9YQ-1250 Round Hay Baler with Rope Wrapping for Hay & Straw

A trailed fixed-chamber round hay baler with 1,250 mm picking width, Φ800 mm bale diameter, 16-roller drum chamber, and rope wrapping. Compatible with 40.4–60 kW tractors. Ideal for grass, wheat straw, and rice straw baling.

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9YQ-1250 Round Hay Baler — Engineered for Reliable Field Performance

The 9YQ-1250 Round Hay Baler is a trailed-type, roll-drum fixed-chamber baler built for farms and contractors that need consistent, high-density round bales from grass, wheat straw, rice straw, and other fibrous crops. With a 1,250 mm picking width, a Φ800 mm bale diameter, and a machine weight of 1,000 kg, it delivers repeatable output without requiring oversized tractor power.

This round baler for sale is matched to tractors in the 40.4–60 kW (approximately 55–80 hp) range — practical for mid-size and large farm operations alike. The rope-wrapping bundling system keeps costs low and works reliably in both dry-hay and straw conditions. If you're sourcing a trailed round baler for volume baling on flat or gently rolling terrain, the 9YQ-1250 covers those needs with a straightforward, maintainable design.

9YQ-1250 Round Hay Baler (1) 9YQ-1250 Round Hay Baler (1)

Note: Images and specifications are for reference only; please inquire about specific colors.

Technical Specifications of the 9YQ-1250 Trailed Round Baler

# Item Unit Specification
1 Model Name / 9YQ-1250 Round Hay Baler
2 Hitching Method / Trailed
3 Picking Width mm 1,250
4 Feed Inlet Width mm /
5 Picker Structure / Spring Tooth Type
6 Feeder Structure / Direct Feed by Spring Tooth
7 Type of Compressing Bale Chamber / Roll Drum Type (Fixed Chamber)
8 Width of Compressing Room mm 1,250
9 Diameter of Compression mm Φ800
10 Quantity of Roll-Pressing Working Components pc 16 Rollers
11 Diameter of Roll-Pressing Roller mm Φ152
12 Bundling Type / Rope Wrapping
13 Matching Power Range kW 40.4 – 60
14 Overall Dimension (L×W×H) mm 2,050 × 2,250 × 1,580
15 Machine Weight kg 1,000

Key Features of This Round Hay Baler for Small Farms and Commercial Operations

Whether you're running a round hay baler for small farms or managing a larger hay contracting business, the 9YQ-1250 is built around a few design choices that matter in the field:

  • 16-Roller Fixed-Chamber Design: The bale chamber uses 16 Φ152 mm rollers — more contact points than many entry-level balers — which promotes uniform bale shape and density from the core outward. Fixed-chamber balers are known for producing consistent bale geometry, which simplifies stacking, transport, and downstream handling.
  • Spring-Tooth Pickup with Direct Feed: The spring-tooth pickup operates at a 1,250 mm working width. The direct-to-chamber feed path keeps the crop route short, reducing the risk of jamming when dealing with heavy windrows of rice straw or thick grass swaths.
  • Rope Wrapping System: The trailed round hay baler with rope wrapping uses a rope-based bundling system — a practical, lower-cost alternative to net wrap for operations focused on dry hay or straw baling. Rope wrapping requires no special tooling and is easy to source and replace in most agricultural regions.
  • Broad Power Compatibility (40.4–60 kW / ~55–80 hp): The machine works with a wide range of tractors commonly found on mid-size farms. This avoids the need to invest in a dedicated tractor solely to operate the baler.
  • Compact Transport Footprint: At 2,050 × 2,250 × 1,580 mm and 1,000 kg, the baler moves easily between fields without requiring oversized transport arrangements. The trailed hitching method connects in minutes.
  • Multi-Crop Capability: The spring-tooth pickup handles grass, wheat straw, rice straw, reed, and similar crops. The Φ800 mm bale diameter produces bales that are light enough for handling with standard loader buckets or bale spears.

