7 Ways to Improve Your Turf Services in 2023

As turf services professionals, we know that the quality of a sports surface plays a crucial role in athletes’ performance and safety. From reducing the risk of injuries to enhancing the overall aesthetic appeal of a field or facility, a well-maintained turf is essential. 

Anyone in the industry can benefit from continuous education and improvement. If you share this view and are looking for a way to improve the quality of your turf services this year, this guide is for you. Let’s first review some of the basics. 

1: Enhancing Fundamental Turf Maintenance Techniques

Mowing 

To maximize the benefits of mowing and contribute to a healthier, more resilient sports turf, pay attention to three key aspects: mowing height, mowing frequency, and equipment maintenance.

First, adhering to the proper mowing height for your specific turfgrass species is essential. Different grasses have unique optimal cutting heights that promote healthy growth and discourage weed infestation. 

Mowing at the appropriate height ensures the turf can effectively photosynthesize, develop a robust root system, and maintain a desirable appearance. Be sure to research the ideal mowing height for your turfgrass species and adjust your mower accordingly.

Second, adjusting the mowing frequency based on growth rates and the season is vital for optimal turf health. During periods of rapid growth, such as in the spring and early summer, you may need to mow more frequently to prevent scalping and minimize stress on the grass. 

Conversely, in the cooler months, when growth rates slow down, you can reduce your mowing frequency. Keep in mind that weather conditions, soil fertility, and irrigation practices also affect turf growth rates, so be sure to monitor your turf closely and adjust your mowing schedule as needed.

Lastly, maintaining your mowing equipment regularly is imperative to ensure clean, precise cuts. Dull mower blades can cause jagged, uneven cuts that leave the turf more susceptible to disease and pests. Poorly maintained equipment may also operate inefficiently, increasing fuel consumption and contributing to unnecessary wear and tear. 

Establish a regular maintenance schedule for your mowing equipment, including sharpening blades, checking and replacing oil, inspecting belts and pulleys, and cleaning air filters. By keeping your equipment in optimal condition, you’ll not only improve the quality of your cuts but also extend the lifespan of your machinery.

Aeration 

Aeration is a crucial aspect of turf maintenance, as it directly impacts the health and vigor of your turf. By alleviating compaction, aeration enables roots to penetrate deeper into the soil, resulting in a more resilient turf that can better withstand heavy use and environmental stressors.

There are several aeration techniques that you can employ to meet your turf’s specific needs, each with its own set of advantages:

  1. Core aeration, also known as plug aeration, involves the removal of small cores or plugs of soil and thatch from the turf. This technique is highly effective in breaking up compacted soil, as it creates open channels that allow water, air, and nutrients to penetrate more deeply into the root zone. Core aeration is best suited for heavily compacted areas and should be performed during the active growing season to facilitate rapid recovery.
  2. Spike aeration utilizes a machine with solid tines or spikes that penetrate the soil, creating small holes without removing any material. While not as effective as core aeration in alleviating compaction, spike aeration is less disruptive and can be performed more frequently. This method is suitable for sports turfs with moderate compaction issues or as a preventive maintenance measure.
  3. Liquid aeration is a relatively new technique that involves the application of specialized liquid treatments to the turf. These treatments help break down thatch and loosen compacted soil by promoting microbial activity and enhancing the soil structure. While not a direct substitute for mechanical aeration, liquid aeration can complement traditional methods and improve overall turf health when used in conjunction with core or spike aeration.

To determine the most appropriate aeration method for your soil, assess factors such as soil type, compaction levels, and usage patterns. Additionally, consider the timing and frequency of aeration based on the growing season and recovery capabilities of your turfgrass species. 

Irrigation

Achieving proper irrigation involves more than just setting up a system and leaving it to run; it requires ongoing monitoring, adjustments, and maintenance.

One essential aspect of proper irrigation management is monitoring soil moisture levels. This can be done using various methods, including moisture sensors, tensiometers, or simply through visual and tactile assessments. 

By keeping a close eye on soil moisture levels, you can determine when to water, how much to water, and even identify any potential issues with water distribution. Regularly monitoring soil moisture ensures that your turf receives the right amount of water, promoting healthy growth while preventing overwatering, which can lead to shallow root systems and increased disease susceptibility.

Adjusting your watering practices based on your turf’s needs is crucial. Conditions such as turfgrass species, soil type, weather activity, and usage patterns can all impact how much water your turf requires. Be prepared to modify your irrigation schedule in response to changes, ensuring that your turf receives the appropriate amount of water at the right times.

