AgBots

Where can I see the AgBots in action?

 Find your nearest Dealer here. Our partners would be happy to arrange a demo or a visit to a current customer site, giving you a first-hand look at the system in actionrs.

Which implements can I use with the AgBots?

Standard implements with a 3-point linkage can be used in the field with an AgBot. Applications which the machines can perform differ from soil- and seedbed preparation, stubble tillage or weeding to (flail) mowing or grassland maintenance.

Furthermore, our W3 features a specialized crop care configuration tailored for orchard spraying. While applications such as ploughing and seeding are currently in development, we are also collaborating with partners in the 3A program to engineer smart implement solutions.

Leveraging ISOBUS TIM communication, these implements can transmit real-time data to the AgBot. This allows the machine to respond autonomously to events such as implement blockages or stone collisions, ensuring operational safety and efficiency.

How powerful are the AgBots?

Model Specifications & Drivetrain

Model SeriesPower Output (kW / HP)Drivetrain TypeT2 7 SERIES170 kW / 230 HPDiesel-ElectricT2 5 SERIES115 kW / 156 HPDiesel-ElectricW3 2 SERIES55 kW / 75 HPDiesel-ElectricW4 2 SERIES55 kW / 75 HPDiesel-Electric

The AgBot range utilizes a high-efficiency diesel-electric powertrain. While the T2 Series delivers high-performance output for heavy-duty tasks, the W3 and W4 models utilize a specialized generator-driven system.

By converting diesel power into electricity, the system powers independent electric motors on each side of the vehicle. This configuration ensures maximum torque from a standstill and minimizes mechanical power loss, resulting in superior overall drivetrain efficiency.

How can I achieve the highest possible utilization of my AgBot ?

During peak seasons, the AgBot handles repetitive tasks around the clock, ensuring critical windows of operation are met even when time is limited. Operating at a 75% engine load, the AgBot delivers up to 20 hours of continuous runtime per tank. With strategic planning and optimized deployment, a single AgBot can achieve up to 2,000 operational hours per year.

How do the four AgBot models differ in performance and application?

The primary differences between our models lie in their power output, lift capacity, and drivetrain configuration, each tailored to specific operational needs:

T2 7 SERIES (The Powerhouse): Our most powerful model, equipped with soil-preserving crawler tracks. It is engineered for high-draft applications and heavy-duty tasks where maximum traction is essential. Explore the T2 7 Series here

T2 5 SERIES (The All-Rounder): A highly versatile tracked machine that balances high performance with agility, making it the ideal solution for a wide range of medium-to-heavy field operations. Explore the T2 5 Series here

W4 2 SERIES (The Specialist): A lightweight yet versatile four-wheeled platform designed for light-soil applications and maintenance. It offers flexible wheel configurations and adjustable track widths to suit various row crops. Explore the W4 2 Series here

W3 2 SERIES (The Orchard Expert): A specialized, narrow three-wheeled machine specifically designed for (smart) applications in orchards. It features multiple tire width options to navigate confined spaces without sacrificing stability. Explore the W3 2 Series here

What is the maximum operational speed during autonomous mode?

The AgBot is designed for precision and safety. In autonomous mode, the maximum approved speed is 13,5 km/h. However, for optimal performance and maximum vehicle utilization, we recommend selecting an operational speed specifically tailored to the requirements of your chosen application.

How long in advance can I plan tasks for the AgBots?

Setting up a mission is a rapid process that can be completed immediately before starting work or planned well in advance. These pre-planned tasks are saved securely in the cloud and can be transmitted to the machine at any time via an active internet connection. This allows for a more flexible distribution of the administrative workload, ensuring that farmers are fully prepared and operational during peak labor periods.

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