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Expanded API Now Available for the Trimble Agriculture Cloud

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Trimble announced today the release of its flexible API for the Trimble Agriculture Cloud, an industry cloud that streamlines farming operations.

The availability of this API represents the next evolution of connectivity for agriculture integrators by coupling in-field devices and operational workflows for enabling compatibility with both Trimble and third-party agriculture applications.

As part of its focus to provide precision agriculture technology for mixed fleets, Trimble has created a path to enable broad compatibility that seamlessly connects local, regional and national applications to Trimble equipment in the field, as well as the data it collects.

The Trimble Agriculture Cloud helps farmers execute workflows with greater accuracy, more efficiency and fewer errors while driving sustainability. It also centralizes data needed for compliance and regulatory requirements.

For integrators, access to the Trimble Agriculture Cloud’s API enables third parties to connect to the Trimble platform and its key workflow applications, including Trimble Ag Software, Trimble Ag Mobile and the Precision-IQ™ field application, expanding the value of the solutions they offer.

“At Trimble, our vision is to help farmers work more efficiently through data-driven farming practices and decision support tools,” said Dave Britton, vice president of Product Management, Trimble Agriculture.

“Enabling farmers to complete workflows that involve solutions from multiple technology providers is critical, especially in cases where third-party applications address unique regional farming practices. With this in mind, we created the Trimble Agriculture Cloud and an expanded, flexible API to establish a place where integrators could easily connect and share data, regardless of brand.”

API capabilities include farm setup, task records and recommendations, materials, vehicle setup, work orders, harvest and crop zones activities. Through the combination of software and hardware, Trimble enables integrators to create value for farmers and their partners, including consultants, agronomists, custom applicators and more, by facilitating workflows that leverage connectivity to the machine in the field, improving the overall crop production process.

With the recent update of the Trimble Agriculture Cloud, the most common API workflows available to third-party integrators address the majority of applications on the farm, including:

  • Accessing Trimble display as-applied data in third-party applications for productivity analysis and regulatory compliance
  • Sending prescriptions to and from third-party applications to Trimble displays
  • Aligning field resources such as boundaries, guidance lines and landmarks between connected third-party applications and Trimble displays for in-field execution

Trimble currently has more than 180 million customer acres (72.8 million hectares) using its Trimble Agriculture Cloud on the connected platform, along with many partner integrators ranging from enterprise farmers, customer software applications and local and regional dealers.

“As an environmental software company that enables farmers and their partners across New Zealand to connect, manage, visualize and share their environmental data, we need partners that can make data sharing simple. Syncing data to the Trimble Agriculture Cloud allows us to easily send prescription files to Trimble displays and receive equipment activity data back, allowing farmers and their contractors to provide proof of application for their spreading and spray applications,” said Chloe Walker, chief operating officer, Precision Farming Ltd.

“The Trimble Agriculture API opens up the market to a much broader range of options for New Zealand-based GPS guidance users, allowing them to utilize the devices of their choice and automatically return that data to where they need it to go. Proof of application data from Trimble displays can now be returned to the farmer, supplier and regulator as part of a digitized workflow management process for contractors.”

The Trimble Agriculture Cloud is part of the Trimble Developer Program, a Trimble-wide initiative to streamline the developer experience across the Trimble software ecosystem, making it easier for developers to discover, learn, access and receive support for APIs and SDKs.

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Mahindra seeks to revolutionalise global farming with OJA Tractor Platforms

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Mahindra Tractors, the world’s largest tractor manufacturer by volume, today launched its much-anticipated, future ready range of tractors – the Mahindra OJA – at Futurescape, an event held in Cape Town, South Africa.

Derived from the Sanskrit word “Ojas”, meaning Powerhouse of Energy, OJA is Mahindra’s most ambitious global lightweight tractor platform.

Developed in collaboration between the engineering teams of Mahindra Research Valley, India, the R&D centre for Mahindra AFS and Mitsubishi Mahindra Agriculture Machinery, Japan, at an investment of $ 145 million, the new OJA range brings about a transformative shift in Light Weight 4WD Tractor design and engineering, to deliver cutting-edge innovation in tractor technology.

With 4WD as standard, the OJA range is based on 4 platforms:

Sub-Compact – 20-26HP

Compact – 21-30HP

Small Utility – 26-40HP

Large Utility – 45-70HP

Differentiated based on variations in weight and dimensions (length, width, and height), the 4 new platforms are poised to facilitate the introduction of more than 40 distinct tractor models by Mahindra.

Encompassing a broad range of horsepower levels, from 20HP to 70HP (equivalent to 14.71kW to 52.48kW), the OJA range leverages 4 Engines and 4 Transmission technologies ensuring adaptability of the OJA range for a wide range of applications, providing unparalleled versatility and efficiency to handle diverse agricultural tasks.