In addition to monitoring and adjusting your watering practices, it’s wise to invest in water conservation practices. This not only benefits the environment but can also save on water costs. Some water conservation strategies to keep in mind include:

  1. Installing a smart irrigation controller that adjusts watering schedules based on factors like weather conditions and soil moisture data.
  2. Using water-efficient irrigation technologies, such as drip irrigation or low-angle sprinkler nozzles, to minimize water loss due to evaporation or runoff.
  3. Incorporating moisture-retaining amendments or practices, like compost topdressing or mulching, to improve soil water-holding capacity and reduce the need for frequent watering.

Lastly, maintaining and updating your irrigation system is an essential aspect of proper irrigation management. Regularly inspect your system for leaks, damaged sprinkler heads, or other issues that could affect its efficiency. Periodically assess your system’s performance, making necessary upgrades or adjustments to ensure optimal water distribution and coverage.

Fertilization 

The first step in developing a fertilization strategy is conducting soil tests. Soil tests provide valuable information about the nutrient composition and pH of your soil, enabling you to identify any deficiencies that could impact the health of the turf. 

With the results of your soil tests, choose the right fertilizer for your turf’s needs. Fertilizers come in various formulations, with different combinations of macro- and micronutrients. 

Select a fertilizer that addresses the specific nutrient needs identified in your soil tests. For example, if your soil is low in phosphorus, choose a fertilizer with a higher phosphorus content to remedy the deficiency.

The timing and frequency of fertilizer applications are important components to consider when developing your targeted fertilization strategy. Applying fertilizer at the right time ensures that your turf receives the nutrients it needs when it needs them most. For instance, cool-season grasses benefit from fertilization in the fall and spring, while warm-season grasses typically require fertilization during the summer months.

In general, it’s better to apply smaller amounts of fertilizer more frequently, rather than a single heavy application. This approach helps to prevent nutrient leaching and reduces the risk of over-fertilization, which can lead to turf damage and environmental issues.

Additionally, account for the type of fertilizer you’re using – granular or liquid – as this can also impact application frequency and timing. Granular fertilizers are typically slow-release and require fewer applications, while liquid fertilizers may need more frequent applications due to their fast-acting nature.

2: Implementing Integrated Pest and Weed Management

Pests and weeds can wreak havoc on turf if left unchecked. To protect your turf, it’s important to develop a comprehensive pest and weed management plan. 

Begin by identifying the common pests and weeds that affect your turf. This can include insects, fungal diseases, rodents, and invasive plant species. Familiarize yourself with their life cycles and the conditions that favor their proliferation.

Use a combination of cultural, biological, and chemical control methods to minimize the impact of pests and weeds on your field. Cultural control methods involve maintaining healthy turfgrass and soil conditions that discourage pest and weed growth. This can include proper mowing, fertilization, irrigation, and aeration practices. 

Biological control methods involve the use of natural predators, such as beneficial insects, to manage pest populations. Chemical control methods should be used as a last resort and include the careful application of pesticides and herbicides according to label instructions and local regulations.

Regular monitoring and record-keeping will help you stay on top of any issues and adjust your management plan as needed. Conduct routine inspections of your turf to identify signs of pest or weed infestations early on, and keep detailed records of your observations, control measures taken, and their effectiveness. 

3: Addressing Turf Repair and Renovation

Even the best-maintained sports fields will eventually show signs of wear and tear. To address these issues, you’ll need to be adept at various repair techniques, such as seeding and overseeding, sod replacement, and patch repairs. 

Throughout the year, plan for periodic renovation projects to maintain the overall health and appearance of your turf. Assess the condition of the grass, consider usage patterns, and schedule renovation projects accordingly.

Communicate your plans to other stakeholders that could be impacted by your plans. For example, you may want to notify local schools, recreational sports leagues, and local government bodies about your plans in advance. 

4: Investing in Employee Training and Education

A well-trained team is the backbone of any successful sports turf service. Encourage your staff to pursue professional certifications in turf management and provide ongoing education and training opportunities. This not only keeps your team up-to-date on the latest industry trends but also fosters a culture of knowledge-sharing and collaboration.

When everyone is equally educated on the same best practices, this can result in a faster and more effective turf management process. The margin of error narrows and everyone will be performing tasks with a shared mindset. 

