Since IAA Transportation Hanover opened, BYD’s Hall 21, B11 booth has been a top draw for media and visitors. BYD presented a full lineup of equipment spanning 3.5 tons to 44 tons: the ETT44 battery-electric tractor, ETH28 platform vehicle, EYT2.0-yard tractor, E-VALI LCV and T35 light truck. The ETT44, the world’s first battery-electric heavy tractor to earn Euro NCAP 5-star safety, also took home the City Safe Award.

To see BYD only through individual products would drastically understate its European competitive edge. Its real moat lies in systematic capabilities, not a single model: full-stack in-house tech, ecosystem-led solutions, TCO optimization via long warranties, and deep local presence — forming a short-term unreplaceable closed loop.

Unlike European OEMs relying on external suppliers for core e-parts, BYD is both tech supplier and vehicle maker, with Blade Batteries, 8-in-1 controls, integrated eAxles, hairpin dual motors and 1000V high-voltage platforms all developed in-house. Its European eTruck head, noted BYD is a tech firm, not a traditional vehicle maker, with all key EV components self-supplied.

The ETT44 delivers 750kW peak power (98%+ efficiency), far outperforming the 350–600kW of European peers. With 651kWh/434kWh Blade Batteries, it hits 600km max range, supports 1.5MW MCS charging (20 mins 20%-80%, 300–400km range top-up) and is compatible with 425kW CCS2 DC fast charging.

This 1000V platform edge, transferred from BYD’s passenger car tech, is a synergy no European OEM can match. BYD Executive VP Li Ke confirmed the firm will roll out passenger-car fast-charging tech to commercial vehicles, integrating solar, storage, charging infrastructure and fleet management into one-stop zero-carbon fleet solutions — positioning BYD far beyond a truck seller, as a full-scene zero-carbon fleet service provider.

Source: Sohu     Read The Article

PSR Analysis: BYD’s systematic play opens tangible opportunities for Europe’s heavy-duty truck market. Its full-stack in-house tech stack lets it move proven passenger-car solutions like high-voltage platforms and SiC controls over to commercial vehicles, delivering e-trucks that outperform local rivals.

It no longer just sells trucks but offers all-in-one zero-carbon fleet packages covering solar, storage, charging infrastructure and fleet management, filling Europe’s massive megawatt charging gap and lowering the barrier for logistics firms to go electric. Backed by its proprietary Blade Battery, BYD throws in a standard 10-year/1.2mn-km warranty, prices its e-trucks at USD $252,150 – $280,160 (€225k–€250k) (30% below local peers), and cuts 5-year TCO by 12%. This makes e-trucks fully cost-competitive with diesel, speeds up Europe’s heavy-duty electrification push, and forces local OEMs to step up their tech upgrades and build out the supporting new-energy ecosystem.

BYD’s arrival also brings real, tangible challenges to the market. Unlike European local OEMs that mostly act as vehicle integrators, BYD’s four-pronged edge — full in-house R&D, closed-loop ecosystem, TCO optimization, deep local presence — is nearly impossible for local players to copy quickly. It has already shaken up Europe’s century-old heavy-duty truck market order, with brands like MAN pushing the EU to slap extra tariffs on Chinese e-trucks, raising the risk of spreading trade barriers.

Local OEMs that want to catch up on in-house e-parts and ecosystem building will have to pour huge sums into overhauling their supply chains, breaking their long-stable profit models and facing extended periods of margin pressure. BYD’s upcoming local production in Hungary will also steadily eat into local brands’ market share over time, further rewriting the rules of the European heavy-duty truck game.   PSR

Jack Hao is Senior Research Manager – China

The network is supported by Foton’s parts distribution center in Itajaí, Santa Catarina, which holds more than 165,000 aftermarket items. It supplies sales, technical assistance, parts, and service operations nationwide. Foton aims to reach 100 dealerships in Brazil by the end of 2027 while supporting an expanding portfolio that includes light, medium, and heavy trucks, the Tunland hybrid diesel pickup, and several electric commercial vehicles.

