Specification	Detail
Model	9YG-1.25
Pick-up Width	2,240 mm
Bale Diameter	1,300 mm
Bale Width	1,250 mm
Power Required	≥75 kW / 100 HP
Output	40–100 bales/hr
Bale Density	100–200 kg/m³
Net Wrap	Automatic
Pick-up	Camless, guard-free spring-tooth
Machine Weight	4,060 kg
Chain System	Reinforced compression chains
Density Control	Electronic sensor

Mid-Range Commercial Performance for 75 kW+ Tractor Fleets

The Ever-Power 9YG-1.25 sits at a critical point in the round baler market: commercial-class output capacity with tractor compatibility starting at 75 kW (100 HP). Output of 40–100 bales per hour, a full 2,240 mm pick-up width, and electronic sensor density control are all delivered from a machine matched to the tractor power range that covers the majority of mid-sized Argentine farming operations. This positioning makes commercial-grade specifications accessible to buyers who would otherwise need to upgrade their tractor fleet to operate the heavier S9000 series.

At 4,060 kg, the 9YG-1.25 is over 500 kg lighter than the S9000 Pro. This weight difference is operationally meaningful in two situations: working with tractors at the lower end of the 75–100 kW range, where reduced drawbar load improves tractor handling; and manoeuvring in smaller paddocks where a heavier machine's inertia becomes a handling factor at headland turns and gate transitions.

Camless, Guard-Free Pick-Up: The Long-Term Maintenance Advantage

The 9YG-1.25's pick-up uses a camless, guard-free design that removes two of the highest-maintenance components from the conventional pick-up assembly. In conventional designs, each tine arm follows a shaped cam track that determines its engagement angle with the windrow. Cam track wear — accelerated by abrasive dry straw, dusty native pasture, and silica-laden cereal residue — is a documented recurring maintenance expense across the industry. Guard rings protect the pick-up mechanism from crop entanglement but themselves wear under continuous operation.

Removing both components from the design eliminates the recurring cam track replacement and guard ring inspection items from the seasonal maintenance schedule. For operations baling 1,500–2,000 bales per season, this typically removes one to two service interventions per year and the associated parts cost. The camless design replaces cam-guided tine motion with a direct-drive pick-up mechanism that has fewer moving parts, longer service intervals, and reduced sensitivity to abrasive operating conditions.

Interchangeable Pick-Up Heads: Seasonal Versatility

The 9YG-1.25 is designed to accept interchangeable pick-up heads, allowing a single machine to handle fundamentally different crop collection challenges through the season without separate equipment for each application. The standard spring-tooth head is optimised for windrow material: hay, lucerne, straw, and any crop that has been cut, conditioned, and raked into a windrow before the baler arrives. Spring tines are flexible, aggressive in gathering fine material, and effective across the range of windrow densities encountered in commercial forage baling.

For operations that also handle corn stalk — either as direct standing collection or as raked material — an alternative pick-up head configuration provides the aggressive engagement required for bulky stalk material. The head change process takes a single operator approximately 30–45 minutes with basic tools. Farms transitioning between hay season and corn stalk season in autumn can complete the changeover in a single morning and operate with the new configuration the same afternoon.

Crop Application Range

Hay, Lucerne, and Mixed Pasture

The 9YG-1.25 is the correct baler for mid-scale commercial hay operations producing lucerne, ryegrass, fescue, clover, and mixed species windrows. At 40–100 bales/hr with consistent 100–200 kg/m³ density control, it produces commercially acceptable bale quality across the moisture and density variation typical of a full hay cutting season. The 2,240 mm pick-up width cleans wide windrows in a single pass, maintaining paddock hygiene and preventing crop re-growth through uncollected material.

Wheat, Barley, and Oat Straw

Following grain harvest, the 9YG-1.25 handles the wide windrows left by large combine headers effectively. The full 2,240 mm pick-up width ensures combine-width windrows — often 600–900 cm wide after spreading — are gathered in two passes or fewer, maintaining efficiency during the short post-harvest straw collection window.

Rice Residue

Rice straw is fine, high-silica material with different handling characteristics to cereal straw. The camless pick-up's reduced sensitivity to abrasive material is an advantage in rice residue applications where silica content accelerates wear on conventional pick-up components. The open feeding geometry reduces the compaction issues that affect machines with more restrictive intake designs.

