Enfardadeira redonda 9YQ-2300

The widest-pickup model in the 9YQ series — the 9YQ-2300 covers 2,300mm per pass com um hammer-claw picker designed for tough, standing and lodged crop material that spring-tooth pickups miss. Paired with automatic net wrap, an 18-roller Φ1,000×1,250mm fixed chamber and 79–178HP PTO input, it is the high-output round baler for large-acreage commercial operations that cannot afford passes over difficult ground.

✦ 2,300mm hammer-claw pickup — handles standing, lodged and tangled crop material
✦ Widest pickup in the 9YQ lineup — maximum field coverage per pass
✦ Φ1,000×1,250mm automatic net wrap — same commercial bale as 9YQ-1950
✦ Shift-fork and screw continuous feeder — steady chamber delivery from wide-volume windrows
✦ 79–178HP PTO — matched to large-frame commercial tractors

Categoria: Enfardadeira redonda

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Widest 9YQ Pickup · Hammer-Claw · 79–178HP · Net Wrap

The 9YQ-2300 is the widest-pickup model in the 9YQ round baler series — at 2.300 mm it clears nearly 2.5 metres of windrow in a single pass. What sets it apart from the 9YQ-1950 is not just the wider pickup: the hammer-claw picker replaces the standard spring-tooth design, giving this machine the ability to pick up standing, lodged and heavily tangled crop material that a spring-tooth unit would skip or ride over in difficult field conditions.

No 2.500 kg and matched to 79–178HP PTO, the 9YQ-2300 is a large-frame commercial machine — the same Φ1,000×1,250mm net-wrapped bale as the 9YQ-1950, produced at higher throughput from wider and more challenging windrows.

9YQ-2300 Round Baler: Maximum Pickup Width and Hammer-Claw Precision

What the Hammer-Claw Picker Changes

Spring-tooth pickup systems work well when crop material is lying flat in a clean windrow. Lodged crops — corn that has blown over before harvest, rice that has fallen flat in the paddy, dense grass that has matted into the stubble — do not sit up neatly for a spring-tooth tine to pass under cleanly. The hammer-claw picker uses aggressive, hardened flail-style tines that actively beat and lift material off the ground surface rather than relying on the windrow being elevated. In difficult conditions where a spring-tooth baler struggles and leaves significant crop on the ground after each pass, the hammer-claw system recovers substantially more material per pass.

The second factor is pickup width. At 2,300mm the 9YQ-2300 covers the widest swath of any model in the 9YQ series. Combined with the hammer-claw system, this means the machine can bale directly behind a 2m+ wide combine header without a raking pre-pass in many crop conditions — and in difficult lodged or tangled material where the 9YQ-1950 would need a raking pass before baling, the 9YQ-2300 can often proceed directly, eliminating an entire field operation per crop cycle.

9YQ-2300 At a Glance

2.300 mm

Largura de captação

Hammer-Claw

Picker Type

Φ1.000×1.250

Tamanho do fardo (mm)

79–178 HP

Faixa de potência da tomada de força

2.500 kg

Peso da máquina

9YQ-2300-enfardadeira-redonda-1

Especificações técnicas

#	Item	Unidade	Especificação
1	Nome do modelo	—	Enfardadeira redonda 9YQ-2300
2	Método de engate	—	Tipo rebocado / Rebocado
3	Largura de captação	mm	2,300
4	Estrutura do selecionador	—	Hammer-Claw Type
5	Estrutura do alimentador	—	Mecanismo de alimentação contínua por garfo de deslocamento + parafuso
6	Tipo de câmara de fardos	—	Tipo de tambor de rolo (fixo)
7	Largura da sala de compressão	mm	1,250
8	Diâmetro do fardo	mm	Φ1.000
9	Quantidade de rolos de prensagem	peças	18
10	Diâmetro do rolo	mm	Φ190
11	Método de agrupamento	—	Envolvimento automático em rede
12	Faixa de potência correspondente	kW / HP	58.8–132.5 kW (approx. 79–178 HP)
13	Dimensões totais (C×L×A)	mm	2,950 × 2,750 × 2,050
14	Peso da máquina	kg	2,500