In Cape Town, Mahindra unveiled new tractors on 3 OJA platforms – the Sub Compact, Compact and Small Utility platforms, addressing diverse market needs including that of the U.S., India, and ASEAN. With 4WD as standard, Mahindra also launched 7 new tractor models for the Indian market on the Compact and Small Utility platforms. These models range from 20HP – 40HP (14.91kW – 29.82kW).

By partnering with prominent attachment and implement suppliers at a global level, the OJA range will provide all-encompassing solutions tailored to the demands of farmers and a wide range of users. This will result in unparalleled product performance, catering to customers across various segments, including horticulture, paddy and vineyards.

During the Mahindra OJA launch, Mr. Rajesh Jejurikar, Executive Director and CEO (Auto & Farm Sector), Mahindra & Mahindra, said ‘At Mahindra we are extremely proud with the Global launch of the OJA range, epitomizing innovation to transform farming globally.

After kickstarting its exciting journey in India, the OJA range will subsequently be launched across new and existing markets. Encompassing over 25% of the Global Tractor Industry, OJA will also signify our entry into Europe and with Thailand serving as our gateway, we are all set to enter into the ASEAN region.”

Talking about the OJA launch, Mr. Hemant Sikka, President, Farm Equipment Sector, Mahindra & Mahindra said, “A powerhouse of energy, the OJA range features 4 Light Weight 4WD Tractor platforms (20-70 hp). Pioneering technologies like Connectivity, Precision, and Automation combined with modern design, operator comfort, and convenience, ensure that the OJA range is world-class in every way.

A monumental leap for us at Mahindra, these new tractors will redefine agriculture mechanisation across the globe, promising profound farm productivity.”

The Mahindra Oja tractor range will be exclusively manufactured at Mahindra’s state-of-the-art tractor facility in Zaheerabad, Telangana, India’s largest and most advanced tractor manufacturing plants. A vertically integrated tractor facility, this facility rolls-out Mahindra’s wide range of tractors.

About Mahindra

Founded in 1945, the Mahindra Group is one of the largest and most admired multinational federation of companies with 260,000 employees in over 100 countries. It enjoys a leadership position in farm equipment, utility vehicles, information technology and financial services in India and is the world’s largest tractor company by volume.

It has a strong presence in renewable energy, agriculture, logistics, hospitality and real estate. The Mahindra Group has a clear focus on leading ESG globally, enabling rural prosperity and enhancing urban living, with a goal to drive positive change in the lives of communities and stakeholders to enable them to Rise.

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Fertilizers rich in 3 Vital minerals vastly enhance potato yields, new study finds

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A new study has found that the application of fertilizers rich in calcium, magnesium and zinc can vastly improve the growth of potatoes as well as other tubers.

Conducted by Egypt’s Mansoura University, the research was published this month in the Journal of Plant Production, an Egypt Scientific Magazine.

“These findings provide valuable insights, especially for potato farmers looking to optimise their crop yields,” M.K.F. El- Tawashy, who headed the research team, said.

“We hope our research will contribute to the development of more effective fertilization strategies for potato production, which can benefit the agricultural industry as a whole,” they added.

Better quality, better quantity

The research was done by a team of scientists from Egypt’s Mansoura University, who tested the effects of BRANDT Manni-Plex Ca-Mag and BRANDT Manni-Plex Ca-Zn on potato growth and productivity.

The study found that the foliar application of calcium- and magnesium-rich fertilizers – especially in newly reclaimed soil – greatly enhanced the size of potato yields. According to the study’s findings, improvements were seen in terms of both number and weight.

“This can lead to increased profitability by enhancing both the quantity and quality of the potatoes, which can then be sold at higher prices,” M.K.F. El- Tawashy said.

“The study highlights the importance of using the right fertilizers and application methods,” they added, “which can help farmers reduce costs associated with inefficient fertilization techniques.”

Enhancing marketability

According to the study’s findings, the foliar application of BRANDT Manni-Plex Ca-Zn and BRANDT Manni-Plex Ca-Mag to potato plants increased both dry weight and leaf-nutrient accumulation. This, M.K.F. El- Tawashy explained, may be related to the minerals’ functions on potato plants.

“Further studies on potatoes – along with other strategic crops – are still needed to determine the precise correlation between Calcium, Magnesium and Zinc applications and specific environmental factors,” they said.

The research also found that these mineral-rich fertilizers stimulate plant growth, thus enhancing the size and total number of leaves. It also found that these three vital minerals serve to boost overall chlorophyll content.

“Our findings highlight the importance of using high-quality fertilizers and the potential benefits of foliar application,” M.K.F. El- Tawashy said. “This will no doubt help farmers all over the world improve the marketability of their produce.”