5: Improving Communication and Collaboration with Stakeholders

Maintaining strong communication with stakeholders, such as coaches, athletes, and facility managers, directly impacts the success of your turf services operations. Start by understanding their expectations and requirements for the turf. Provide regular progress updates and involve them in the decision-making process when possible. This collaborative approach will ensure that everyone’s needs are met and help you adapt your maintenance strategies as needed.

6: Measuring Success and Adapting Strategies

To continually improve your sports turf services, it’s important to have a clear understanding of what success looks like. Establish key performance indicators (KPIs) to help you evaluate the effectiveness of your maintenance plans. Regularly review and update your maintenance strategies based on these KPIs and other factors, such as changing weather conditions, new challenges, or stakeholder feedback.

7: Upgrade Your Turf Maintenance Equipment 

Do the machines that you utilize in your turf management processes provide the timely, efficient, and thorough results that you expect? 

If you’re wondering if it’s time to upgrade your equipment, consider these warning signs: 

  • Declining performance – Examples include uneven soil penetration or grass cutting. 
  • Frequent breakdowns – The need for maintenance is becoming more frequent and expensive.
  • Difficulty finding replacement parts – The equipment manufacturer no longer supports the model of aerator or mower that you’re using. 
  • Higher operating costs – More fuel, more frequent maintenance, and other performance features are starting to cost more. 
  • Poor overall condition – Tines, belts, and engines may be wearing down or showing signs of corrosion. 

If you have experienced any of these performance concerns, it may be time to upgrade your turf equipment. At 1st Products, we supply turf services professionals with the most innovative range of solutions to manage their sports fields, farms, and any other space where the quality of your soil and grass must be kept at their best. 
To learn more, view our turf equipment here or contact us anytime to learn more.

10ft MULTI-drill | ND-120

STARTING AT $24,340.28

  • Cover for storage
  • Rear Step and Walk Board
  • Weight Bracket
  • Aux. Seedbox
  • 4 Stainless Steel Seed
  • Plates for Various Seeds
  • Variable Speed Electric Drive
  • Conventional and No-Till Capability

5ft MULTI-drill | ND-60

COMING SOON

  • Cover for storage
  • Rear Step and Walk Board
  • Aux. Seedbox
  • 4 Stainless Steel Seed plates for Various Seeds
  • Variable Speed Electric Drive
  • 3pt. Lift
  • Cat I/II Hitch
  • Quick Hitch Compatible
  • Conventional and No-Till Capability

CM7000-LD

This round module spear can be adapted to loaders, tele-handlers and many other types of lifts.

  • Length- 33” (without spears)
  • 103” (with spears)
  • Width- 65”
  • Height- 56” (storage position)
  • Weight- 841 lbs.
  • Hitch: Mounting Plate Required
  • Lift System:
  • Lifting Capacity: 7000 lbs.
  • Spear:
  • 2 ¼ Round Special Alloy Steel
  • Torque Requirements:
  • ¼ UNC Standard Bolt: 11 ft. lbs. (14 N-m)
  • 5/16 UNC Standard Bolt: 21  ft lbs. (28 N-m)
  • ½ UNC Standard Bolt: 85 ft. lbs (120 N-m)

CM7000-L

This 3 pt. lift round module spear is great for staging modules in the field or at the gin.

  • Length- 33” (without spears)
  • 103” (with spears)
  • Width- 65”
  • Height- 56” (storage position)
  • Weight- 1265 lbs.
  • Hitch- CAT III, IVN, or IV
  • Lift System:
  • Lifting Capacity: 7000 lbs.
  • Module Clearance Height: 30” or Higher (depending on tractor)
  • Spear:
  • 2 ¼ Round Special Alloy Steel
  • Torque Requirements:
  • ¼ UNC Standard Bolt: 11 ft. lbs. (14 N-m)
  • 5/16 UNC Standard Bolt: 21  ft lbs. (28 N-m)
  • ½ UNC Standard Bolt: 85 ft. lbs (120 N-m)

CM7000-HL

Carry cotton high over stalks to prevent tearing and ripping.