Crop Applications — Where the Hammer-Claw Earns Its Place

Difficult and Lodged Crop Conditions

The hammer-claw picker performs best precisely where spring-tooth pickups perform worst. When crop material is standing, lodged, or tangled rather than lying in a clean elevated windrow, the spring-tooth system relies on tine-tip contact with the windrow base — which is compromised when the material is flattened against the ground. The hammer-claw flail tines actively beat and dislodge material from the surface, recovering significantly more of the crop per pass in these conditions. For more on hay making workflow and field preparation that minimises difficult pickup conditions, the hay making workflow optimisation guide covers mowing, conditioning and raking practices that affect baling efficiency.

▸Lodged corn stover — the primary application where the hammer-claw outperforms spring-tooth systems; matted stover that would need raking before spring-tooth baling can often be baled directly
▸Flattened paddy rice straw — rice that has lain flat in the paddy after harvest is difficult for spring-tooth pickups; the hammer-claw recovers this material efficiently
▸Wind-damaged wheat and barley — crops blown down before or during harvest leave tangled windrows where the hammer-claw is substantially more effective than spring-tooth design
▸talos de algodão — the harder, woodier cotton stalk material benefits from the more aggressive claw-type contact that the hammer-claw system provides

9YG-1.25A-aplicação-enfardadeira-redonda-1

Standard Commercial Hay and Straw

In clean windrow conditions where a spring-tooth machine would perform equally well, the 9YQ-2300 advantage is purely the 2,300mm width — covering 18% more ground per pass than the 9YQ-1950 at the same forward speed. For large-acreage operations where reducing the number of passes per field matters for schedule and fuel economy, that extra 350mm of coverage adds up over a full season.

▸Large-field hay operations — ideal for producers with 500+ acre hay ground who need to cover the field quickly in tight weather windows
▸Alfalfa and mixed forage — net wrap preserves leaf matter during handling; the hammer-claw also manages the tangled stem structure that fresh-cut alfalfa can form in the windrow
▸Custom commercial baling — operators baling diverse customer fields where crop conditions vary between every job benefit from a picker that performs consistently in both clean and difficult material

Key Features of the 9YQ-2300

Hammer-Claw Pickup System — Engineering Behind the Design

🔨

Flail-Type Claw Tines

Hammer-claw tines are heavier and shorter than spring-tooth tines, mounted on high-speed rotating shafts that deliver an impact-and-lift action against crop material on the ground surface. Rather than needing the windrow to be elevated above the ground for tine clearance, the hammer-claw physically dislodges and lifts material that is lying flat or tangled in the stubble.

💪

Higher Tine Impact Energy

The rotating claw tines carry significantly more kinetic energy per tine than spring-tooth designs. This impact energy is what breaks the bond between matted crop material and the ground surface — particularly relevant for corn stover that has been run over by grain cart traffic, paddy straw that has been flattened by combine tyres, or any crop that has been compressed into the soil surface by heavy equipment during harvest.

🎯

Ground-Level Recovery

Because the hammer-claw system works at or below the level of the standing stubble, it recovers material from field positions where spring-tooth systems leave crop behind. For producers who sell straw or stover as a commodity and measure value in tonnes per acre recovered, the difference in ground-level recovery between picker types is a direct income line.

2,300mm Coverage Width and Dual-Stage Feeder

The 2,300mm pickup width means the 9YQ-2300 can follow a 2.2–2.3m wide combine header and bale the windrow in a single pass in most conditions — removing the need for a raking pre-pass that the 9YQ-1950 at 1,950mm requires on the widest combine outputs. The material volume entering the machine at 2,300mm pickup width in heavy windrows is handled by the same two-stage shift-fork and screw continuous feeding arrangement used on the 9YQ-1950, which manages the higher material volume without blockages. For information on PTO driveline components and gearbox specifications appropriate for the 79–178HP power range of this machine, agricultural gearbox PTO shaft specifications cover shaft ratings, gearbox reduction options, and driveline compatibility for commercial agricultural equipment.