Where This Agricultural Round Hay Baler Fits

Application Scenarios — Where This Agricultural Round Hay Baler Fits

The 9YQ-1250 is an agricultural round hay baler designed for practical field conditions across a range of farming contexts:

  • Dry Hay Production: Grass hay baling for livestock feed on mixed livestock-crop farms. Φ800 mm bales are a manageable size for cattle, sheep, and horse operations that don't need 5×6 ft mega-bales.
  • Straw Baling After Grain Harvest: After wheat or rice combine harvest, the 1,250 mm pickup efficiently collects windrow straw. Rope-wrapped straw bales are ready for direct sale, biomass use, or on-farm bedding.
  • Forage Contractors: The lightweight, trailed design suits operators running baling services across multiple farms. The machine's tractor power range means it pairs with the tractors most farmers already own.
  • Smallholder and Medium-Scale Farms: Farms growing fodder crops on 50–300 hectares can cover a full season's baling without the overhead costs of a heavy-duty variable-chamber machine.
  • Reed and Other Specialty Crops: The spring-tooth structure performs well on bulky, fibrous crops like reed that can challenge belt-based baling systems.

How Many Square Bales to a Round Bale?

This is one of the most common questions when switching from square-bale to round-bale equipment, and the answer depends on the weight of both bale types:

  • A standard small square bale of dry hay typically weighs 40–60 lbs (18–27 kg).
  • Round bales vary widely: a compact Φ800 mm bale (like those produced by the 9YQ-1250) weighs roughly 200–350 kg (440–770 lbs) depending on crop type, moisture, and density settings. Larger 5×6 ft commercial bales can reach 600–750 kg or more.
  • For the 9YQ-1250's Φ800 mm bales, a reasonable working estimate is 10–16 small square bales (at 50 lbs / 23 kg each) per round bale. To calculate for your specific bales: divide your round-bale weight by your square-bale weight.

Practically, this means one pass of the 9YQ-1250 down a loaded windrow can replace the manual labor of loading, tying, and stacking a dozen or more square bales — a meaningful time saving per hectare at scale.

Frequently Asked Questions

Q1: What tractors are compatible with the 9YQ-1250 Round Hay Baler?

The baler is designed for tractors with a PTO output of 40.4–60 kW (approximately 55–80 hp). This covers a wide range of mid-size wheeled tractors in common use across Asia, Europe, and emerging-market agricultural regions. Standard three-point trailed hitching applies.

Q2: Is the 9YQ-1250 a good round hay baler for small farms?

Yes. The Φ800 mm bale size produces bales light enough to handle without large loader attachments, the compact machine weight (1,000 kg) keeps transport simple, and the 40.4 kW minimum power requirement means smaller farm tractors can drive it. It is best suited to farms baling several hundred to a few thousand bales per season.

Q3: What crops can this agricultural round hay baler handle?

The spring-tooth pickup system works with grass hay, wheat straw, rice straw, corn stalks, reed, and most similar fibrous crops. For silage wrapping, additional film-wrapping equipment would be required, as the 9YQ-1250 uses rope wrapping for dry-crop baling.

Q4: Why does the 9YQ-1250 use rope wrapping instead of net wrap?

Rope wrapping keeps consumable costs low and is easy to source globally. For dry-hay and straw applications where the bales are stored indoors or used within a short period, rope wrapping provides adequate bale integrity. Net wrap would be the recommended upgrade for outdoor long-term storage or silage applications.

Q5: What is the overall dimension and transport weight of the baler?

The 9YQ-1250 measures 2,050 mm (L) × 2,250 mm (W) × 1,580 mm (H) and weighs 1,000 kg when empty. This allows road transport on a standard flatbed trailer without special permits in most markets.

Q6: Are spare parts available internationally?

As an established agricultural round hay baler manufacturer, we maintain spare parts inventory and can supply replacement rollers, pickup tines, rope-guide components, and drive parts. Contact us for parts availability in your region.

Ready to Source the 9YQ-1250 Round Hay Baler?

Send us your farm size, tractor horsepower, and primary crop type. Our team will confirm compatibility, provide a FOB quotation, and arrange export documentation for your destination — typically within 2 business days.

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