Fighting world hunger

The study’s findings are a significant step forward in the development of more effective and sustainable fertilization strategies for potato production.

“By improving their fertilisation practices, farmers can also reduce the risk of crop failure and enhance the overall sustainability of their operations,” M.K.F. El- Tawashy said. “This, in turn, will help them achieve greater profitability in the long term.”

M.K.F. El- Tawashy and their research team plan to continue their work and explore the potential benefits of other fertilizers and application methods.

“The potato industry is a major contributor to the global agricultural sector,” they explained. “Our most recent findings could have serious implications for the ongoing quest to combat world hunger.”

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Africa’s Major Crop: How Climate-Smart Agriculture is Enabling Farmers to Reap Record-High Cassava Yields Using Nuclear Science and Technology

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One of the most important food security crops in Africa is cassava, a root vegetable eaten by around half a billion people every day.

Africa produces nearly 200 million tonnes of cassava every year, around 60 per cent of the world’s total production. However, due to climate change, water scarcity and declining soil fertility, cassava yields are being adversely affected across the continent, causing many people to face food shortages and malnutrition.

Experts from the IAEA and the Food and Agriculture Organization of the United Nations (FAO) are working to help African farmers mitigate these effects of climate change by sharing sustainable and efficient nutrient, water and soil management practices.

“Thanks to the knowledge we’ve gained here about climate-smart agricultural practices, we are now more informed and better equipped about cassava production and hope to use this knowledge to improve our yields,” said Misses Unu, a farmer from Nigeria, as he sat on the field after the harvest, looking at the piles of large cassava roots.

He and many other local farmers in over a dozen African countries participated in field demonstration trials run by the joint IAEA/FAO Centre in the IAEA’s Department of Nuclear Science and Applications. This was aimed at training them to grow more and better-quality cassava using nuclear and related climate-smart agricultural techniques. The trials were conducted from 2021 to 2023 and continue to take place in a number of countries.

Cassava is a starchy root vegetable that looks like a sweet potato. It is the third most important source of calories in the tropics after rice and maize. First brought to Africa by Portuguese merchants from Brazil in the 16th century, over the years it has become the continent’s most produced cash crop, deeply embedded in local cuisine. Literally, every part of this crop can be used. While the leaves are rich in protein, the root can be boiled, steamed, fried, cut into chips or turned into starch, flour or animal feed. Cassava is also relatively easy to grow as it adapts well to harsh environmental conditions, including high temperatures and drought. Due to its hardiness, farmers often think there is no need to apply nutrient and water to grow cassava, but after a few years, this leads to nutrient-mining and low crop productivity.

To enhance food security and increase the incomes of cassava farmers, the IAEA launched a technical cooperation project in 2020 in collaboration with local research institutes and farmer associations in Africa. Farmers in several African countries were able to double and even triple their cassava yields by applying nutrient, water and soil management practices, developed by experts from the Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture.

Nuclear science gives clues to best farming practices

As part of the project, researchers and farmers in Africa were trained in the application of nuclear techniques for cassava production. For healthy plant formation, growth, photosynthesis and metabolism, cassava requires 17 essential nutrients, particularly nitrogen, potassium and phosphorus in a specific ratio.

Deficiencies in these nutrients in the soil result in poor yields, while excessive application of fertilizers containing these nutrients can pollute surface and ground water and increase emissions of greenhouse gases. Isotopic techniques can help assess plant uptake of added fertilizers and track their movement in the soil, plant, water and atmosphere.

“Nuclear science helps us better understand the exact amount of nutrients cassava needs and helps farmers apply fertilizers in the most effective way at the right stage of the plant’s life cycle,” said Mohammad Zaman, a soil scientist at the Joint FAO/IAEA Centre.

The training provided through the IAEA technical cooperation programme also included isotopic techniques using Nitrogen-15 (15N) to measure the efficiency of fertilizer use and cosmic ray neutron sensors, which help determine precisely how much nutrients and water cassava needs to thrive. “The data collected through these methods can guide farmers on how to apply nutrients and water more efficiently to minimize their wastage,” added Zaman.

A farmer’s guide to climate-smart agriculture

A farmer in Central Africa Republic is transporting cassava tubers after harvest. (Photo: M. Zaman/IAEA)

By applying climate-smart agricultural practices, cassava yields can be significantly improved. For example, around 13 per cent of improvement in yields comes from planting clean and healthy rooted cuttings, 17 per cent comes from enhancing soil fertility and 16 per cent comes from controlling insect pests and diseases.

To help farmers achieve better results, experts from the Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture prepared step-by-step production guidelines which include information on selecting improved cassava varieties, preparing planting materials, managing soil and water resources, applying fertilizers and nutrients, controlling insects, pests and diseases, as well as harvesting and postharvest processing.