Caixa de engrenagens agrícola e eixo da tomada de força 1

18-Roller Φ1,000mm Chamber with Automatic Net Wrap

The compression chamber specifications mirror the 9YQ-1950: 18 × Φ190mm rollers producing a Φ1,000×1,250mm fixed-size bale with automatic net wrap applied at the end of each cycle. This means the 9YQ-2300 produces exactly the same bale output as the 9YQ-1950 — the same dimensions, same net wrap, same weight range per crop type — from a wider pickup and with a hammer-claw system that handles more challenging crop material. Producers who run both models can combine bales from each machine on the same transport without size inconsistency. For the seasonal maintenance protocol covering the roller system and net wrap mechanism, the round baler seasonal maintenance checklist applies to both the 9YQ-1950 and 9YQ-2300 chamber systems.

9YQ-2300 vs 9YQ-1950 — How to Choose Between These Two Models

When the 9YQ-2300 Is the Better Fit

Choose 9YQ-2300 When...

✔Your crops include lodged or standing material that a spring-tooth pickup handles poorly
✔Your combine header is 2.2m+ wide and baling directly behind the combine header is a priority
✔Your operation runs corn stover or paddy rice straw where the hammer-claw delivers meaningfully better ground-level recovery
✔Your tractor is in the 120–180HP range and you want a machine properly matched to that power level

Choose 9YQ-1950 When...

◆Your crops are typically clean-windrow hay, straw, or forage that sits well for spring-tooth pickup
◆Your tractor is in the 70–110HP range and you do not need the full 2,300mm width coverage
◆Road transport width constraints make the 2,750mm wide 9YQ-2300 more complex than the 2,500mm 9YQ-1950

Full Round Baler Lineup Comparison

Modelo	Escolher	Picker Type	Tamanho do fardo	Poder	Enrolar
9YQ-870	800 mm	Spring Tooth	Φ630×700mm	25–50 HP	Corda
9YQ-1250	1.250 mm	Spring Tooth	Φ800×1.250mm	54–80 HP	Corda
9YQ-1950	1.950 mm	Spring Tooth	Φ1.000×1.250mm	49–148 HP	Envoltório de rede
9YQ-2300 ◀ This model	2.300 mm	Hammer-Claw	Φ1.000×1.250mm	79–178 HP	Envoltório de rede
9YG-2.2 (Corrigido)	2.200 mm	Spring Tooth	Φ1.220×1.400mm	148–201 HP	Envoltório de rede

Operating Tips for the 9YQ-2300

Tractor Requirements and PTO Setup

The 9YQ-2300 minimum rated power is 58.8kW (79HP PTO) and maximum is 132.5kW (178HP PTO). For general-purpose commercial hay and straw baling at moderate forward speed, a tractor producing 90–120HP at the PTO is a well-balanced pairing. For continuous full-speed commercial operation in heavy stover or dense forage, 130–160HP PTO is the better range. The hammer-claw pickup draws more power than a spring-tooth unit of equivalent width — account for this when estimating tractor power requirements, particularly in very heavy, tangled material where the hammer-claw impact mechanism is doing substantial work to break and lift crop material from the ground.