Source: Revista M&T   Read The Article

PSR Analysis. The rapid network expansion shows that Foton is moving beyond a product entry strategy and investing in the commercial infrastructure required to become a more established competitor in Brazil. Dealer coverage, parts availability, and aftersales capability are especially important barriers for Chinese commercial vehicle brands, as fleet customers place significant weight on uptime and service support.

If Foton can maintain service quality while scaling to 100 dealerships, the broader footprint should improve customer confidence and support higher volumes across both conventional and electric commercial vehicles, particularly in regional markets where the brand previously had limited coverage.   PSR

AGCO has presented new AGCO Power engines powered by ethanol and biomethane for agricultural machinery, developed by its South American engineering team. The solutions target tractors in the 200 hp to 300 hp range and were validated in real field operations, including sugarcane and grain crops.

The ethanol engine uses dedicated ignition and injection systems, while the biomethane version is aimed at farms with access to biomass and biogas production. According to AGCO, the technologies can deliver diesel equivalent performance and reduce CO₂ equivalent emissions by up to 90%. Market introduction is expected in 2027 for biomethane and in 2028 for ethanol.

Source:Revista M&T with information from AGCO press office.  Read The Articles

PSR Analysis. Rising oil prices, diesel supply risks, and the resulting insecurity for farmers strengthen the case for engines powered by locally produced fuels such as ethanol and biomethane. As with other engine manufacturers and OEMs, AGCO is investing to respond to this demand and enable access to lower carbon technologies suited to South America’s agricultural fuel base.

The key uncertainty is when these solutions will become commercially competitive against diesel in acquisition cost, operating cost, and fuel availability. Hybrid powertrain support may become relevant to improve efficiency, reduce fuel consumption, and accelerate competitiveness in some agricultural applications, especially for sugar cane producers.    PSR

Fabio Ferraresi is Director, Business Development, South America, for Power Systems Research

The new plant is expected to centralize production operations distributed across different facilities and improve manufacturing efficiency, logistics integration, and future expansion capability. According to the company, the investment reflects increasing demand for agricultural and compact construction equipment in Brazil and other South American markets.

The operation will strengthen Yanmar’s local industrial footprint while supporting production of tractors, engines, and compact machinery for regional distribution.

Source: Revista MT

PSR Analysis. The investment reinforces Brazil’s position as a strategic manufacturing base for agricultural and compact equipment in South America. Increased local production capacity may reduce logistics costs and improve supply chain responsiveness for regional markets. It also reflects sustained demand expectations in agribusiness and compact machinery segments, although long term performance will remain linked to agricultural commodity cycles and financing availability, especially for this size of equipment. PSR

Fabio Ferraresi is Director, Business Development, South America, for Power Systems Research

The Vietnamese agricultural machinery market is expected to grow steadily over the forecast period due to labor shortages in rural areas and rising demand for mechanization. Efforts to improve rice production are boosting demand for agricultural machinery, especially small tractors and tillers. Japanese brands like Kubota and Yanmar maintain a strong market position, but Chinese competitors are increasing their presence. Small-scale farmers consider initial costs, durability, and after-sales service when making purchases. Government policies aimed at modernization are also supporting market growth.

Source: Mordor Intelligence

PSR Analysis: Vietnam’s agricultural machinery market increasingly reflects a structural divide between productivity-oriented mechanization and affordability-driven mechanization.

At first glance, rising mechanization appears supportive for all suppliers. However, the market is becoming segmented between larger commercial operators prioritizing reliability, durability, and aftersales support, and smaller farmers whose purchasing decisions are heavily constrained by upfront financing costs.

This creates a more nuanced competitive environment than simple “Japanese vs. Chinese” narratives suggest. Japanese brands continue to hold strong positions because downtime during planting or harvesting seasons carries significant economic risk. In many regions, service network reliability remains more important than headline machine specifications.

