One 12 months after the worldwide launch of the Claas join, Claas is additional increasing the digital networking of machines and operations.
At Agritechnica, guests to the Claas stand in Corridor 13 won’t solely be capable of discover out extra about new and present prospects for simplifying working processes with Claas join, however may also achieve insights into expertise fields comparable to algorithm-based information analysis, stay yield information processing and autonomy.
As in 2023, the Claas join info space will occupy a central place on the Claas stand.
“Additional growing productiveness whereas on the identical time conserving assets is barely doable by means of the clever use of knowledge,” says Wolf-Christian von Wendorff, senior vp world digital options. “So as to present our clients with the very best, future-oriented assist, we’re focussing on the automation of processes on the store ground, information evaluation utilizing synthetic intelligence and options for autonomy. These applied sciences considerably simplify machine and order administration in addition to Precision Farming purposes. Claas join is due to this fact a digital helper for each farmer – from small household farms to massive contractors, from digital novices to professionals.”
For the reason that roll-out in October 2024, additional Claas machines have been constantly built-in into Claas join – together with the brand new Arion 570 CMatic, mix harvester improvements such because the Trion 760 and Lexion 8500, the brand new Cerex 700 spherical baler sequence and, most lately, the brand new Jaguar 1000 forage harvester sequence.
With the Cemis 1200 on the Jaguar 1000, vital information comparable to reference tracks and jobs may be conveniently shared. Jobs, together with present or newly created reference tracks, may be deliberate prematurely in Claas join and transferred to the machine. Throughout harvesting, the operator can see the yield values stay on the Cemis 1200. The connectivity additionally permits automated documentation of the work, in order that the operator can focus totally on the harvesting course of, whereas all related information is reliably recorded within the background for monitoring and evaluation.
The AI-supported grain processing evaluation in Claas join with cloud-based analysis of the CSPS worth (Corn Silage Processing Rating) within the subject can also be out there for the Jaguar 1000 as a novel, direct management choice for cracker work with out lack of time and, if obligatory, rapid optimisation of the cracker setting.
Claas join can report all actions carried out by machines on the farm and combines them right into a subject map. Related machines routinely ship the exercise information per subject, and along with the Cemis 1200, Claas join now additionally presents automated documentation for implements. Enriched with vital info throughout subsequent processing, this leads to an entire subject map that replaces the written documentation of labor. Claas join additionally makes it a lot simpler to fulfil the legally required documentation obligations.
Claas is embedding new applied sciences on the machines and new information evaluation choices in Claas join, significantly within the space of yield evaluation. In future, yields may be displayed stay from the Cemis 1200 terminal as with the Jaguar 1000 from 2026.
With the brand new ISOBUS-capable Nutrimeter on the Jaguar 1000, Jaguar 900 and Jaguar 800, clients will obtain high-quality info on all substances of the forage harvest in Claas join as a map show and within the field-specific documentation. With only one click on, this information may be made out there to clients and farmers as a pdf instantly after the sector work has been accomplished.
The brand new Nutrimeter may also be out there for the primary time in 2026 as a pre-series for the LEXION to report and doc substances throughout grain harvest – a precious assist for the sustainable, resource-saving manufacturing of high quality grain with optimised use of fertilisers and seeds.
Sooner or later, prolonged yield reporting for harvesting equipment may also enable a variety-dependent yield analysis with comparability choices over a number of harvest years – not just for Claas harvesting equipment, but in addition throughout producers.
Claas applied sciences on the machine and in Claas Join make it doable to mix the exploitation of yield potential with focused effectivity optimisation and enhance the profitability of meals, high quality feed and renewable uncooked materials manufacturing much more exactly and comprehensively.
From 2026, Claas will likely be introducing stay yield mapping on the Cemis 1200 terminal with the brand new ISOBUS-capable Nutrimeter and the choice to analyse information in Claas join – for Jaguar and Lexion.
Auto RefLine is a brand new operate within the GPS Pilot Cemis 1200 that makes subject work simpler. It routinely recognises the suitable or logical reference observe based mostly on the place and route of journey of the car and routinely switches between totally different reference tracks. This implies, for instance, that the operator doesn’t have to modify manually when altering to headland reference tracks or when understanding wedges with a unique reference observe. All machines in a Claas join car fleet can share the reference traces instantly from one of many machines with just some clicks. Which means each operator is on the identical observe at once.
Auto RefLine is a brand new operate within the Cemis 1200 that routinely switches between totally different reference tracks throughout subject work – for instance when working wedges or headlands. The reference traces may be transferred and shared from one Claas machine to others working in the identical subject.
Trackers from Exatrak, Lacos or Razor are nonetheless out there for the documentation of blended fleets. Sooner or later, fleet optimisation may also be doable by way of iBeacon from Apple. As well as, interfaces (APIs) to different software program suppliers may be simply managed within the Connection Supervisor. The continual improvement of the software program interfaces will make CLAAS join much more open to third-party options sooner or later.
Because of this, Claas helps the Agricultural Interoperability Community (AgIN) of the Agricultural Trade Electronics Basis (AEF). This initiative permits the direct change of knowledge between farm administration techniques, OEM platforms and different cloud providers. By persistently taking open requirements into consideration, cross-manufacturer compatibility is created and a scalable community is established to assist sustainable, customer-centred options for the administration and documentation of blended machine fleets and software program landscapes.
As a participant within the AEF AgIN community, Claas helps the sensible additional improvement of the AEF’s AgIN method and, along with different AgIN members, will likely be demonstrating an preliminary prototype implementation in Claas join at Agritechnica.
The AgIN initiative of the AEF (Agricultural Trade Electronics Basis) is setting new requirements for digitalisation in agriculture by standardising cross-manufacturer, direct cloud-to-cloud information change and thus simplifying interoperability between totally different producers and software program suppliers.
“For farmers, it ought to make no distinction whether or not the machine fleet consists of 1 model or a number of totally different producers,” says Lukas Wolf, venture supervisor connectivity. “We’re due to this fact very dedicated to supporting the AEF’s AgIN initiative, because it brings collectively all of the vital producers inside the agricultural equipment business and promotes barrier-free information change for good farming purposes, in addition to for future autonomous purposes.”
Photographs: Claas