Hammer-Claw Pickup Maintenance and Adjustment

Daily inspection:Check all hammer-claw tines before each session for cracking, chipping or bending that reduces impact effectiveness. A damaged tine both reduces pickup performance and can cause vibration imbalance in the rotating pickup assembly. Replace individual damaged tines promptly — do not continue operating with damaged claw tines in service.
Ground clearance:Set pickup height to allow the claw tines to work at the correct engagement depth for the crop condition. Too high and the hammer-claw misses the lodged material it is designed to recover; too low and the tines contact the soil surface and accelerate tine wear while contaminating the bale with soil material. The hydraulic height adjustment allows on-the-go correction as field conditions change across a large field.
Speed management:In very heavy lodged material, reduce forward speed to give the hammer-claw system adequate dwell time per metre of travel to dislodge and lift the material fully. Moving too fast through heavy lodged stover produces a pickup that skims the surface rather than recovering the crop — the result is a lower per-acre recovery rate than the machine is capable of.
Solução de problemas:For common problems including feed blockages, net wrap issues and pickup system irregularities, the round baler troubleshooting guide provides the step-by-step diagnostic approach for commercial-scale baler operation. Many issues that appear to be mechanical faults are actually adjustment or crop condition problems that can be resolved in the field without major intervention.

Frequently Asked Questions — 9YQ-2300 Round Baler

What is a hammer-claw pickup and how is it different from a spring-tooth system?+

A spring-tooth pickup uses long, curved, spring-steel tines that flex as they contact the windrow material and carry it up into the feed mechanism. This design works well when the windrow is elevated above the ground surface and the tines can pass cleanly under the crop. A hammer-claw pickup uses shorter, heavier rotating flail-style tines mounted on powered shafts that spin at high speed. The rotating claw tines generate enough impact energy to dislodge and lift material that is lying flat on or compressed against the ground — the crop does not need to be elevated for the claw to recover it. The practical difference: spring-tooth pickups perform best on clean, elevated windrows from well-raked material; hammer-claw pickups perform best on standing, lodged, or matted material where the crop is on or near the ground surface. For operations where field conditions are consistently clean, both systems produce similar results. For operations where lodged corn, wind-damaged cereal, or matted paddy straw are regular occurrences, the hammer-claw delivers meaningfully better recovery rates per acre.

Can the 9YQ-2300 bale directly behind a 2.2m wide combine header without raking first?+

In most conditions with a 2.2m combine header — yes, the 9YQ-2300 at 2,300mm pickup can bale directly from the windrow without a pre-raking pass. The 100mm clearance difference between the 2.3m pickup and 2.2m windrow width provides sufficient margin to handle windrow drift and slight misalignment without edge material being missed. For wheat and barley straw where the combine leaves a clean elevated windrow, direct baling behind the combine is straightforward. For rice straw that has been flattened by the combine, the hammer-claw on the 9YQ-2300 handles the flattened windrow significantly better than a spring-tooth machine would in the same condition. For corn stover where the combine has chopped and spread the residue in a 3–4m wide fan rather than a concentrated windrow, a single raking pass is still recommended to narrow the material into a windrow the 2.3m pickup can handle efficiently.

What tractor size is the practical best match for the 9YQ-2300 in commercial corn stover baling?+

For commercial corn stover baling with the 9YQ-2300, a tractor producing 120–150HP at the PTO is the practical best-match range. The reasoning: corn stover is dense, tangled, and high-volume per acre — it requires the upper portion of the baler power range to maintain production speed. The hammer-claw system draws additional power compared to a spring-tooth pickup of equivalent width, because the claw impact mechanism requires energy to rotate the pickup shaft and dislodge material from the ground, not just transport already-lifted material from a clean windrow. At 120–150HP PTO, the tractor has enough reserve to maintain consistent forward speed through the heaviest stover windrow sections without laboring. A 100–120HP tractor is workable in average stover conditions but will need to reduce speed in the heaviest sections. Tractors below 100HP PTO will struggle in commercial corn stover volumes at this pickup width and should be paired with the 9YQ-1950 instead.