Bale Format: Why 1,250 mm Width Matters

The 9YG-1.25 produces bales of 1,300 mm diameter x 1,250 mm width — slightly narrower than the 1,400 mm bales of the S9000 series. This format is advantageous in two specific situations. First, for operations storing bales in buildings with roof structures designed for narrower bale formats — older sheds built before the 1,400 mm format became standard — the 1,250 mm width provides better utilisation of available storage volume. Second, for operations using bale transport equipment rated for 1,300 mm widths, the 9YG-1.25 format is a direct match without requiring equipment modification.

Tractor Compatibility

The 9YG-1.25 requires a minimum 75 kW (100 HP) at the rear PTO. At exactly 75 kW the machine operates correctly in standard windrow conditions but shows reduced throughput in thick windrows or high-density crops. For operations consistently working heavy lucerne or dense straw windrows, a tractor producing 90–120 kW will deliver better utilisation of the machine's 100 bales/hr upper output capacity.

Compatible Argentine tractor models at or above the recommended power range include: John Deere 6120M and above, New Holland T6.145 and above, Massey Ferguson 6715S and above, and comparable models from other major manufacturers. If you are working at the boundary of the minimum power range, contact us — we can advise on whether your specific tractor model's PTO output characteristics suit this application.

Why Ever-Power: Verifiable Credentials

Ever-Power Forage Baler S.A. holds ISO 9001:2015 certification (audited by Beijing United Certification), National High-Tech Enterprise recognition (Cert. GR202315000192), and over 100 registered technology patents. Two consecutive years of category market leadership reflects sustained purchase preference among professional users. The AGMA Best Innovation Award 2023 and AAA Credit Enterprise rating provide additional independently verified credentials. Certificate numbers and patent registration details are available on request for buyer verification.

Real-World Operating Scenario

A mixed beef property in the Buenos Aires Province pampas operating 200–350 hectares of improved pasture runs the 9YG-1.25 paired with a 95 HP tractor. The operation produces 1,200–1,800 commercial-grade lucerne and ryegrass bales per season across 3–4 cuts. The 9YG-1.25's 2,240 mm pick-up handles the windrow width produced by the property's 3-metre mower, and the sensor density system delivers consistent commercial bale weight that supports the operation's sales to neighbouring feedlots. After two seasons, the property reports the machine fits within the existing tractor fleet without requiring an upgrade and that maintenance cost has been below initial projections.

Five-Year Total Cost of Ownership

For operations baling 800–1,500 hectares annually, the 9YG-1.25 frequently represents better total cost of ownership than the S9000 series, even though the S9000 has higher theoretical maximum throughput. If your operation's annual bale volume does not require the S9000's maximum daily output, the additional purchase cost of the S9000 does not deliver proportionate operational return. The 9YG-1.25's lower purchase price, reduced maintenance from the camless pick-up, and compatibility with mid-range tractors that may already be on the property produce a competitive cost per bale across this output range.

Pre-Purchase Checklist

• Tractor produces at least 75 kW (100 HP) at the PTO — verified against rated specification
• Annual bale volume of 800–1,800 bales matches the machine's optimal operating range
• Storage and handling infrastructure compatible with 1,300 x 1,250 mm bale format
• Service access supports 5–7 day parts dispatch from Buenos Aires
• Lead time of 30–60 days from order accommodates your seasonal planning

Comparison: 9YG-1.25 vs S9000 Classic

Feature	9YG-1.25	S9000 Classic
Bale Width	1,250 mm	1,400 mm
Machine Weight	4,060 kg	4,312 kg
Hitch	Standard	H-type hydraulic quick-coupling
Min. Tractor	75 kW (100 HP)	55 kW (75 HP)
Best For	Standard mid-scale operations	Multi-tractor or shared-equipment operations

Frequently Asked Questions

Is the 9YG-1.25 suitable for a 100 HP tractor?

Yes. 75 kW (approximately 100 HP at the shaft) is the minimum rated power. At exactly 100 HP, expect output in the 60–80 bales/hr range under typical conditions. Maximum 100 bales/hr is achieved with tractors producing 110 HP or above.

How does the 9YG-1.25 compare to the 9YG-1.0?

The 9YG-1.25 is larger (4,060 kg vs 2,640 kg), has a wider pick-up (2,240 mm vs 1,900 mm), and produces a wider bale (1,250 mm vs 1,000 mm). It requires more tractor power (75 kW vs 48 kW minimum). The 9YG-1.25 is the correct choice when tractor power is 75 kW+ and 2,240 mm pick-up width is operationally valuable. The 9YG-1.0 suits smaller tractors and smaller paddocks.