Subsequently, several training sessions on the application of these methods and on-farm trials were organised for farmers in Burundi, the Central African Republic, Ghana, Nigeria and Rwanda.

In Ghana, cassava is the most important staple crop. Its production contributes about 22 per cent of agricultural GDP and employs over 70 per cent of all farmers, making the country one of the top five cassava producers in Africa. The vegetable is traditionally cultivated by smallholder farmers, who use it to prepare a variety of traditional cassava dishes, including fufu, cassava dough, or banku, a mixture of cassava and corn doughs.

The average yield in Ghana is 14 to 21 tonnes per hectare. Through the technical cooperation project, the application of climate-smart agricultural practices recommended by the Joint IAEA and FAO Centre of Nuclear Techniques in Food and Agriculture helped more than triple the yields, depending on the farming site, the variety and the amount of organic and chemical fertilizers applied. Field demonstration trials showed an increase from around 20 tonnes per hectare to over 70 tonnes.

Similar, and even higher results were observed in other countries. In Burundi, where conventional farming yields around 12 tonnes per hectare, nuclear-based methods helped to reap over 37 tonnes. In Rwanda, the use of climate-smart agriculture increased yields from less than 15 tonnes to almost 62 tonnes. In the Central African Republic, the field trials made it possible to harvest around 50 tonnes, compared with an average of 10 tonnes.

Cassava helps generate income, create jobs and guarantee food security for millions of Africans. “The IAEA will continue to help countries in applying nuclear science-enhanced farming techniques for growing cassava to strengthen economies, spur development and reinforce food security on the African continent,” Shaukat Abdulrazak, Director of the IAEA’s Technical Cooperation Division for Africa said.

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Kenyan sugarcane farmers urged to use top notch fertilizer application technologies

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kenyan sugarcane farmers have been challenged to embrace modern technologies on fertilizer distribution during planting and top dressing to ensure fertilizer is applied economically, accurately and uniformly to all crops to increase the tonnage per acre.

The general manager of West Kenya sugar ltd at Olepito Genald Okoth noted that despite the advancement of technology in the sugar sector, Busia farmers are yet to embrace it and have stuck to using broadcasting methods while applying fertilizer.

“Although modern equipment has existed for years, farmers in Busia are yet to fully utilise it and realise its benefits, use of Mayfield fertilizer distributor saves farmers on labour and minimizes pilferage due to poor supervision,” noted Okoth.

The MG said there has been a significant improvement on production for farmers who are already using the machine as the factory has witnessed some farmers grow from 15 tonnes per acre to 70 tonnes.

“It is important to use application methods that apply nutrients as close as possible to the roots in both the plant and the ratoon sugarcane crop,” he added.

His sentiment was echoed by the Agriculture officer in the company Titus Ondigo who said after research by the factory it was discovered that there was a lot of wastage by most farmers, a move that prompted them to incorporate experts to solve fertilizer management problems.

According to Ondigo with the machine, 100kg of fertilizer is enough to apply on one acre piece of sugarcane plantation as compared to the initial 150kg.

“Use of machines is cost-effective, particularly in developing countries where labour is more cost-effective than mechanical application. Unlike the use of hand, machines ensure uniform application of fertilizer that minimizes human errors,” said Odingo.

With modern agriculture being driven by continuous improvements in digital tools and data as well as collaborations among farmers and researchers across the public and private sectors, the company has prioritized the sensitization of farmers on timely and appropriate fertilizer application techniques.

“As a pilot program we are working with farmers, we supply fertilizer and experts to aid farmers on this. What we target is to maximize the output from the farm, as we help farmers realize profit,” said Okoth.

Patrick Masinde, a sugarcane farmer from Matayos Sub-County bared witness how the technology has aided him to realize over 60 tonnes in the last two harvests.

“Since the company advised me to use Mayfield machines my production has been on a rising trend, it allows for maximising the use of labour and optimising the fertilizer potential, thus ensuring improved crop quality and yield,” noted Masinde.

With time, agriculture continues to witness more technological advancements.  From use of tractors for ploughing, irrigation, soil sampling and now fertilizer application techniques all led to higher yields and improved quality of the food and fibre that was grown.

There is a need for urgent intervention in the sugar sector which has seen factories facing acute cane shortages even as the country continues to grapple with rising sugar prices.

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Crop protection: Largest ever electric drone authorized to operate in the US

Crop protection: Largest ever electric drone authorized to operate in the US

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Pyka, manufacturer of large-scale highly-automated electric aircraft for crop protection and cargo transport, has announced that it has received approval from the U.S. Federal Aviation Administration (FAA) to operate its zero-emission highly-automated Pelican Spray aircraft for crop protection commercially nationwide.

With a gross weight of 1,125 lbs, Pyka’s highly-automated uncrewed aircraft system (UAS) is the largest ever to receive FAA authorization for commercial operation in the United States.

