EQUIPMENT SPOTLIGHT  ·  May 28, 2026

Takakita RB511 DX: Industrial-Grade Mini Round Baler for Small Farms

By Phil Livengood, President  ·  Small Farm Innovations

The Takakita RB511 DX is a Japanese-built commercial-grade mini round baler designed for small to mid-size operations. At SFI, it’s one of our most popular recommendations — and for good reason. Here’s what makes it stand out.

Specs at a glance

What sets it apart

• Forming chain, not rollers — handles grass, legumes, corn stalks, and tough or wet materials that trip up belt-based systems.
• Self-contained hydraulics — no rear remotes needed, so it works with a much wider range of tractors, including older machines.
• Auto chain lubrication — reduces maintenance and extends service life.
• Standard twine — any poly or organic twine available in the USA. No proprietary supplies required.

At 850 lbs on a standard 3-point hitch, it’s highly maneuverable in small or irregular fields. The 30–60 lb bale size is manageable by one person and easy to move by ATV or small utility vehicle — a real plus for livestock operations that don’t need full-size bales.

Financing is available, and we’re happy to talk through whether this baler fits your tractor and acreage. Give us a call at (979) 200-0766.

Phil Livengood

President, Small Farm Innovations

View the full product page and download the spec brochure:

smallfarminnovations.com/upcp_product/takakita-rb511-mini-round-baler/

Questions? Contact us at smallfarminnovations.com/contact-us/ or call (979) 200-0766.

SMALL FARM INNOVATIONS

Practical Technology for the Working Farm  ·  Hay Edition  ·  May 2026

How AI is Transforming Hay Production for Small-Scale Balers

From cutting schedules to bale quality monitoring, AI is giving small hay operations the precision that only large agribusinesses could afford — until now.

By Phil @ Small Farm Innovations

I’ll be honest with you — I was skeptical about AI on the farm. I’ve been around hay long enough to know that no app is going to replace watching the sky or knowing your ground. But over the last couple of seasons, I’ve seen enough producers put these tools to real use that I had to take a closer look. What I found surprised me. Here’s what’s actually working.

01  —  CUTTING & TIMING

Smarter Cutting Windows with AI Weather Forecasting

This is the one that got my attention first. We all know the pain of cutting on a good forecast and watching it rain on your windrows two days later. AI forecasting platforms now give you field-level, hour-by-hour humidity and precipitation outlooks up to 10 days out — not a regional guess, but something calibrated to your specific ground. They’ll even estimate dry-down time based on your crop type and swath width. I talked to a producer in the Hill Country last fall who said avoiding one rained-on cutting more than paid for his subscription three times over. On a 200-acre operation, that kind of mistake can cost you $8,000–$15,000 in a single event. It’s worth paying attention to.

02  —  FORAGE QUALITY

Stand Assessment and Real-Time Bale Quality Monitoring

We actually tested two portable NIR sensors this season — one on bermudagrass, one on alfalfa — and I’ll tell you, I didn’t expect much. But the results came within 5% of certified lab values on protein and ADF. That’s close enough for on-farm sorting and a whole lot faster than waiting on a forage test. If you’re selling dairy-quality hay, being able to hand a buyer real numbers at the gate changes the conversation entirely.

On the stand side, AI-powered drone imagery can map weed pressure, thin patches, and disease before you ever drop the mower. I know not everyone is ready to fly a drone over their fields, but if you’re making replanting decisions or trying to stretch an aging stand another year, this kind of data is genuinely useful.

03  —  EQUIPMENT

Predictive Maintenance and Baler Performance

Nothing ruins a cutting window faster than a knotter failure at 2 in the afternoon with 80 acres left to bale. AI monitoring tools track belt tension, knotter behavior, and hydraulic data in real time and flag problems before they strand you in the field. Platforms like John Deere’s Operations Center do this natively, and there are aftermarket sensor kits that work on older equipment too. I’ve heard from producers running 20-year-old balers who say it’s the first time they’ve felt ahead of a breakdown instead of chasing one. That peace of mind alone is worth something.