What is the pick-up head change procedure?

Head changes require removing pick-up attachment bolts, disconnecting the tine arm drive coupling, removing the existing head, and installing the replacement in reverse order. The process takes 30–45 minutes with standard farm tools. Detailed instructions are in the operator manual.

What weight bales does the 9YG-1.25 produce?

At 100–200 kg/m³ density with 1,300 × 1,250 mm bale dimensions, typical bale weight ranges 400–700 kg depending on crop and moisture. Dry straw produces lighter bales; lucerne and silage produce heavier bales at the same density setting.

Is the 9YG-1.25 available with H-type hydraulic coupling?

The 9YG-1.25 uses a standard hitch. The H-type hydraulic coupling is available on the S9000 Classic. If fast tractor coupling is your primary requirement, the S9000 Classic is the correct choice for that specific feature.

What spare parts should I stock for the first season?

Recommended first-season stock: pick-up tine set, net wrap knife, chain link connectors. Contact [email protected] with expected bale count for a tailored parts list.

Is the machine eligible for Argentine agricultural credit?

Contact Banco de la Nación Argentina's agricultural lending programmes or the Secretaría de Agricultura's equipment financing schemes for current eligibility. We provide all technical documentation required for financing applications on request.

Why Ever‑Power: Verifiable Manufacturer Credentials

For a capital machinery purchase, manufacturer credibility is a legitimate question. Every credential cited for the 9YG-1.25 is independently verifiable.

• ISO 9001:2015 Certification — Issued by Beijing United Certification (IATF-accredited). Covers design, manufacturing, and after-sales processes. Renewed on a three-year audit cycle.
• National High-Tech Enterprise, Cert. GR202315000192 — Government-issued recognition requiring documented R&D investment, qualified personnel ratios, and intellectual property holdings.
• 100+ Registered Technology Patents — Patent registration numbers available for verification through national patent registries.
• AAA Credit Enterprise Rating — Independent financial stability assessment.
• AGMA Best Innovation Award 2023 — Independent industry panel recognition at the International Agricultural Machinery Expo.
• Market Leadership 2023 and 2024 — Two consecutive years ranked first in the mid-range round baler category.

Real-World Operating Scenario

A mid-scale mixed grazing and hay property in the Buenos Aires Province pampas runs the 9YG-1.25 with a 95 HP tractor. Across 250–350 hectares of improved pasture and lucerne, the operation produces 1,500–2,000 commercial bales per season over 3–4 cuts. The 9YG-1.25's 2,240 mm pick-up captures the full windrow width produced by the property's mower, and sensor density control delivers consistent commercial bale weight that supports sales to neighbouring feedlots specifying density minimums. After three seasons, the property reports the machine fits within the existing tractor fleet without requiring upgrade and that the camless pick-up design has materially reduced annual maintenance versus the conventional baler it replaced.

Comparing Ever-Power to Established European Brands

Buyers evaluating the 9YG-1.25 typically also consider established European alternatives. Three honest comparison points clarify the decision. On price, Ever-Power machines carry a 25–45% advantage at equivalent specification levels — reflecting manufacturing cost differences, not quality compromises. The same ISO 9001:2015 standards apply across certified facilities regardless of cost environment. On specification, the 9YG-1.25's key technical features — sensor density control, axial-flow feeding, camless pick-up where applicable — match or exceed equivalent-class European machines. On parts availability, established European brands have decade-old Argentine distribution networks; Ever-Power Forage Baler S.A.'s Buenos Aires operation is newer but stocked for current-model support with 5–7 day delivery to most provinces.

Integration with the Full Ever-Power Forage Chain

The 9YG-1.25 integrates with the Ever-Power range as the mid-scale commercial baler. Pair it with the 9GQY-3.2 mower conditioner for cutting and conditioning, the 9LZD-9.0 or 9LZ-6.0 finger wheel rakes for windrow formation, the 9JYY-2.5 transporter for bale collection, and the 9F-70 forage grinder for processing stored bales into feed. The complete chain provides matched working widths and compatible output formats.

For operations transitioning from existing baling equipment, the migration is straightforward. The machine accepts standard 540 r/min PTO, uses standard hydraulic connections, and produces bales in widely compatible dimensions.