At the same time, lower-cost Chinese products are gradually expanding in secondary applications, entry-level ownership, and rural markets where utilization rates are lower, and replacement economics differ.

Another underappreciated factor is labor availability. Vietnam’s industrialization is steadily drawing younger workers away from agriculture, indirectly accelerating demand for compact mechanization solutions even among smaller farms.

In the long term, Southeast Asia may not converge toward a single agricultural equipment market structure. Instead, multiple market tiers could emerge, with premium Japanese equipment dominating high-utilization commercial farming and lower-cost competitors expanding into price-sensitive segments.

For suppliers, distribution coverage, financing access, spare parts availability, and localized product adaptation may be more important than manufacturing scale alone. PSR

Akihiro Komuro is Research Analyst, Far East and Southeast Asia, for Power Systems Research

The investment reflects a strategy to expand the company’s manufacturing footprint in regions with strong demand for agricultural mechanization, particularly in medium-horsepower tractor categories.

Localization is expected to support supply chain development and facilitate access to financing mechanisms tied to local production requirements.

Source: Click Petróleo e Gás     Read The Article

PSR Analysis. The Indian manufacturer is positioning itself to compete in Brazil’s large and structurally important agricultural machinery market, recognizing that local production is a key requirement for competitiveness. Domestic manufacturing improves cost structure, enables access to subsidized financing programs linked to local content, and strengthens brand perception as a committed local player rather than an importer. Beyond pricing advantages, the strategy supports dealer network expansion and increases credibility among farmers, a critical factor in a market characterized by strong brand loyalty and long equipment replacement cycles. PSR

Fabio Ferraresi is Director, Business Development, South America, at Power Systems Research

The initiative aligns with Brazil’s strong biodiesel production base and leverages the country’s agricultural capacity as a potential pathway for transport decarbonization without requiring immediate large-scale electrification. The evaluation includes technical validation of fuel system components, combustion characteristics and operational reliability under commercial vehicle duty cycles.

Source: Automotive Business     Read The Article

PSR Analysis.B100 testing aligns with the agricultural sector’s push to expand domestic biodiesel consumption and supports energy security by reducing exposure to oil price volatility amid geopolitical tensions. OEMs appear to be revising their historically cautious stance toward biodiesel durability impacts, developing technical solutions to enable higher blend compatibility. However, biodiesel still faces cost competitiveness challenges relative to petroleum diesel, which may limit large-scale adoption without regulatory incentives or pricing parity mechanisms.   PSR

Fabio Ferraresi is Director, Business Development, South America, at Power Systems Research

Aerators are machines that have tines for soil penetration. The process involves perforating the soil with small holes to allow air, water and nutrients to penetrate the grass roots.

Engine-powered aerators are used to combat soil compaction in lawns and turf by creating holes (plugs or spikes) that allow air, water, and nutrients to penetrate deep down to the grass roots, leading to healthier, stronger growth, better drainage, and reduced thatch, essential for heavily trafficked areas or tough soils. These powerful machines make it feasible to aerate large areas efficiently, delivering benefits that surpass manual methods for serious lawn care or professional use. 

This product information comes from industry interviews and from two proprietary databases maintained by Power Systems Research: EnginLink , which provides information on engines, and OE Link, a database of equipment manufacturers.

Trends. In 2025, production of Aerators in North America decreased nearly 3%.  However, production is expected to gain 4% in 2026.  The gain is attributed to healthy lawn needs that include parks, residential, commercial/professional landscaping and sport fields. Expect production to increase by 10% by 2035.   PSR

Carol Turner is Senior Analyst, Global Operations, at Power Systems Research

80,800 units is the estimate by Power Systems Research of the number of Ag Tractors expected to be produced in North America (United States, Canada, and Mexico) during 2026.

This product information comes from industry interviews and from two proprietary databases maintained by Power Systems Research: EnginLink , which provides information on engines, and OE Link, a database of equipment manufacturers.

Ag Tractors are produced in several different types that were considered in the production of this report.

