Trailed Mower Rake 9GL-2.5/2.9 | Mower Rake for Sale

Présentation du produit

The 9GL-2.5/2.9 trailed mower rake is a rubber-tire-supported, tow-behind forage harvesting implement that combines mowing and raking into one continuous field pass. Supported by independent pneumatic wheels, this integrated machine connects to wheeled tractors rated between 25 and 55 kW (roughly 35 to 75 HP) through a standard rear PTO output shaft and drawbar hitch. Its most distinctive feature is the ability to cut standing forage and immediately gather the severed material into neat windrows at the same time, eliminating the need for a second pass with separate equipment. The 2.5-meter reciprocating sickle bar shears the crop cleanly at 60 to 70 mm above ground level, while the trailing 2.9-meter raking drum with 42 spring tines sweeps the freshly cut material inward, forming continuous rows ready for baling or further drying.

Designed for flat pastures, gentle hillsides, and open grasslands, this mower rake handles cultivated legumes, native prairie grasses, and planted forage crops with consistent results. With a working speed of 6 to 7 km/h and a total machine weight of 920 kg, it delivers mowing productivity of 1.2 to 1.44 hm²/h and raking productivity of 1.5 to 1.8 hm²/h. The entire assembly folds hydraulically to a compact 2920 mm width for safe road transport. For livestock producers, hay contractors, and mixed-crop farmers seeking to cut labor time, reduce fuel consumption, and preserve forage quality, the 9GL-2.5/2.9 provides a practical single-implement solution that replaces two separate machines.

Technical Specifications

The following table lists every measured parameter of the 9GL-2.5/2.9 model. These figures were recorded under controlled field conditions and represent the baseline performance you can expect when the machine is correctly paired with a compatible tractor. If you are evaluating this mower rake against other equipment in your fleet planning, these numbers provide a direct comparison basis. Pay particular attention to the power requirement and PTO speed, as these two values determine whether your existing tractor can operate this implement without modification.

Highlights of This Trailed Mower Rake

The 9GL-2.5/2.9 was developed to solve a fundamental problem in forage harvesting: the time, fuel, and crop quality lost when mowing and raking are performed as separate operations. Below are the core engineering highlights that make this trailed mower rake stand apart from conventional single-function equipment. These features have been validated across field trials in diverse climates and terrain types, from temperate Korean grasslands to tropical pastures in Southeast Asia.

Each of these features addresses a specific challenge that farmers and hay contractors face during forage harvesting. The single-pass capability directly reduces the number of times a tractor drives across the field, which translates to lower fuel costs, less soil compaction, and shorter exposure of cut forage to unpredictable weather. The reciprocating sickle bar mechanism provides a shearing cut rather than a tearing or impact cut, preserving more leaf material on protein-rich legume crops. Meanwhile, the 42-tine raking system ensures thorough pickup of the severed material regardless of crop density, forming consistent windrows that baling equipment can process without interruption.

How This Hay Rake and Mower Combination Works in the Field

Understanding the operating sequence of the 9GL-2.5/2.9 helps farmers plan their harvest workflow and make informed purchasing decisions. This hay rake and mower combination follows a straightforward mechanical process that turns standing forage into neatly arranged windrows, ready for baling. The entire cycle from standing crop to finished windrow takes place within the length of the machine itself, meaning the baler can follow directly behind the tractor in the same field pass if conditions allow.

Step 1: PTO Power Input and Gearbox Distribution

The tractor PTO engages at 540 revolutions per minute. A central gearbox receives this rotational input and splits the power between the eccentric pitman arm that drives the cutter bar and the mechanical drum that drives the raking assembly. Unlike rotary disc mowers that rely on high-speed spinning blades and consume significant horsepower, the reciprocating sickle bar uses a back-and-forth shearing motion. The 34 serrated blades slide across fixed guard plates at the front of the cutter bar, producing a clean scissor-like cut. This approach uses significantly less energy and keeps the required tractor power within the 25 to 55 kW range.

Step 2: Cutting and Immediate Crop Gathering

As the tractor moves forward at 6 to 7 km/h, the freshly severed crop falls directly into the path of the 42 spring-loaded rake tines. These tines are mounted at 71 mm intervals along the raking drum and sweep inward, channeling the loose material into a continuous windrow. The resulting swath sits in a loosely formed ridge that allows wind and sunlight to penetrate from all sides, speeding the drying process considerably. Because the cutting action is gentle, leaf retention on delicate crops such as alfalfa and red clover remains high, which directly affects the nutritional value of the finished hay.