How much more ground does the 9YQ-2300 cover per hour compared to the 9YQ-1950?+

At the same forward speed, the 9YQ-2300 at 2,300mm covers 18% more ground per pass than the 9YQ-1950 at 1,950mm. Over a full baling day at 6 hours of net field operation, this translates to roughly 15–20% more acres baled per day when the field and windrow conditions are equally suited to both machines. In practice, the 9YQ-2300 advantage is larger than the width ratio suggests in difficult crop conditions — in lodged stover where the 9YQ-1950 with spring-tooth pickup requires a pre-raking pass and the 9YQ-2300 with hammer-claw does not, the 9YQ-2300 effectively eliminates one entire field operation from the sequence. For a custom baling service charging per acre, the combination of a wider pickup and no raking pre-pass requirement can improve daily acre output by 25–40% in the field types where the hammer-claw is most effective. For standard clean-windrow hay, the advantage is purely the 18% width difference.

Does the 9YQ-2300 produce the same bale as the 9YQ-1950, and can I mix bales from both machines?+

Yes — both the 9YQ-1950 and 9YQ-2300 produce a Φ1,000×1,250mm bale with automatic net wrap. The bale chamber specifications are identical: 18 × Φ190mm rollers, the same fixed chamber geometry, and the same net wrap system. Bales from the two machines are interchangeable for storage, transport, and feed-out. Operations running both machines — for example, a custom baling service using the 9YQ-1950 on clean hay fields and the 9YQ-2300 on difficult stover fields — produce a uniform bale output from both machines that can be stored together, loaded together on trailers, and delivered to buyers without size differentiation. Bale weight will still vary with crop type and moisture content, which is consistent between both models given the same crop input.

How do I feed out round bales from the 9YQ-2300 efficiently to minimise waste?+

At Φ1,000×1,250mm, the bales from this machine are large enough that feed-out management makes a meaningful difference to dry matter waste rates. The round bale feeding strategies and waste reduction guide covers the practical approaches for this bale size class. Key principles: for beef cattle in an open lot, unrolling the bale across a feed line is more efficient than placing a whole bale in a ring feeder for large herds — it reduces dominance competition and spreads intake across the herd more evenly. For smaller groups, a bale ring with a net skirt catches the outer net-wrapped layer as it peels back and prevents cattle from trampling it into waste. For dairy operations, the whole bale fed into a TMR mixer is the most waste-efficient approach; the 1,250mm bale width fits most commercial TMR mixer bins.

What is the best way to store net-wrapped bales from the 9YQ-2300 to maximise quality over winter?+

For net-wrapped outdoor storage over a winter period of 4–8 months, the key factors are: ground contact management, storage site drainage, and initial bale moisture at the time of baling. Place bales on a well-drained gravel pad or on used tyres to elevate the bale base off the soil surface — ground contact creates a moisture path that degrades the bale bottom regardless of net wrap quality. Store bales in rows with the flat ends touching rather than side-by-side, which maximises the weather-protected flat-end contact area and minimises the exposed curved surface per linear metre of storage row. Do not stack more than two bales high unless using a covered storage structure — even net-wrapped bales on the lower layer can develop bottom degradation under the weight of a second bale pressing moisture through the net wrap contact points. For detailed guidance on storage site preparation and dry matter loss expectations at different storage durations, the round bale storage and dry matter loss guide provides data-based recommendations for the Φ1,000mm bale size class.

Is the 9YQ-2300 suitable for a custom baling service operation, and what is the per-bale cost estimate?+

The 9YQ-2300 is well-suited to custom baling service work — the wide pickup, hammer-claw system, and automatic net wrap combine to produce consistent commercial-grade output across a variety of customer crop conditions without the machine performing poorly when field conditions are sub-optimal. For per-bale operating cost estimation: primary variable costs are net wrap consumption (approximately 1 net roll per 35–45 bales, net roll cost depending on supplier and roll specification), fuel at the tractor level (approximately 4–6 litres per hour of field operation at typical forward speed), and scheduled maintenance consumables. Fixed costs include machine depreciation and any financing costs. Custom baling rates for net-wrapped bales in the Φ1,000mm class range from $8–18 per bale in most U.S. markets depending on region, crop type, and whether the baling service includes raking. At 30–45 bales per hour field production rate, the machine can generate meaningful daily revenue in a properly structured custom operation. Discuss your specific market rates and production estimates with us to determine whether the 9YQ-2300 investment makes sense for your service territory.