‍In conjunction with an agricultural aircraft operator certificate, this highly-anticipated FAA approval will enable Pyka to commence commercial operations in the United States, bringing unparalleled safety, environmental, and economic benefits to American farmers and the greater public. In 2020 alone, the National Transportation Safety Board (NTSB) reported 54 aircraft accidents involving agricultural operations, including 12 fatal accidents resulting in 13 deaths.

The FAA’s action to authorize Pyka’s operations signifies the agency’s commitment to enabling larger and more advanced agricultural UA operations that will save lives and advance American leadership in the $60 billion global drone market.

‍With access to Pyka’s fixed-wing, highly-automated all-electric aerial application technology, American farmers and neighboring agricultural communities will benefit from a safer alternative to piloted spray aircraft, increased spray precision, reduced chemical usage costs, and minimized environmental impact.

Pyka’s Pelican Spray aircraft is the world’s largest and most productive agricultural spray drone and is already operational on farms in Costa Rica, Honduras, and Brazil.  It can carry up to 540 lbs (70 gallons) of liquid and spray up to 240 acres per hour.

“We are beyond thrilled to celebrate this commercial approval and regulatory milestone,” said Michael Norcia, Chief Executive Officer of Pyka. “Pyka’s aircraft provide an essential tool for protecting crops, unlocking cost savings for growers, and reducing our impact on the environment.

This commercial approval is the first step in enabling us to generate massive value for growers in the U.S., Latin America, and other markets we operate in, while also laying the operational and regulatory groundwork for eventual scaling into uncrewed cargo operations worldwide.”

‍“This is a significant win for Pyka and the agricultural community they serve. Among other safety and environmental benefits, the use of highly-automated UAS like the Pelican to perform potentially hazardous aircraft operations can reduce the number of pilot fatalities that occur each year in the aerial agricultural spraying industry,” said Lisa Ellman, Partner and Chair of Hogan Lovells’ Uncrewed Aircraft System Practice and leading policy advocate for the commercial UAS industry.

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CLAAS unveils new ELIOS 200, ELIOS 300 and AXOS 200

CLAAS unveils new ELIOS 200, ELIOS 300 and AXOS 200

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Under the motto “Get more done together”, CLAAS unveils three new model series comprising nine compact tractors from 75 to 103 hp.The main customer segments are mixed and specialty crop farms as well as small-scale full- and part-time farms.

Simple, comfortable, versatile: nine models for the most diverse requirements and applications

CLAAS has significantly expanded its product range in the compact tractor segment with the addition of three new series. The tractors offer a host of different technical features relating to performance, power transmission, comfort and payload to suit different customer specifications and fields of application. Ranging from a maximum output of 75 to 103 hp, fully mechanical 4-speed manual transmission to 5-speed powershift transmission with REVERSHIFT and TWINSHIFT, from 30-inch rear wheels to 34-inch large wheels, from a gross vehicle weight of 5.1 to 6.0 t and from a cab with transmission tunnel to a comfortable command centre with flat cab floor. Development focused on four characteristics in particular: versatility, performance, comfort and reliability. While “reliability” carried equal weight in all three model series, versatility, performance and comfort differed significantly depending on the series.

ELIOS 200: the easy way to get more done

The ELIOS 200 series incorporates four models with maximum output ranging from 75 to 103 hp. While the entry-level ELIOS 210 features familiar optics and is available as a platform or cab version with an overall height from 1.89 m (2.40 m with cab), the ELIOS 220, 230 and 240 have been remodelled and are available with cab only. The four-speed transmission can be ordered either as a purely mechanical version or with TWINSHIFT powershifting and REVERSHIFT reverser. The rear linkage has a lift capacity of 3.2 t and a gross vehicle weight of 5.1 t – with the rear axle standing on 30-inch wheels. This combination of features makes the ELIOS 200 ideal for simple tasks around the yard and in the shed – for repetitive logistics work with or without front loader and for light to moderately heavy draught work.

ELIOS 300: the comfortable way to get more done

Unlike the ELIOS 200, the ELIOS 300 series starts at a maximum output of 85 hp and comprises three models. However, the main difference from the ELIOS 200 is the 5-speed transmission with TWINSHIFT powershifting and hydraulic REVERSHIFT reverser as standard. In addition, unlike the ELIOS 200, the cab floor is flat. The additional comfort provided by these features makes working with the ELIOS 300 even more of a pleasure, be it in the yard and shed or on grassland, fields, plantations and forests. Kerb weight starts at 3600 kg, while the minimum external width of 1.65 m and minimum height of 2.60 m enable the tractor to be used in plantations and older-style buildings. With a maximum track width of 2310 mm, the ELIOS 300 can also be used safely on uneven terrain and sloping ground. CLAAS can supply factory-fitted Trelleborg turf tyres (rear 600/55 R26.5, front 400/55 R22.5) on request to protect the soil and reduce tracks when driving over grassland in parks, riding arenas and sports grounds.