Step 3: Hydraulic Lift and Transport Transition

When the operator reaches the field boundary, a single hydraulic control raises both the cutter bar and the raking frame simultaneously, letting the tractor turn without dragging the implement through the crop. For road transport, the machine folds to a width of 2920 mm, fitting comfortably on standard farm roads and rural lanes. The entire transition from working configuration to transport mode takes only a few seconds and requires no tools or manual adjustment.

Tractor Compatibility and Powertrain Requirements

Matching the correct tractor to this trailed mower conditioner with raking function is essential for safe and productive operation. The implement connects to the tractor through a standard drawbar pin and requires at least one rear auxiliary hydraulic remote valve to operate the lifting cylinder. The PTO must run at exactly 540 r/min. Connecting this machine to a 1000 r/min PTO output without a speed-reduction adapter will cause severe vibration and potential damage. Before purchasing, verify your tractor has a Category 1 or Category 2 drawbar, a functioning 540-speed PTO output, and a rear hydraulic remote coupler with adequate flow capacity. Tractors in the 35 to 75 horsepower class from most global manufacturers will pair well with this unit.

Field Applications for the Trailed Mower Rake

The versatility of the 9GL-2.5/2.9 makes it suitable for a wide range of forage harvesting situations. While it was originally developed for temperate grassland regions, farmers across multiple climate zones have adapted it successfully. The key deciding factor is the crop type, terrain, and the available tractor fleet. Below are some of the most common scenarios where this mower rake delivers measurable productivity improvements over conventional two-pass harvesting systems.

🌿 Cultivated Legume Hay Production

Legume crops such as alfalfa, red clover, and bird's-foot trefoil hold their highest nutritional value in the leaves. When these crops dry in the sun for hours before raking, the brittle leaves break apart during handling, resulting in significant feed quality loss. The single-pass design of this trailed mower rake gathers the crop immediately after cutting, while the stems and leaves still contain natural moisture and remain flexible. This preserves more leaf material in the finished windrow, resulting in higher crude protein content in the final bale. For dairy farmers and cattle ranchers who depend on high-quality legume hay, this approach can noticeably improve feed value without changing the crop management routine.

🌾 Native Grassland and Prairie Harvesting

On large tracts of unimproved grassland, the main cost driver is fuel consumption. Running a mower across thousands of hectares, followed by a separate pass with a hay rake, doubles the diesel expense and the number of hours the operator spends in the tractor seat. The 9GL-2.5/2.9 reduces this to a single pass, cutting fuel usage roughly in half compared to a two-machine workflow. The working speed of 6 to 7 km/h allows the operator to cover meaningful acreage in a standard working day, and the low 25 kW minimum tractor requirement means that even older or smaller utility tractors can handle the job without strain.

⛰ Uneven and Sloped Terrain Operations

Unlike three-point mounted equipment that transfers ground shocks directly to the tractor frame, the trailed chassis of the 9GL-2.5/2.9 rides on its own independent rubber tires. This allows the cutting and raking assemblies to follow ground contours without jolting the tractor or requiring constant depth adjustments from the operator. On rolling hills, reclaimed land, and fields with uneven surfaces, this independent suspension effect provides smoother operation and a more consistent cut height. The pneumatic tires also serve as depth gauges, maintaining the 60 to 70 mm stubble height that promotes healthy regrowth across the entire field.

🌞 Tropical and Subtropical Forage Management

In tropical and subtropical regions, dense grasses grow rapidly and carry a high moisture content during the harvest window. The reciprocating blade on this machine cuts through thick, fibrous tropical species without choking, and the 42 spring tines are aggressive enough to pull heavy, wet material into well-formed windrows. Operating at the lower end of the speed range (around 6 km/h) gives the cutting mechanism enough time to shear through dense stands cleanly. Pairing the machine with a tractor closer to the 55 kW maximum is advisable for consistently heavy crop loads. In these environments, the ability to cut and windrow in one pass is particularly valuable because afternoon rain can arrive without warning, and any crop left flat on the ground risks nutrient leaching.