  • Length- 58” (without Spears) 146” (with spears)
  • Width- 74”
  • Height- 58” (Storage position)
  • Weight- 2891 lbs.
  • Hitch- CAT III, IVN, or IV
  • Hydraulic Cylinder- 
  • Bore: 6”
  • Stroke: 20”
  • Max Working Pressure: 3000 psi
  • Lift System:
  • Lifting Capacity- 7000 lbs.
  • Module Clearance height: 
  • 60” Lift Links @ 39” or higher (depending on tractor)
  • Spear:
  • 2 ¼ Round Special Alloy Steel
  • Torque Requirements: 
  • ¼ UNC Standard Bolt: 11 ft. lbs. (14 N-m)
  • 5/16 UNC Standard Bolt: 21  ft lbs. (28 N-m)
  • ½ UNC Standard Bolt: 85 ft. lbs (120 N-m)

12ft MULTI-drill | ND-144

STARTING AT $25,308

  • Cover for storage
  • Rear Step and Walk Board
  • Weight Bracket
  • Aux. Seedbox
  • 4 Stainless Steel Seed
  • Plates for Various Seeds
  • Variable Speed Electric Drive
  • Conventional and No-Till Capability

8ft MULTI-drill | ND-96

STARTING AT $14,052

  • Cover for storage
  • Rear Step and Walk Board
  • Weight Bracket
  • Aux. Seedbox
  • 4 Stainless Steel Seed
  • Plates for Various Seeds
  • Variable Speed Electric Drive
  • Conventional and No-Till Capability

6ft MULTI-drill | ND-72

STARTING AT $12,699

  • Cover for storage
  • Rear Step and Walk Board
  • Weight Bracket
  • Aux. Seedbox
  • 4 Stainless Steel Seed
  • Plates for Various Seeds
  • Variable Speed Electric Drive
  • Conventional and No-Till Capability

5ft MULTI-drill | ND-60T

STARTING AT $10,602

  • Cover for storage
  • Rear Step and Walk Board
  • Aux. Seedbox
  • 4 Stainless Steel Seed plates for Various Seeds
  • Variable Speed Electric Drive
  • Self-Contained Lift
  • Conventional and No-Till Capability
  • Designed to operate with UTV or compact tractors.

AG144 AGRI-vator - 12'

Facilitates seed growth and helps you get the results you want for your farm. Break apart the soil without doing damage to the surface turf.

  • Weight 2825 lbs
  • Center Drive Gearbox 1:1.5 Tee
  • End Drive 3 Cx Belts (Left End)
  • Tine Vibration Frequency @ 540 PTO RPM = 1026 Cycles/Min
  • Side-to-Side Tine Travel 2 1/4 inches
  • Vibrating Depth 6 Inches
  • Aeration Density 5 Holes per sq. ft.
  • Tines 3/4 X 6” Forged And Hardened (144)
  • Rotor Bearings Double Sealed Tapered Roller
  • Drive Line 1 3/8” Spline w/ Safety Shield
  • Finish Black Acrylic w Grey Trim
  • Tractor HP required- 45, 60, 80

AG96 AGRI-vator - 8'

Facilitates seed growth and helps you get the results you want for your farm. Break apart the soil without doing damage to the surface turf.

  • Weight 2045 lbs
  • Center Drive Gearbox 1:1.5 Tee
  • End Drive 2 Cx Belts (Left End)
  • Tine Vibration Frequency @ 540 PTO RPM = 1026 Cycles/Min
  • Side-to-Side Tine Travel 2 1/4 inches
  • Vibrating Depth 6 Inches
  • Aeration Density 5 Holes per sq. ft.
  • Tines 3/4 X 6” Forged And Hardened (144)
  • Rotor Bearings Double Sealed Tapered Roller
  • Drive Line 1 3/8” Spline w/ Safety Shield
  • Finish Black Acrylic w Grey Trim
  • Tractor HP required- 45, 60, 80

AG72 AGRI-vator - 6'

Facilitates seed growth and helps you get the results you want for your farm. Break apart the soil without doing damage to the surface turf.

  • Weight 1630 lbs
  • Center Drive Gearbox 1:1.5 Tee
  • End Drive 3 Cx Belts (Left End)
  • Tine Vibration Frequency @ 540 PTO RPM = 1026 Cycles/Min
  • Side-to-Side Tine Travel 2 1/4 inches
  • Vibrating Depth 6 Inches
  • Aeration Density 5 Holes per sq. ft.
  • Tines 3/4 X 6” Forged And Hardened (144)
  • Rotor Bearings Double Sealed Tapered Roller
  • Drive Line 1 3/8” Spline w/ Safety Shield
  • Finish Black Acrylic w Grey Trim
  • Tractor HP required- 45, 60, 80

AE40E AERA-vator Tow Behind

If you have tight spaces that need maintaining, the AE-40E: AERA-vator is the turf aerator for you. As a tow-behind used in conjunction with small mowers or other vehicles, its versatility is unmatched.

