New Holland has won three EIMA Technical Innovation Awards in 2026, for
technologies designed to make agricultural operations more productive, efficient and
easier to manage.
The recognitions span specialty tractors, large square balers and combine harvesters,
reflecting the brand’s focus on practical innovation across the farming cycle.
The T4F eSource™ Mild Hybrid System: integrated power for tractor and
implements
Recognized with an EIMA Technical Innovation Award 2026, the T4F eSource™ Mild
Hybrid System is a prototype specialty tractor that combines mild-hybrid powertrain
assistance with the electrification and coordinated control of front and rear implements.
It provides practical and accessible electric power tailored to the needs of vineyard
and orchard owners.
This innovation goes beyond replacing mechanical or hydraulic power with electricity:
the tractor and its implements share information and energy to optimize complete
operations. At the core of this approach is the Intelligent Power Flow Management
System, a New Holland-developed and patented energy management system that
enables seamless power and data exchange between tractor and implement.
This allows multiple tasks to be completed in a single pass, while maintaining
the individual settings and work quality of each individual implement.
At EIMA 2026, New Holland will showcase the T4F Mild Hybrid eSource with a rear-mounted
Nobili e-BV 16 mulcher and a front-mounted Tecnovict 111E leaf
stripper.
The combined system delivers fuel savings of up to 52%, lower emissions and noise,
reduced maintenance and operating costs, and higher productivity through optimized
energy use and greater field efficiency.
BigBaler Enhanced Baler Productivity: smoother crop flow and higher
throuhput
The second EIMA Technical Innovation Award recognizes a new technology designed
to increase the productivity and ease of operation of large square balers.
BigBaler Enhanced Baler Productivity combines a hydraulically controlled slip-clutch
driveline with real-time sensing and AI-based controls. The system continuously
monitors torque and crop flow to optimize baler performance, stability and throughput
while reducing the need for operator intervention.
Unlike conventional overload clutches that abruptly stop crop flow, it allows controlled
slip to absorb peak loads and maintain smooth operation. Auto-tuning, self-calibration
and predictive driveline protection automatically adapt to changing crop conditions, wear
and temperature, while tractor-baler automation adjusts travel speed to maximize
performance.
The result is higher daily throughput and bale output, improved operator
experience and more consistent performance across varying field conditions.
Combine Smart Traction Control: automatic traction management for difficult
harvesting conditions
An EIMA Technical Evolution award goes to a prototype system for combine
harvesters that dynamically balances traction between the front and rear axles.
Using real-time information on terrain, machine load and operating conditions,
the technology is designed to reduce wheel slip, fuel wastage and soil damage while
helping operators maintain productivity in wet, muddy or sloping fields.
Smart Traction Control dynamically distributes torque between front and rear
axles based on terrain, load and slope, using real-time data from multiple inputs
including slope inclination, grain tank, fuel levels, and gear selection. The operator sets
the desired traction balance using the Shift and Reel Up/Down controls. The hydrostatic
system then responds automatically and instantly to changing field conditions,
such as muddy areas or inclines, optimizing traction across the front and rear axles while
minimizing wheel slip, soil damage and fuel consumption.
As a result, Smart Traction Control enhances operator confidence while reducing fatigue,
thereby maximizing safety and productivity, even in the most demanding harvesting
conditions. It also helps alleviate downtime, by reducing the likelihood of the combine
becoming stuck in challenging conditions.
The three award-winning technologies will be presented by New Holland at
EIMA 2026 in Bologna.
Frequently Asked Questions
What is the New Holland T4F eSource™ Mild Hybrid System?
The New Holland T4F eSource™ Mild Hybrid System is a prototype specialty tractor
developed for vineyard and orchard operations. It combines mild-hybrid powertrain
assistance with a 48V low-voltage platform that supplies electric power to implements
and coordinates the operation of the tractor, a front implement and a rear implement.
The system is designed to improve efficiency while maintaining the individual settings
and work quality required for each operation. The award submission describes it as
combining drivetrain hybridization, implement electrification and coordinated multi-implement
operation on one platform.
How is the T4F eSource™ Mild Hybrid System different from a conventional
specialty tractor?
A conventional specialty tractor normally transfers power to implements through
mechanical power take-off systems or hydraulics. The T4F Mild Hybrid eSource adds
electrical power and real-time data exchange between the tractor and its implements.
Its patented power-flow management system dynamically distributes energy between
the powertrain, front implement and rear implement, allowing the complete tractor-implement
system to respond as one coordinated unit.
What is the New Holland BigBaler Enhanced Baler Productivity?
The Intelligent High Productivity Baling Driveline is a absolute new technology developed
for high-capacity large square balers. It combines a hydraulically controlled slip clutch
with real-time torque sensing and artificial intelligence-based control to manage
changing crop loads, maintain crop feeding and reduce the likelihood of machine
stoppages.
How does the technology improve baler productivity?
Conventional overload protection systems can stop crop feeding abruptly when torque
limits are exceeded. The New Holland system is designed to allow controlled clutch slip
during short-term load peaks, helping crop continue to move through the baler while
smoothing torque loads. This can reduce interruptions and help operators make fuller
use of the baler’s available capacity.
What is New Holland Combine Smart Traction Control?
Smart Traction Control is a prototype traction-management system for New Holland
combine harvesters. It dynamically balances traction between the front and rear axles
to help the machine respond to changes in slope, field conditions and weight distribution.
How does Combine Smart Traction Control work?
The system uses real-time machine information including hill inclination, grain tank and
fuel levels, gear selection and other operating inputs. Based on these conditions, it
adjusts traction distribution between the front and rear axles to make more effective
use of the available grip.
What is the New Holland Intelligent High Productivity Baling Driveline?
The Intelligent High Productivity Baling Driveline is a absolute new technology developed
for high-capacity large square balers. It combines a hydraulically controlled slip clutch
with real-time torque sensing and artificial intelligence-based control to manage
changing crop loads, maintain crop feeding and reduce the likelihood of machine
stoppages.
How does the technology improve baler productivity?
Conventional overload protection systems can stop crop feeding abruptly when torque
limits are exceeded. The New Holland system is designed to allow controlled clutch slip
during short-term load peaks, helping crop continue to move through the baler while
smoothing torque loads. This can reduce interruptions and help operators make fuller
use of the baler’s available capacity.