Structural Design and Build Quality of This Mower Rake

Long-term reliability matters more than first-year performance. A trailed mower rake that breaks down during the critical harvest window costs the operator far more in lost forage value than the repair bill alone. The 9GL-2.5/2.9 addresses this concern through a combination of structural choices that prioritize durability and serviceability.

Frame and Chassis Construction

The main frame is fabricated from welded tubular carbon steel, providing the torsional rigidity needed to support the full 5-meter working span without flexing or sagging. All pivot points use sealed bearings to reduce maintenance intervals, and the drawbar connection is reinforced with gusset plates to handle the forces generated during transport over rough roads. The implement rides on heavy-duty pneumatic rubber tires that absorb field vibrations and keep the cutter bar at a consistent height above the soil.

Cutter Bar and Raking Drum Assembly

The cutter bar sits at the front of the machine, protected by a series of replaceable guard plates that shield the 34 moving blades from contact with rocks and debris. Each individual blade can be unbolted and replaced without removing the entire cutter bar, keeping field repairs fast and straightforward. The raking drum sits behind the cutter bar and is driven mechanically through a chain-and-sprocket arrangement enclosed within a dust-sealed housing. The 42 spring tines are made from high-tensile steel wire and are designed to flex on contact with obstructions rather than snapping. If a tine is damaged, replacing it takes only a few minutes and requires no special tools.

Safety Features and Protective Mechanisms

Field conditions are unpredictable, and hidden obstacles such as buried rocks, old fence posts, and irrigation pipes can appear without warning. The 9GL-2.5/2.9 includes a mechanical breakaway latch on the drawbar connection. If the cutter bar strikes a fixed object, the latch releases and allows the bar to swing backward, absorbing the impact energy before any structural damage occurs. After clearing the obstruction, the operator resets the latch manually and continues working. All exposed drive shafts and PTO connections are fitted with standard safety guards that meet international agricultural machinery safety requirements, and the hydraulic lifting cylinder connects to the tractor rear remote through a shared manifold, reducing the number of hydraulic connections needed.

Maintenance Guide for the Trailed Mower Conditioner with Raking Function

Keeping this trailed mower conditioner with raking function in proper working order requires a routine approach rather than reactive repairs. The maintenance schedule below covers daily, mid-season, and end-of-season tasks. Following these recommendations will extend the working life of the machine and help it perform consistently across multiple harvest years.

Daily Field Checks (Before Each Working Session)

1. Walk around the machine and inspect the cutter blades for chips, cracks, or excessive dulling.
2. Verify that all 42 rake tines are intact and properly seated in their holders.
3. Look for hydraulic fluid leaks around the lifting cylinder and hose fittings.
4. Confirm the PTO shield is securely in place and the drawbar pin is properly locked.
5. Check tire pressure on both support wheels.
6. Keep spare blades on the tractor or service vehicle at all times.

These checks take under ten minutes and prevent the majority of in-field breakdowns. A sharp blade set is the single most important factor in cut quality and fuel consumption, so treating blade condition as a daily priority will pay for itself many times over during the season.

Mid-Season Inspection (Every 40-50 Operating Hours)

After every 40 to 50 hours of operation, re-tension the drive chain and inspect the sprocket teeth for signs of hooking or uneven wear. Examine the hydraulic hose connections for abrasion damage, particularly where hoses route near moving parts. Check the breakaway latch mechanism on the drawbar by manually releasing and resetting it to confirm it moves freely. Grease all bearing points on the raking drum shaft and cutter bar pivot. Keeping a written log of operating hours and maintenance actions helps you spot wear patterns early and order replacement parts before they become urgent.

End-of-Season Storage Preparation

At the end of each cutting season, clean the entire machine thoroughly to remove dried crop residue, soil, and moisture that can cause corrosion during storage. Grease all bearing points with a lithium-based agricultural grease. Inspect the drive chain and sprockets for wear, replacing any components that show stretching or tooth damage. Check tire pressure and inflate to the manufacturer specification. Apply a light coating of oil to the cutter bar ledger plates to prevent rust. Store the machine in a covered location or with a tarp to protect it from weather exposure. Before the next season begins, replace the cutter blades if they were not changed at the end of the previous year, and cycle the hydraulic lift several times to bleed any air from the system.