  • WEIGHT: 577 lbs.
  • OVERALL WIDTH: 47″
  • WORKING WIDTH: 40″
  • ENGINE: 11 HP Honda w/ 6:1 Reduction
  • END DRIVE: 2- Power Rated Belts
  • TINES: 9/16″ x 3 ¾ Forged and Hardened
  • TINE VIBRATION FREQUENCY: 825 Cycles/Min @ 3600 RPM
  • OUTSIDE-TO-OUTSIDE TINE TRAVEL: 1 3/8″
  • VIBRATION DEPTH: 3 ¾” including tine Nut
  • AERATION DENSITY: 8 holes per sq/ft.
  • ROTOR BEARINGS: Double sealed tapered Roller
  • FINISH: Black & Grey Acrylic
  • VOLTAGE: 12 V
  • TONGUE DRAFT PULL: 100 lbs. (Operation)
  • WEIGHT CAPACITY: 400 lbs.

Groundmaster® 360: AERA-vator

The Groundmaster® 360 works with four of the 1st Products 60” shafts (AERA-vator 60” Shaft, Slicer 60” Shaft, Multi-tine 60” Shaft , Coring 60” Shaft) enhancing and complimenting the versatility of the GM®360. Order below or click here for more information about the Groundmaster commercial aerator.

  • Weight 479 lbs
  • Working Width60″
  • Overall width 66″
  • Center Drive Gearbox 1:3 Rt. Angle
  • End Drive (4) BX 46 Belts (left end)
  • Tine Vibration Frequency @2000 PTO RPM=800 Cycles/Min
  • Lift manual or optional Hydraulic Top Link
  • Finish Black Acrylic w/ Grey Trim
  • Power Source see specs of Toro Groundsmaster 360
  • Universal Shaft System

Universal AERA-vator 60T

The UA60T AERA-vator is a self-contained, towable 60” AERA-vator that trails easily behind any UTV or commercial grade mower. Its features are desirable for any school, municipality or sports complex. The self-contained aerator is powered by a 23hp engine and operated by a remote lanyard. The Universal Shaft System is integrated into the UA60T for added versatility.

  • Weight 1041 lbs
  • Working width 60″
  • Overall Width 94″
  • Center Drive Gearbox 1:3 Rt. Angle
  • End Drive (4) BX Belts (left end)
  • Tine Vibration Frequency @3600 Engine RPM=800 Cycles/ Min.
  • Engine Gas Honda 28 HP Horizontal Shaft
  • Finish Black Acrylic w/ Grey Trim
  • Lift Hydraulic
  • Electric 12V Electric Clutch Actuated
  • Operation Controller Tethered Handheld
  • Operation Position rear or offset
  • Transportation DOT approved for Highway use (for transport only)
  • Provided with Certificate of Origin

DO40 AERA-vator Mini Skid Steer

Our 1st Products DO-40: AERA-vator is a versatile soil aerator attachment for your mini-skid steer /compact utility loader and is the perfect tool for construction and renovation projects. The DO-40 side to side tine movement levels heavy traffic areas and prepares a great seedbed with less prep work. With the optional seeder, seed placement is broadcast on top of the rotors allowing seeding in both forward and reverse, reducing turnaround time.

  • Weight- 312 lbs.
  • Drive- Hydraulic motor
  • End Drive- 2” BX42 belys (left end)
  • Side to Side tine travel- 1 3/8”
  • Vibrating depth- 3 ¾”
  • Overall Width- 44”
  • Working width- 40”
  • Aeration density- 9 holes per sq. ft.
  • Tines- 9/16”x 3 ¾” forged and hardened
  • Rotor Bearings- Double Sealed Tapered Roller
  • Finish- Black Acrylic w/ Gray Trim
  • Minimum of 1800 PSI @ 8 GPM

VC40/VC60 Sprig Digger

The VC40 and VC60 can both be converted into a sprig digger simply by changing the VERTI-cutter shaft to the Sprig Digger shaft. Both have a 40″ working width.
 
  • Weight- 91 lbs
  • Blade- ¼” Hardox Banana Blade
  • Working width- 36”
  • Spacing- 3”
  • Rotation- forward

VC 60 VERTI-cutter

The VERTI-cutter’s patented swing-hitch allows the unit to turn during operation increasing maneuverability and the belt drive with 12” diameter blades provides a faster blade RPM (tip speed) improving quality of cut.

