder engines producing up to 313 hp and 1,282 Nm of maximum torque.
Its closed-center load-sensing hydraulic system is available with substantial hydraulic capacity, reinforcing why configurable electronic hydraulic control is becoming increasingly important on tractors in this power class.
Rather than treating the display as an accessory, McCormick is effectively making it part of the machine’s primary operating architecture.
Why DSM Plus Matters
The significant part of DSM Plus is not the 12-inch screen itself. Large touchscreens are already common on premium agricultural machinery.
What matters is how many systems McCormick is bringing together behind that display.
Transmission settings, hydraulics, PTO management, lighting, headland sequences, operator profiles, saved machine configurations and GNSS steering can all be accessed through the same interface.
That reduces cab hardware, but it also creates a different challenge: software design becomes almost as important as mechanical control layout.
A poorly structured touchscreen can make a tractor more difficult to operate than a cab full of switches. McCormick’s MyFunctions and saved-profile approach is therefore particularly relevant because it attempts to solve that problem through customization rather than simply adding more menus.
The real measure of DSM Plus will be how quickly an operator can configure a tractor during actual field work without repeatedly navigating through layers of settings.
If McCormick gets that part right, DSM Plus is more than a larger terminal. It becomes the interface connecting the tractor’s mechanical systems with automation and precision agriculture.
About McCormick and Argo Tractors
McCormick is one of three tractor brands operated by Italy-based Argo Tractors alongside Landini and Valpadana.
Argo Tractors was established in its current structure in 2007 and today operates five manufacturing plants. The company states that its annual production capacity exceeds 22,000 tractors, covering machines from approximately 35 hp to more than 300 hp.
Its 2025 company profile lists 160 engineers working in research and development, with approximately 5.5% of company turnover invested in R&D.
McCormick represents the group’s higher-performance tractor offering, with the current X8 VT-Drive reaching 313 hp and the X7.6 VT-Drive reaching up to 240 hp.
