Achieve maximum area efficiency of your self-propelled units through innovative software and hardware

Your state-of-the-art self-propelled harvesters already stand for maximum efficiency. In combination with innovative precision farming features and further automation functions specially adapted to your applications, we can also achieve maximum area efficiency together. LACOS offers proven precision farming software and has experience with both resource-intensive work processes and an intuitive user interface. Our specialty is customization to your specific machines and use cases to achieve maximum efficiency and develop your self-propelled machines into the most popular working machine.

1. Innovative and comprehensive precision farming functions for any ISOBUS display or as a complete package with the ANEDO L10i
2. highest possible ISO 11783 compatibility & conformity due to years of experience in practical use
3. Consulting, selection and adaptation of the range of functions to your tractors and applications
4. User-centered design and 3D models of your self-propelled units
5. Automated testing for a stable and safe application and fast implementation of new functions

You would like to use the data potential of your self-driving vehicles in a targeted manner in order to network them, evaluate the data and increase the degree of automation? Equip your self-driving vehicles with our flexible telematics solution. With LACOS Telematics, you get the optimal telematics hardware for each self-propelled unit and comprehensive machine information that enriches your further development and contributes to service optimization. We will find the cost-efficient solution for you to access and process the important information. Digitize your self-propelled machines and set the course for networking with FMIS or other systems.

1. hardware adaptable to your requirements for any special machine (ISOBUS, CANBUS, non-ISOBUS)
2. analysis tool adapted to your use cases with detailed data analysis (working, standing, transport times, ...) and individual branding
3. precise vehicle location and theft protection through geofencing
4. comprehensive administrator system for use by your service staff and dealers
5. possibility to update over the air

Increasing efficiency is becoming more and more important, especially for self-propelled machines for resource-intensive operations. In this regard, there is still much potential for optimization despite state-of-the-art precision farming technologies. LACOS has identified the optimization of the field route to exploit this potential. However, it is not only the efficiency issue that is solved with our lane planning, but also the operators' desire for more automation, especially for complex field work carried out with self-propelled vehicles. Our lane planning solutions guarantee maximum field efficiency and satisfied customers.

1. Wide range of planning algorithms to describe the most efficient field route
2. Implementation as a web application for pre-planning or as a display application for just-in-time planning in the field
3. Use for a wide range of machine types and operations
4. Consideration of specific vehicle and machine geometries during planning and configuration
5. Possibility to plan the complete route including all lanes, turns and transfers from field entry to field exit
    

LACOS is the right partner for repositioning your machines to autonomous self-propelled vehicles. Due to many years of experience and extensive pre-development, LACOS is very familiar with the requirements of autonomous self-propelled vehicles. LACOS advises you holistically from the idea to the implementation and quality control in the development of your highly efficient autonomous self-propelled vehicle. Furthermore, we offer solutions for mission planning, mission control and automatic recording of machine data, which we integrate into your system and adapt to your use cases. LACOS has the right solutions and the know-how to support you optimally in the development of your autonomous self-propelled vehicle.

1. high-precision automatic control of work processes using ISOBUS-based precision farming technologies (Section Control, Variable Rate, MissionExecution)
2. Mission planning including route optimization and action planning of all relevant parameters (e.g. speeds, other set points) for open field scenarios
3. Import, processing and execution of a pre-planned mission for autonomous self-propelled vehicles
4. Hardware, analysis tool and app for monitoring autonomous self-propelled vehicles thanks to automatic machine data recording