AXOS 200: the versatile way to get more done

The AXOS 200 offers even more of everything, which means even more versatility overall. Two models with a maximum output of 92 and 103 hp complete this tractor segment from CLAAS right up to the ARION 400. In addition to a higher lift capacity and more payload than the ELIOS series, the AXOS 200 offers large rear wheels up to 34 inch. This makes it a sturdy, capable yet compact all-rounder that performs well even on challenging terrain in arable and vegetable crops or forestry. With a height of 2.62 m, it can also pass through low entrances and is astonishingly agile thanks to a minimum turning radius of 3.79 m.

Four-cylinder from FPT: powerful, efficient and low-maintenance

All new tractors in the ELIOS 200, ELIOS 300 and AXOS 200 series derive their power from state-of-the-art FPT four-cylinder turbo engines with common-rail injection and Stage V emissions standard. The AXOS 200, ELIOS 300, and ELIOS 240, 230 and 220 work with the 3.6 l engine with 1800 bar injection pressure, wastegate turbocharger, intercooler and viscous fan, covering a performance range from 83 to 98 hp rated output at 2300 rpm and 85 to 103 hp maximum output at 2000 rpm. Maximum torque ranges from 334 to 406 Nm, depending on the model. Full engine torque is available across a wide speed range. In contrast, beneath the bonnet of the ELIOS 210 lies the 3.4 l model with 1600 bar injection pressure, intercooler and viscous fan which delivers 75 hp and up to 309 Nm.

The fuel tank in the AXOS 200 and ELIOS 300 holds 105 l and the ELIOS 200 95 l. On top of that is the 10 l urea tank (AdBlue) for the exhaust gas aftertreatment system. The Stage V exhaust gas cleaning in all engines features an SCR catalytic converter (except the ELIOS 210), diesel particulate filter (DPF), diesel oxidation catalytic converter (DOC) and externally cooled exhaust gas recirculation (EGR). All components are housed beneath the bonnet outside the driver’s field of vision. The slender exhaust pipe fits perfectly in front of the left A-pillar without impairing visibility, and without compromising the low, narrow bonnet design. Alternatively, the exhaust can be integrated between the right-hand step and the front console where it is well protected. Despite the integrated exhaust gas aftertreatment system, the engine area remains exceptionally maintenance friendly.

All engines are fitted with engine air preheaters as standard. An electric cold-start aid is optionally available which ensures reliable, gentle engine start-up at low temperatures down to -30° C.

Instead of one engine speed memory, a version with two engine speed memories is optionally available for all AXOS and ELIOS. This is particularly useful when working with PTO-driven or hydraulically operated implements. After saving the engine speed using either the foot or hand throttle and pushbutton, subsequent adjustments can be made with two pushbuttons.

Always at the right speed: flexible working from 500 m/h to 40 km/h

Buyers opting for an ELIOS 200 can choose between a mechanical transmission with four speeds in three ranges with two mechanical ratios and mechanical reverser, or a version with TWINSHIFT (two powershift speeds) and hydraulic REVERSHIFT reverser. Both transmissions have 24 forward and 12 reverse gears, 8 of which are in the main operating range between 5 and 15 km/h. With a minimum speed of 500 m/h (300 m/h at 1400 rpm), the tractors are ideally suited for working in speciality crops. The same can be said of the 5-speed transmission in the AXOS 200 and ELIOS 300 with 30 forward and 15 reverse gears, with this version offering as many as 10 gears in the main operating range and a short shift lever for easy car-like shifting. TWINSHIFT powershift transmission – which increases tractive power by 20 per cent at the press of a button – and the electrohydraulic REVERSHIFT clutchless reverser are included as standard. Another comfort feature that is normally associated with large tractors is the clutch button on the back of the shift lever – which eliminates the use of the foot clutch in virtually all operations, especially road journeys – and the optional SMART STOP function, which automatically disengages the transmission to bring the tractor to a standstill when the foot brake is applied at traffic lights, junctions and during front loader work and re-engages it when the foot brake is released. These transmissions reach a top speed of 40 km/h at just 1750 rpm.

