TOKNAV fait ses débuts à AGRITECHNICA 2025 avec une gamme complète de solutions de précision
2025-11-15
Hannover, Germany — November 9–15, 2025 — TOKNAV made a successful and memorable debut at AGRITECHNICA 2025, the world’s most influential and leading agricultural machinery exhibition, where it presented its complete lineup of cutting-edge precision agriculture systems, advanced machine control solutions, high-precision GNSS receivers, and an innovative turf marking robot. As this marked TOKNAV’s first ever appearance at this globally renowned event, the company seized the opportunity to introduce a comprehensive and versatile product portfolio, specifically designed to deliver smart, efficient, and cost-effective solutions for professionals in agriculture, construction, and geospatial applications.
Série Agriculture de précision : TAG66 & TAG88
At the exhibition, TOKNAV showcased two key precision agriculture solutions that are set to transform modern, data-driven farming practices, helping farmers boost productivity while reducing operational costs.
Système de direction automatique TAG66
The TAG66 Auto-Steering System is a compact yet powerful electric steering wheel guidance solution that delivers an impressive ±2.5 cm accuracy for all core field operations, including sowing, spraying, plowing, and harvesting. Equipped with multiple flexible guidance modes to adapt to different field conditions and crop types, the TAG66 is also designed for easy installation on most existing agricultural machinery, eliminating the need for complex modifications. By minimizing overlaps during field work, this system helps farmers save valuable fuel, reduce seed and chemical waste, and significantly improve overall operational efficiency, ultimately increasing their bottom line.
Système de nivellement des terres TAG88
Complementing the TAG66 is the TAG88 Land Leveling System, a fully automated solution that also boasts ±2.5 cm accuracy. Built to support 24-hour continuous operation even in harsh weather conditions, the TAG88 is compatible with multiple leveling tools, making it highly versatile for various land preparation tasks. This system not only accelerates the land leveling process but also enhances field uniformity, which is crucial for consistent crop growth and yield. By automating a labor-intensive task, the TAG88 greatly eases the workload for farmers, allowing them to focus on other critical aspects of their operations.
Together, the TAG66 and TAG88 systems highlight TOKNAV’s unwavering dedication to advancing precision agriculture through practical, efficient, and affordable solutions that address the real needs of modern farmers.
Série de contrôle des machines : TMC10 & TMC20
Expanding its reach beyond agriculture, TOKNAV also introduced its advanced Machine Control Series at the exhibition, extending the benefits of high-precision GNSS technology into the construction and earthwork sectors, where accuracy and efficiency are equally vital.
Système de guidage du bouteur TMC10
The TMC10 Dozer Guidance System leverages the fusion of GNSS and IMU (Inertial Measurement Unit) technology to provide real-time blade position and slope guidance. With an accuracy of up to 2 cm, this system significantly enhances grading quality, reduces the need for rework, and shortens project timelines in applications such as road construction, land development, and various civil engineering projects. Its user-friendly interface ensures that operators can quickly master the system, even with minimal technical experience.
Système de guidage de la pelle TMC20
The TMC20 Excavator Guidance System offers precise bucket and boom positioning through dynamic IMU sensors and high-precision GNSS, making it ideal for tasks such as trenching, slope cutting, riverbed dredging, and all-weather excavation. By enabling single-operator precision, the TMC20 eliminates the need for additional surveyors on-site, thereby improving site efficiency and reducing labor costs while ensuring consistent and accurate results.
These two machine control solutions demonstrate TOKNAV’s strong capability in delivering intelligent, reliable control systems for even the most complex construction scenarios.
Série de récepteurs GNSS
In addition to its steering and control systems, TOKNAV displayed its high-performance GNSS Receiver Series at the exhibition. These receivers are engineered to deliver exceptional high-precision positioning and reliable performance even in the most challenging and complex environments, such as dense forests or urban areas with tall buildings. Supporting multi-constellation and multi-frequency tracking, the receivers provide consistent centimeter-level accuracy, making them suitable for a wide range of applications, including surveying, mapping, construction, and various engineering projects.
Robot de marquage de gazon TOKNAV
Another standout product at TOKNAV’s booth was its Turf Marking Robot, specifically designed for accurate and efficient marking of grass sports fields, such as football pitches, rugby fields, and golf courses. Utilizing advanced GNSS RTK technology, the robot delivers precise, professional-standard lines that meet international sports field requirements. Lightweight, compact, and easy to operate, the robot significantly speeds up field preparation time while reducing the need for manual labor, which is often time-consuming and prone to errors. Integrated field templates for various sports allow users to quickly and reliably mark fields of all sizes, making it an ideal solution for stadiums, sports clubs, and recreational facilities.
S'engager pour un avenir plus intelligent et durable
At AGRITECHNICA 2025, TOKNAV not only showcased its innovative product lineup but also reinforced its long-term commitment to delivering high-precision, practical solutions that drive progress across agriculture, construction, and geospatial sectors. By continuing to invest in innovation and technology, the company aims to help its users work smarter, cut operational costs, minimize environmental impact, and move confidently toward a more sustainable and efficient future.