Hay Production: The Numbers That Matter

04  —  MARKET & PRICING

Selling Hay Smarter with AI Market Intelligence

This one might be the most underrated tool in the bunch. Most small hay producers I know are selling on relationships and gut feel — which isn’t wrong, but it leaves money on the table when you don’t know what the market is actually doing. AI platforms pulling USDA AMS data can show you in real time what comparable hay is moving for within 100 miles of your farm. Combine that with price trend forecasting that factors in drought indices and regional cattle inventory, and you start to see when it’s worth holding versus selling. I’ve seen producers squeeze an extra $20–40 per ton just by waiting out a short regional shortage. On 500 tons, that math adds up fast.

My Two Cents

None of this replaces experience or common sense. But if you’re putting in the hours to grow and bale good hay, you deserve to have the best information available working for you. Start with one tool — the weather forecasting alone is worth it — and build from there. I think you’ll be surprised.

Questions or something working on your operation I should know about? Reach me at phil@smallfarminnovations.com — I read every one.

  CUSTOMER SPOTLIGHT

Rooted in the Land, Built on Trust

How Leaning Cedar Ranch Keeps 40 Acres Thriving with the Right Equipment — and the Right Partner

Tucked into the rolling countryside of Brenham, Texas, Leaning Cedar Ranch is more than a farm — it’s a mission. Owned and operated by veteran Kyle, this 40-acre property is home to a carefully curated herd of Dexter and Texon cattle, as well as a flock of Dorper sheep. Everything here is raised the right way: natural, pasture-raised, and completely free of hormones and antibiotics.

Kyle’s commitment to quality livestock — both seedstock and meat — demands a working ranch that runs as well as it looks. That means hay needs cutting, raking, and baling. It means 40 acres of pasture that don’t manage themselves. And it means having equipment you can count on, backed by people who actually know what they’re talking about.

“Phil is an absolute expert when it comes to farm equipment. His knowledge and insight all along the way has been invaluable.”

— Kyle, Leaning Cedar Ranch

The Right Tools for the Job

Five years ago, Kyle turned to Small Farm Innovations to outfit Leaning Cedar Ranch with the equipment it needed to get the job done. The lineup speaks for itself: an Entry 120 Maschio Baler, a 3065 Drum Mower, and an IHI Rotary Rake — a complete hay operation that keeps the ranch’s pastures productive season after season.

But for Kyle, the equipment is only half the story.

Service That Sets the Standard

Over five years, one thing has remained constant at Leaning Cedar Ranch: when Kyle calls Small Farm Innovations, he gets top-notch care every single time. Sharon and Phil have built a relationship with Leaning Cedar Ranch that goes far beyond a simple transaction.

Phil, in particular, brings a depth of expertise that Kyle describes as invaluable. Whether it’s troubleshooting in the field, walking through equipment specs, or simply helping Kyle make the best decision for his operation, Phil’s hands-on knowledge and genuine commitment to the customer shine through every interaction.

It’s the kind of service that keeps a customer coming back — and keeps a ranch like Leaning Cedar running strong.

Leaning Cedar Ranch • Brenham, Texas • Veteran-Owned • Natural, Pasture-Raised Livestock

This month, I’d like to share some helpful methods to enhance your hay crop. These suggestions include:

1. Aeration
2. Fertilization
3. Overseeding
4. Weed Control
5. Rodent Control

Please note, these are recommendations to consider. If you’re satisfied with your current hay yield, there’s no need to invest in additional equipment or chemicals.

**1. Aeration**
Aeration is best done during the growing season and is typically performed using a tractor-mounted implement for quicker results. In dry conditions, an aerator (also called a renovator) breaks up the soil, allowing moisture and essential minerals to penetrate deeper. There are several types of aerators:

– Knife and coulter type: penetrates deeply, allowing better moisture and mineral absorption.
– Drum and spike type: effective but less deep penetration.
– Vibrating type: very effective but more expensive.