From tractor to implement carrier

With lift capacities of 3200 to 3350 kg, the ELIOS 200, ELIOS 300 and AXOS 200 can lift standard implements for cultivation, grassland management and grounds maintenance. All types can be optionally fitted with a front loader with a lift capacity of 3200 kg – more than enough for front-mounted atttachments. All ELIOS and AXOS are supplied with an open-centre hydraulic system with an output of 87 l/min as standard, with an optional third pump available for all three model series to increase output to 114 l/min. For this specification, the ELIOS 300 and AXOS 200 can be supplied with an electrohydraulic operating system with ELECTROPILOT and rocker switches as an alternative to the standard mechanical version. At the rear, up to three double-acting spool valves and a free-flow return line are available for the ELIOS and AXOS, while a fourth double-acting spool valve is available for the ELIOS 300 and AXOS 200 with the third pump option. In addition, all ELIOS and AXOS can be fitted with two mid-mount double-acting connections for use with front loaders, in plantations or for municipal work.

The PTO specification is equally impressive: as an alternative to the 1000/540, all ELIOS and AXOS 200 can be equipped with the 540/540E combination. A ground-speed PTO can also be supplied as an option. Furthermore, a front PTO with 1000 rpm or 540E is available for the front linkage. The electrohydraulic PTO coupling guarantees a smooth start and protects the PTO transmission, drive shaft and drivetrain.

But it doesn’t stop there: in sales regions such as France, all ELIOS and the AXOS 200 can be ordered with a hydraulic dual-line brake.

A perfect fit: five front loaders for every situation

Tailor-made front loaders from the CLAAS range make the ELIOS 200, ELIOS 300 and AXOS 200 even more versatile. As well as FL 60 front loaders with PCH hydraulic self-levelling linkage, the FL C 40 / 60 and FL E 40 / 60 series with mechanical self-levelling linkage are available for all models. AXOS 200 tractors can also be fitted with the larger FL 80 series (hydraulic self-levelling linkage) and the FL 80 C series (mechanical self-levelling linkage). The front loader brackets are positioned well back, providing stability during heavy work. The robust bolted connection between the front loader bracket, made from high-strength cast steel, and the engine half frame does not compromise the steering lock or ease of maintenance.

The FITLOCK system and MACH quick-attachment couplers for electrical and hydraulic connections make short work of attachment and removal. Changing attachments on the front loader is also quick and easy with FASTLOCK and SPEEDLINK. The SHOCK ELIMINATOR vibration damping system is supplied as standard with all front loader models.

There is a choice of two operating systems for the front loader; the E-PILOT S or the ELECTROPILOT, both within easy reach in the right-hand console. While the E-PILOT S provides fingertip control of front loader functions only, the ELECTROPILOT can also be used to operate hydraulic functions on rear implements. In addition, instead of using the lever on the left of the steering wheel console to change direction, the REVERSHIFT reverser can be operated using two pushbuttons on the ELECTROPILOT. This means that all relevant functions for front loader work can be controlled single-handedly.

Stay focused and relaxed: cab with ergonomic side console, air conditioning and air-suspended seat

The left-hand door opens wide to enable driver and passenger to step into and out of the cab safely and comfortably. The ELIOS 300 and AXOS 200 come with a flat cab floor, as well as air conditioning and air-suspended driver’s seat on request. Slender pillars for an excellent all-round view are supplied as standard, while the curved rear windscreen gives a particularly clear view to the rear. Both front and rear windscreens can be opened. For greater safety, CLAAS can optionally supply an additional rear-view mirror for the cab interior.

The passenger seat on the left-hand side is also supplied as standard and can be folded away to save space when not in use. The height and angle of the steering wheel can be adjusted to suit every driver.

The main controls are located in the ergonomic side console, grouped according to function and all within easy reach. Shelves and storage areas can be found on and beside the side console. All relevant information such as diesel consumption per hour, transmission oil temperature or fill level of the diesel particulate filter can be viewed on the 4.2-inch colour display in the steering wheel console. The display can also be used to adjust the settings of functions such as rear linkage lift speed, and for versions with electronic spool valves (ELIOS 300 and AXOS 200 only), the response time of the hydraulic spool valves and the maximum flow rate, as well as the timer.

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Ag in Motion kicks off farm show with a record 580 exhibitors

Ag in Motion kicks off farm show with a record 580 exhibitors

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The wait is over for farmers and visitors who have been looking forward to attending Ag in Motion, Western Canada’s largest outdoor farm expo with a record number of companies ready to showcase equipment, livestock, crops and the latest in agriculture technology.

“We have all been looking forward to this week for quite some time,” says Show Director Rob O’Connor. “It’s the best feeling to bring the Discovery Farm Langham site alive with a record number of 580 exhibitors. These companies are bringing farmers an incredible line up of demonstrations, new product launches and exciting new features to see and experience for the next three days.”