2-Wheel Drive Tractors are farm tractors that have a drive train that allows two wheels to receive power from the engine simultaneously. Normally, the rear axle is powered by the engine.

4WD Articulated Ag Tractors are farm tractors built with an articulated chassis very similar to the design used for articulated wheel loaders. Each element of the articulated chassis has a rigid drive axle, and the front and rear elements are connected by a pivoting/ articulating joint. This design uses rigid (i.e. non-steering) drive axles and is typically used for large, high-HP tractors.

MFWD Tractors (Mechanical Front Wheel Drive) are farm tractors which feature a rigid chassis with steerable front-drive axles. This designation applies to both full-time 4WD and front-assist-drive configuration tractors across a broad HP range. Both configurations are produced in significantly greater volume than the 4WD Articulated type tractors.

Tracked Ag Tractors are steerable multitrack tractors with powered rubber tracks instead of wheels to move the vehicle. The crawler-type tracks are flexible and reinforced with steel. They are usually powered by hydrostatic or completely hydraulic driving mechanisms. They can be articulated or nonarticulated.

Trends. In 2025, production of Ag Tractors in North America decreased 6.2%.  Production is expected to drop by nearly 6% in 2026. 

Prior declines in 2020 were attributed to COVID-19 related issues which included unusually high orders for materials and parts. Inventory levels are at the lowest level in decades and have left the supply chain a mess, according to leading tractor manufacturers and AEM. 

Production of machinery and components needed to build equipment has been halted.  This negatively affected demand for farm machinery and contributed to overall lower sales and profits for agricultural equipment operations.

New tractors have become very expensive and have weakened demand. Reduced demand also has been linked to lower commodity prices.

The peak of Ag Tractor production was in 2013.  Expect production to remain flat with a potential 10% decline by 2035.      PSR

Carol Turner is Senior Analyst, Global Operations, for Power Systems Research

South Korea’s Ministry of Agriculture, Food and Rural Affairs 2026 research and development investment plan for the agricultural sector reveals a policy to allocate budget resources primarily to the “smart agriculture” field, centered on robots, drones, and artificial intelligence (AI).

The plan aims to address structural challenges in Korean agriculture, such as an aging population and severe labor shortages, while achieving increased productivity and labor savings.

A key feature of the plan is its emphasis on developing field-implementable technologies, such as autonomous agricultural machinery, data analysis for precision farming, and unmanned pest control drones. The plan also envisions advancing the sophistication of agricultural management through the development of standalone technologies, and by establishing data integration platforms and agricultural ecosystems.

These platforms are expected to promote collaboration with agricultural machinery manufacturers, ICT companies, and startups. The government also plans to commercialize research outcomes and expand exports to enhance domestic agricultural competitiveness and create new industries. This R&D enhancement is not merely a subsidy policy but part of a long-term strategy to transform agriculture into a data-driven industry.

Source: AgTechNavigator      Read The Article

PSR Analysis: This is a short-term demand stimulus measure through subsidies, but it seems to be aimed at shifting the competitive axis for agricultural machinery from “machine performance” to “data and autonomous control” in the medium to long term.

In the Korean market, Japanese brands like Kubota and Yanmar have technological, reliability, and patent advantages, so a rapid reversal in mechanical core technology is unrealistic. However, a comeback is possible even as a latecomer in software domains such as AI control, autonomous driving, and agricultural data infrastructure.

If the government spearheads the development of smart agricultural infrastructure, domestic manufacturers could differentiate themselves with an integrated “hardware + data” model. Nevertheless, since farmers prioritize durability and asset value, a significant short-term erosion of Japanese brands’ market share is unlikely.

A more realistic scenario is that Korean manufacturers will advance their capabilities while Japanese brands localize and adapt their smart functions. Consequently, the market will likely evolve toward intensified competition in added value rather than experience sudden shifts in market share. PSR

Akihiro Komuro is Research Analyst, Far East and Southeast Asia, for Power Systems Research