What Customers Say About the 9YQ-2300

Marcus DuBois

Iowa | Custom Baling, 12,000 Acres Corn Stover and Hay

★★★★★

The hammer-claw was the reason I chose this over the 1950. Half my custom work is corn stover in October and the fields have already been traffic-compacted by grain carts. A spring-tooth baler leaves a significant portion of the stover on the ground in those conditions. The 9YQ-2300 hammer-claw recovers stover that my previous baler would have missed — my customers notice the difference in how clean the fields look after. The 2,300mm width also means I can skip the raking pass on most stover fields, which saves me a significant amount of time and fuel per customer job.

Compra realizada no outono de 2023 | Compra verificada

Rosa Valenzuela

Louisiana | Rice Straw Baling, 800 Acres Paddy

★★★★★

Paddy straw lies flat against the surface after the combine goes through and it is genuinely difficult material for standard spring-tooth balers to recover cleanly. We were leaving 20–25% of the straw on the ground with our previous machine. The hammer-claw on the 9YQ-2300 changed that completely — the recovery rate in our post-paddy fields is significantly higher and the fields clear much faster. We sell the straw to a mushroom operation that needs consistent, dense net-wrapped bales, and the 9YQ-2300 delivers exactly that. The investment paid back faster than we expected based on the straw volume we are now actually capturing per acre.

Compra realizada na primavera de 2024 | Compra verificada

Trevor Hawkins

Kansas | 1,200 Acres Winter Wheat and Hay

★★★★☆

We grow winter wheat on 1,200 acres and bale straw every year for a local feed dealer. Switched to the 9YQ-2300 after wind knocked down a significant portion of our wheat in two consecutive seasons — our old baler handled the standing straw fine but really struggled on the lodged sections. The hammer-claw on this machine handles lodged wheat straw well. On standard upright straw, both systems produce the same result; the hammer-claw only really shows its advantage in the difficult stuff. The 2,300mm width also noticeably reduced our baling days on 1,200 acres compared to the narrower machine. My only note is that hammer-claw tines do wear faster than spring teeth in normal conditions, so budget for annual tine inspection and replacement as needed.

Purchased: Summer 2023 | Verified Purchase

Jerome Baptiste

Mississippi | Hay and Cotton Stalk Operation, 600 Acres

★★★★★

Cotton stalks were the deciding factor. Previous spring-tooth balers could bale shredded cotton stalk in a pinch but the pickup was never ideal with the woodier, irregular material. The hammer-claw handles shredded cotton stalk significantly better — it grabs the material and moves it through reliably without the partial pickups and skipped sections our old machine left behind. We also bale bermuda hay on the same machine and the 2,300mm width cuts our hay baling time considerably compared to the narrower machine we replaced. The net wrap quality is consistent — bales in outdoor storage at 5 months still present well when we open the storage row for the feed dealer.

Purchased: Fall 2024 | Verified Purchase

Get the 9YQ-2300 for Your Operation

Tell us your primary crop type, field conditions (upright or lodged material), tractor PTO output and total annual acreage. We will verify the 9YQ-2300 is the right fit and provide current pricing, lead time and delivery details.

✦ 2,300mm hammer-claw pickup

✦ Automatic net wrap · Φ1,000×1,250mm

✦ 79–178HP · 18 rollers · 2,500kg

✦ Shift-fork + screw continuous feeder

Consulte os preços e a disponibilidade.

America Ever-Power Forage Baler Equipment INC. · 1401 21st ST STE R, Sacramento, CA 95811

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Editor	Cxm

Enfardadeira redonda 9YQ-2300