Integrated Mower Rake vs. Separate Equipment: A Practical Comparison

Many farmers considering a mower rake already own a standalone mower and a separate rake. The question often comes down to whether the integrated approach delivers enough practical benefit to justify adding another machine to the shed. The following table provides a side-by-side comparison across the performance areas that matter most during daily field operations. These differences become more pronounced as field sizes increase and as the number of cuttings per season grows. A farmer making three or four cuts per year across 30 or more hectares will realize substantially greater savings from single-pass harvesting than a hobby farmer cutting a small paddock once per season.

The comparison assumes normal field conditions with moderate crop density. In extreme situations, such as very heavy tropical grasses or extremely rocky terrain, individual results will vary. However, the fundamental advantage of eliminating one complete field pass applies universally regardless of crop type or geographic location. The environmental benefit of reduced soil compaction is also worth noting, as compacted soil reduces water infiltration, limits root development, and ultimately lowers yield in subsequent cuttings. For operations where labor availability is limited or where weather windows for hay making are narrow, the time savings alone can justify the investment in an integrated unit.

Why Choose Ever-Power for Your Trailed Mower Rake

Ever-Power is a specialist manufacturer of mechanical transmission and hydraulic systems with decades of production experience across agricultural machinery, gearboxes, PTO drive shafts, and related components. When you purchase a trailed mower rake from our company, you are buying from a supplier that understands every part of the drivetrain, from the PTO coupling to the final output of the raking drum. Here is what you can expect when working with us:

• ✅ Factory-Direct Quality Control — Every unit undergoes pre-delivery testing on the factory floor before it ships. We test the PTO input, hydraulic lift response, blade alignment, and raking drum rotation under load conditions to confirm the machine meets our published specifications.
• ✅ Dedicated Parts Supply Chain — We maintain regional parts inventories to keep downtime short. Replacement blades, tines, drive chains, sprockets, hydraulic hoses, and bearing kits are stocked and ready to ship. For customers in Korea and neighboring countries, we typically deliver parts within a few business days of order placement.
• ✅ Pre-Sale Technical Consultation — Our engineering team will help you match the right equipment to your specific tractor fleet, field conditions, and crop types before you commit to a purchase. We provide honest recommendations, including telling you if a different model would suit your situation better.
• ✅ After-Sales Support for the Life of the Product — Our technical support staff are available to answer questions about operation, maintenance, troubleshooting, and seasonal adjustments. We do not consider the relationship finished once the machine leaves our warehouse.
• ✅ International Logistics Experience — We ship to Korea, Japan, Southeast Asia, Central Asia, Africa, South America, and other regions regularly. Our logistics team handles containerized shipping, customs documentation, and can arrange door-to-door delivery upon request.
• ✅ Complete Forage Equipment Line — Beyond the mower rake, our product catalog includes round balers, feed crushers, PTO drive shafts, and agricultural gearboxes. This allows you to build a complete hay harvesting system from a single supplier, simplifying procurement and ensuring compatibility.

We have built our reputation over the years by delivering equipment that works reliably season after season. The 9GL-2.5/2.9 represents that same commitment to practical, long-lasting agricultural machinery. Whether you are purchasing your first forage implement or expanding an existing fleet, our team is ready to support you from initial inquiry through years of field operation.

Related Agricultural Equipment from Ever-Power

The 9GL-2.5/2.9 trailed mower rake is one component of a complete forage harvesting workflow. To help you build an efficient production line from field to storage, Ever-Power manufactures and supplies a range of complementary agricultural equipment. Purchasing multiple implements from the same supplier ensures mechanical compatibility, simplifies spare parts ordering, and gives you a single point of contact for technical support across your entire fleet.

Sourcing your mower rake, baler, drive shafts, and gearboxes from a single manufacturer simplifies the procurement process and gives you confidence that each component in the workflow is designed to work together. Our sales team can put together a package quotation covering multiple products, and our engineers will review your tractor fleet specifications to confirm that every implement is properly matched for power, speed, and hitch configuration.

Frequently Asked Questions About the 9GL-2.5/2.9 Mower Rake

Below are answers to the questions our sales and technical teams receive most often from buyers evaluating this trailed mower rake for their operations.

Avis clients

Here is what buyers have shared about their experience with the 9GL-2.5/2.9 after putting it to work on their farms and ranches. These reviews come from verified purchasers across different regions and farming operations.