Ag in Motion gates opened Tuesday morning at 8:30 a.m. to thousands of visitors who come to take in everything the farm show has to offer in one place:

  • Equipment demonstrations featuring the latest technology such as autonomous machinery, high-speed tillage equipment, state-of-the-art sprayers, drones and more
  • Crop plots with the newest seed varieties and crop protection products
  • Special events to connect farmers and industry
  • Targeted programming in BMO Livestock Central for livestock producers

AgTech is also a highlight of the show. Ag in Motion opening ceremonies took place last night in Saskatoon at the Innovation in Agriculture Reception to celebrate the new, novel and noteworthy in agriculture. During the reception, the TD Agriculture Services Innovations Program winners and finalists were announced in five categories:

  • Agronomics: Taurus Agricultural Marketing Inc. (winner); Timac Agro Canada/Groupe Roullier (finalist)
  • Business Solutions: ScherGain (winner); My Grain Exchange (finalist)
  • Environmental Sustainability: Redekop Manufacturing (winner); ATP Nutrition Ltd./Plant Activity (finalist)
  • Equipment: Pawlutions Ltd./RcFarmArm (winner); CLAAS (finalist); VeriGrain (finalist)
  • Livestock: SAPI LLC (winner)

“This is where the agriculture industry connects, shares and learns every summer,” says O’Connor. “We would like to thank all the individuals and companies who help us stage such a large outdoor show with exciting products to present in the environment they are intended for. We know visitors will find something new and interesting to see.”

Ag in Motion takes place at Discovery Farm Langham from July 18-20, 2023, just northwest of Saskatoon, Sask. For tickets to the show and a detailed overview of the lineup at Ag in Motion 2023, visit aginmotion.ca.

For information on the go, download the Ag in Motion mobile app from Google and Apple app stores.

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Brazil expects to reap big after participating in Africa’s largest agricultural fair

Brazil expects to reap big after participating in Africa’s largest agricultural fair

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Brazil expects to reap big after participating in Africa’s largest agricultural fair

The recently concluded Nampo Harvest Day in South Africa was a huge success. Considered as Africa’s largest agricultural fair, the event attracted a huge number of exhibitors in the agriculture industry seeking to showcase their innovation. And Brazil was not left out.

13 Brazilian companies in the agro-industrial sector (Allbiom, Balanças Açores, Baldan, CASP, Cimisa, Eirene Solutions, Inroda, Kepler Weber, MagnoJet, PVT Agriculture, Reafrio, São José Industrial, and TKA Cranes) achieved material results during their participation in the Nampo Show 2023, with the support of the Brazil Machinery Solutions (BMS) Program.

The event, which is the main African fair of the agribusiness industry and the 2nd largest fair in the southern hemisphere, generated a total amount of USD 8 million in closed and forecast deals.

During the Business Round, deals were closed in an amount of USD 1 million, in addition to USD 7 million in businesses forecast for the coming months.

During the fair, Brazilian companies established commercial contacts in several African countries, such as South Africa, Angola, Botswana, Mozambique, Tanzania and Zimbabwe, in addition to European nations like France and England.

These locations represent important markets for the Brazilian agro-industrial sector and received special attention during the event.

“We achieved an expressive result regarding the African continent, exceeding our expectations. Initially, we expected to hold around 40 meetings during the Business Round, but we ended up holding 96, an increase of 140% in relation to our expectations and a very significant gain in terms of business”, states Paulo Guerra, Commercial Promotion and Institutional Relations Manager at ABIMAQ.

The promoted Business Round was a great thing for the participating companies. During the event, 96 meetings were held, totaling 106 commercial contacts.

The participation of these companies served to show the Brazilian technology and expertise of this sector in a strategic environment for the development of new businesses in South Africa, which is the gateway to exports on the African continent.

“The participation of these companies was essential to strengthen Brazil’s position as a supplier of advanced technological solutions. Africa is a promising and strategic market, and Brazilian expertise has much to contribute to the development of the agro-industrial sector in that region”, says Guerra.

The presence of Brazilian companies at the event reinforces the importance of the partnership between ABIMAQ and ApexBrasil, through the BMS Program, in promoting domestic industry and encouraging exports and investments in the equipment and machinery industry.

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Stara takes top notch agricultural innovation to Nampo

Stara takes top notch agricultural innovation to Nampo

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Stara takes top notch agricultural innovation to Nampo

Stara was present at the Nampo Harvest Day from May 16th to 19th 2023. The company was represented by the reseller Kempston Agri.

Stara was a great display of agricultural innovation that farming enthusiasts could see in South Africa.

The major Stara highlights in the agricultural show were the Imperador line, the Bruttus line, and the Brava + corn head. These pieces of equipment turned the heads of the ones walking by the stand.

The commercial representative of Stara in South Africa, Douglas Fernandes, told us about the various visits of visitors who were charmed by the company’s technology.

“Stara’s participation in the show was really positive. The machines caught a lot of attention during the visits, especially the Imperador line, which resulted in good expectations and prospection.”

Stara’s participation in one more international agricultural fair shows the brand’s strengthening in the external market.

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