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Connected tractor range for agricultural applications
New Holland presents connected, biomethane-powered and high-performance tractors at Agrishow 2026 for small, medium and large agricultural operations.
www.newholland.com
New Holland presented its expanded tractor portfolio at Agrishow 2026 in Ribeirão Preto, SP, featuring a range of solutions from low-power versatile units to the world’s first commercially available biomethane-powered tractor.
High-Power and Connected Systems
The updated T8 series introduces a 100% connected architecture featuring lifetime telemetry, Isobus integration, and autopilot capabilities. For high-intensity operations, the 410hp to 440hp models utilize the UltraCommand 21x5 transmission. This system includes a "Break to clutch" function, allowing the operator to brake without manual clutch engagement to reduce mechanical wear.
Joining the medium-to-large production segment, the T7.300 Auto Command CVT features a 260hp nominal engine designed for reduced emissions. Its continuously variable transmission (CVT) is engineered to maintain consistent power and fuel economy under variable field loads.
Mid-Range and Low-Power Solutions
New Holland debuted several models tailored for diverse agricultural scales:
- T6.140 Electro Command: This 141hp medium-power tractor, manufactured in Brazil, features an electronic engine with a 35% torque reserve. It is equipped with an Electro Command 16x16 or 32x32 transmission including Creeper super-reduction gearing.
- T5 Family: The T5.100 and T5.110 (100hp and 110hp) utilize FPT S8000 engines. These models introduce the 24x24 ePower Shuttle HiLo and 40x40 transmissions with super reduction, alongside integrated onboard telemetry.
- TT3.50: Specifically designed for small farms and confined spaces like fruit and coffee plantations, this 3-cylinder model utilizes an 8x8 mechanical drive with a synchronized reverser.
Sustainable Propulsion and Biomethane Technology
The T6.180 Methane Power utilizes biomethane gas to provide an alternative to conventional diesel propulsion. According to company data, the system reduces regulated pollutant emissions by up to 80% and CO2 by up to 84% compared to standard diesel equivalents. The tractor maintains performance and range parity with diesel models while potentially reducing fuel-related operating costs by 25% to 40%. The model received the ESG 2025 award for Technological Innovation.
Additional Context
The integration of telemetry and Isobus systems reflects a broader industry transition toward "Precision Agriculture 4.0," where data from tractor sensors is transmitted in real-time to cloud platforms for fleet management and predictive maintenance. Isobus, specifically the ISO 11783 standard, is a communication protocol that allows tractors and implements (like sprayers or seeders) from different manufacturers to communicate through a single terminal, reducing cabin complexity.
The development of the T6.180 Methane Power aligns with the "Energy Independent Farm" concept, particularly relevant in Brazil’s sugarcane and livestock sectors. In these environments, producers can generate biomethane via anaerobic digestion of agricultural waste—such as vinasse or manure—creating a circular fuel economy.
Mechanically, the shift to Auto Command CVT (Continuously Variable Transmission) in high-power tractors like the T7.300 replaces traditional gears with a combination of hydrostatic and mechanical drives. This allows the engine to operate at its most efficient RPM regardless of ground speed, which is critical for tasks requiring precise speed control and high torque, such as deep soil preparation or high-capacity planting.
Edited by Romila DSilva, Induportals Editor, with AI assistance.
The T6.180 Methane Power utilizes biomethane gas to provide an alternative to conventional diesel propulsion. According to company data, the system reduces regulated pollutant emissions by up to 80% and CO2 by up to 84% compared to standard diesel equivalents. The tractor maintains performance and range parity with diesel models while potentially reducing fuel-related operating costs by 25% to 40%. The model received the ESG 2025 award for Technological Innovation.
Additional Context
The integration of telemetry and Isobus systems reflects a broader industry transition toward "Precision Agriculture 4.0," where data from tractor sensors is transmitted in real-time to cloud platforms for fleet management and predictive maintenance. Isobus, specifically the ISO 11783 standard, is a communication protocol that allows tractors and implements (like sprayers or seeders) from different manufacturers to communicate through a single terminal, reducing cabin complexity.
The development of the T6.180 Methane Power aligns with the "Energy Independent Farm" concept, particularly relevant in Brazil’s sugarcane and livestock sectors. In these environments, producers can generate biomethane via anaerobic digestion of agricultural waste—such as vinasse or manure—creating a circular fuel economy.
Mechanically, the shift to Auto Command CVT (Continuously Variable Transmission) in high-power tractors like the T7.300 replaces traditional gears with a combination of hydrostatic and mechanical drives. This allows the engine to operate at its most efficient RPM regardless of ground speed, which is critical for tasks requiring precise speed control and high torque, such as deep soil preparation or high-capacity planting.
Edited by Romila DSilva, Induportals Editor, with AI assistance.