  • Working Width: 54”
  • Blades: 10GA Carbide Tip, 10GA Hardened Steel
  • Blade Spacing: Rollers 1.5 – 2″, Skids 2″ Only
  • Blade Depth Control: 0 – 1 7/8”
  • Blade Shaft: 1 5/8” Hex Stress Proof
  • Blade Rotation: Forward
  • Hitch: Patented 3 PT CAT.1 Trailing Hitch
  • Drive: 540 PTO Gearbox, 3 belts
  • Required HP: 20-45 Varies by Cutting Depth
  • Frame: All Welded Steel Construction
  • Weight: 900 lbs.
  • Dimensions: 70” w,46” l, 41” h
  • Gearbox: Heavy Duty 42 HP (31 KW)

VC 40 VERTI-cutter

1st Products introduces a smaller, compact version of the same quality. The VC40 offers tighter blade spacing from and ½”-2” spacing and an optional thinner blade, makes it the best VERTI-cutter for compact tractors.

  • Working Width: 35 1/2”
  • Blades: 10GA Carbide Tip, 16GA Carbide Tip, 10GA Hardened Steel
  • Blade Spacing: Rollers 1/2” – 2” (1/4” Increments)
  • Blade Depth Control: 0 – 1 7/8”
  • Blade Shaft: 1 5/8” Hex Stress Proof
  • Blade Rotation: Forward
  • Hitch: Patented 3 PT CAT.1 Trailing Hitch
  • Drive: 540 PTO Gearbox, 3 belts
  • Required HP: 20-45 Varies by Cutting Depth
  • Frame: All Welded Steel Construction
  • Weight: 800 lbs.
  • Dimensions: 51” w, 24” l, 44” h
  • Gearbox: Heavy Duty 42 HP (31 KW)

500-1750 lb Fertilizer Hopper

The new low profile box is wider and easier to fill. The variable speed ground drive allows for 75 quick-rate changes and requires NO TOOLS to adjust.

  • 2, 3, or 4 Outlets Stainless Steel Hopper and Auger
  • Mounts available for Flat, 3 1/2 – 4” Diamond, and Pittsburgh Cultivators (order kit bundles)
  • 2, 4, 6, 8, 12 row Tool bars available 
  • Removable Auger Trough for easy cleaning
  • Stainless Steel Latches
  • Ground, Hydraulic or Electric Drive
  • Variable Speed Ground drive- 60-1750 lbs/ac.
  • Hydraulic Drive- 70-1825 lbs/ac.
  • 500 lb Hopper capacity
  • Additional 500 lb and 750 lb extensions available for more capacity.
  • Stainless Steel screen 
  • Stainless Steel Bridges 
  • Box Covers
  • Flexible Hoses

Orchard Fertilizer Applicator

Designed to apply granular material to orchard rows, vineyards, and trees.

With adjustments to accommodate up to 12’ Rows, each hopper has its own variable rate electric drive that will apply 31lbs up to 2000 lbs per acre depending on row spacing. The Orchard Frame bar can be operated with 1 or 2 hoppers.

The 250lb. stainless’ hoppers capacity can be doubled to 500lbs. per hopper by adding the optional extension. The optianl stainless steel lid keeps yur material dry over night. The spouts and hoses can be adjusted for precise fertilizer placement.

  • Up to 12’ rows
  • Variable rate electric drive
  • 31-2000 lbs. per acre
  • 1 or 2 row
  • 250-500lb hopper capacity
  • Stainless Steel hopper and auger
  • Removeable trough for easy clean out
  • Optional stainless steel lid

250-500 lb Fertilizer Hopper

The Economy Fertilzer Applicator is the ideal setup for small acres such as food plots, home gardens, and vegetable growers. This all stainless steel hopper consists of 2 or 3 outlets, removeable auger trough for easy cleaning, 250 lb. capacity hopper. Add the 250 lb. extension to increase capacity to 500 lbs.

  • 2 or 3 outlet Stainless Steel Hopper and Auger
  • Removable Auger Trough for Easy Cleaning
  • Stainless Steel Latches
  • Flexible hoses for maximum elasticity 
  • Ground or Electric Drive available 
  • Ground drive- 42-600 lbs/ac (depending on row spacing)
  • Electric Drive 31-2000lbs/ac (depending on row spacing)
  • 250 lb. hopper capacity
  • Optional 250 lb. stainless extension available for more capacity
  • Optional Stainless Steel lid available
  • Mounts for Pittsburg, 2 ½ Diamond, and Flat Tool Bar included.
  • Side Dress 3-pt frame and Pittsburg Frame available separately.