Total Cost of Ownership Over Five Seasons

Over a five-year commercial baling life at 1,500–1,800 bales per season, the 9YG-1.25's ownership cost includes purchase price, annual maintenance, downtime cost during peak harvest, fuel consumption, and residual value. Each factor favours the 9YG-1.25 over uncertified alternatives. Annual maintenance typically runs 2–4% of purchase price for a well-maintained machine. Main cost centres are pick-up tines (replaced at 800–1,200 bales), chains (3–5 season replacement), net wrap knives (annual), and bearings (2–3 year cycle). Downtime cost during peak harvest has opportunity value — bales not made during optimal windows either require re-cutting at lower quality or are lost. ISO-certified construction supports residual value retention in the secondary market.

Pre-Purchase Qualification Checklist

• Tractor produces at least the rated PTO power — verified against rated specification, not nameplate engine power
• Annual bale volume matches the machine's optimal throughput range
• Storage and handling infrastructure compatible with the bale format produced
• Service access supports 5–7 day parts dispatch from Buenos Aires
• Lead time of 30–60 days from order accommodates seasonal planning

Send your answers to [email protected] for a personalised recommendation and quotation within 24 hours.

Order Process and Delivery Timeline

Day 1–2: enquiry and quotation with CIF price returned within 24 hours. Day 3–7: order confirmation with deposit, production slot allocated, delivery date confirmed. Day 5–65: production (30–60 days depending on schedule). Quality inspection, documentation preparation, and container loading at our Parque Industrial Pilar facility follow. Ocean freight from Buenos Aires to destination port follows. After port arrival, buyer arranges customs clearance and inland transport. Within 7 days of farm arrival, remote video commissioning support from our Buenos Aires team is available for first setup and operation.

Technical Deep Dive: How the 9YG-1.25 Performs in the Field

The 9YG-1.25 occupies the position in the Ever-Power range where commercial output specification meets medium-scale farm tractor power. Its 2,240 mm pick-up width — the same dimension as the S9000 series — means windrow preparation for this machine can use the same mower and rake equipment as larger balers. There is no need to adjust windrow width when scaling up or down within the range.

The camless pick-up design's operational benefit is most apparent in extended baling days. After 6–8 hours of baling in dusty straw or abrasive native pasture, conventional cam-track pick-ups begin showing wear that manifests as tine timing variation — tines lifting at the wrong moment relative to windrow contact, leaving small amounts of material ungathered. The camless design maintains consistent tine timing regardless of wear because there is no cam track surface to wear unevenly. This consistency late in long baling days is a practical quality advantage that adds up across a season.

The 9YG-1.25's operational sequence: operator sets target bale density (typically 130–160 kg/m³ for commercial hay) on the control panel and adjusts pick-up height for the paddock surface. The machine enters the windrow at 6–10 km/h. The 2,240 mm pick-up gathers material across the full windrow width, the axial-flow feeding directs it into the compression chamber, dual-sided 20A chains apply progressive compression as volume increases, and the density sensor triggers net wrap when target is reached. From first material entry to bale deposit: 60–100 seconds at maximum throughput.

Agronomic and Regional Application Context

Argentine agricultural regions present distinct operational requirements that the 9YG-1.25 addresses through its capability specification.

Buenos Aires Province — Pampas Humid Zone

The humid pampas of Buenos Aires Province represent Argentina's most productive forage zone. Deep mollisol soils and annual rainfall of 800–1,200 mm support multiple-cut improved pasture systems with ryegrass, fescue, lucerne, and legume species. Operations here face short drying windows between rainfall events and high annual forage yields demanding capable equipment throughput.

Córdoba Province — Mixed Farming Transition Zone

Córdoba's mixed crop and livestock systems cycle through spring forage, summer grain production, and autumn residue management. The 9YG-1.25's capability covers this seasonal rotation, providing a single machine that contributes usefully across multiple crop types rather than operating for only one segment of the agricultural calendar.

Santa Fe and Entre Ríos — Intensive Livestock and Dairy

Intensive dairy and beef operations require consistent forage quality. Bale density specifications and quality standards that affect livestock nutrition outcomes make the 9YG-1.25's quality control features directly relevant to commercial performance.

Patagonia and Semi-Arid Zones — Extensive Operations

Extensive grazing systems operate with limited service infrastructure. Equipment must be reliable over long operating periods between service opportunities. ISO-certified construction and low-maintenance design priorities reduce service frequency required and the consequence of service delays during critical operating periods.

ISO9001‑Certified Manufacturing

180 engineers operate two ISO 9001:2015‑certified production lines. CNC laser precision, automated welding, and multi‑stage electrostatic coating on every machine that leaves our 32,000 m² facility.