Alternatively, planting turnips and large radishes in the fall can naturally aerate the soil as they decompose in spring and summer, adding nitrogen and organic matter.

**2. Fertilization**
Fertilization generally improves both yield and quality. Liquid petroleum-based fertilizers often act faster and can be blended with herbicides for weed control. Dry fertilizers, available in bulk or bags, are popular and can also contain herbicides; applying them before rain helps reduce loss.

To avoid wasting fertilizer, consider using GPS or other methods to prevent overlapping or skipping areas. A soil test before fertilizing is highly recommended. You might be surprised by the recommended amounts, but many growers apply only 50-76% of the suggested rate and still see good results.

Organic fertilizers are available but tend to be more expensive and slower acting. For those interested in organic options, many companies offer both dry and liquid fertilizers—information readily available online.

**3. Overseeding**
If your grass is thin in some areas, overseeding can help achieve a more uniform yield. If you don’t have access to a no-till drill or tractor-pulled seeder, check with local companies or individuals who might provide this service.

Mechanical seeding improves seed-to-soil contact, increasing germination success. Alternatively, lightly disc the weak areas and broadcast seed by tractor or handheld spreader. After seeding, drag the area with something like an old gate, chained tires, or railroad ties to cover the seed.

Always check the germination percentage with your seed dealer to avoid purchasing non-viable seed. You can also blend grass seed with dry fertilizer for planting.

**4. Weed Control**
Every pound of weed removed is replaced by grass, so controlling weeds is beneficial, though it can be costly. Weed control can be done by herbicides or mowing. Mowing works well but may delay your yield by a few weeks. Mow low when weeds are 4 to 6 inches tall, and you may need to mow twice to remove them completely.

Herbicides come in two types: pre-emerge and post-emerge. Pre-emerge herbicides are applied in early spring and work well. Post-emerge herbicides should be applied when temperatures reach the upper 70s to low 80s. Always spray weeds early while they are actively growing.

**5. Rodent Control**
Rodents such as moles and voles can damage your hay field or pasture by creating large dirt mounds, reducing yield, attracting snakes, and causing wear on your equipment and livestock.

Control methods include using handheld poison injectors to apply poison directly into or around mounds, or more expensive three-point mounted poison injection machines. Both methods are effective, and maintaining a rodent-free hay meadow saves time and improves quality and yield.

Wishing you a successful and productive spring!

Phil Livengood
President, Small Farm Innovations

—

Sharon and I decided to go to Japan the last week of March before the baling season began.  Our objective was to show our dedication to two companies, IHI and Takakita.  We also met with an individual who was from the USA that was interested in the baler combination unit for baling wood fiber.

Our first stop was at the Takakita facility in Osaka.  We were given a factory tour where we saw some great machines being built.  Takakita showed us a RB511 net baler they were testing hoping it will make its way into the USA.

We were informed by Takakita we were the first American company to visit their facility.

Here we are standing with the CEO and Vice Chairman with our overseas representative holding a 5 year certificate of appreciation.

We had the opportunity to see some of the other products they sell to other countries like this rice combine.

The next stop was in Sapporo Japan where we met with IHI.  We also were the first Americans to visit their factory.   Here Sharon and I are giving IHI a twenty-year certificate of appreciation.

We also took a factory tour and watched them build the 40” x 40 “round baler.  We have one of these units coming in May for testing.

We had a very good meeting with IHI representatives our discussion was on getting support from IHI Japan to build a dealer network and increase the availability of spare parts.

We are very proud to represent both companies and we want to thank everyone for their hospitality and friendship.  We also encourage you to visit Japan someday.  There is lots to see.

When it comes to efficient hay production on small farms, having the right rake can make all the difference. At Small Farm Innovations, we’ve been helping farmers find the perfect raking solution since our very first sale—a Tonnutti 4 wheel hay rake. While Tonnutti is no longer available in the USA, we’ve continued our commitment to quality by featuring exceptional wheel rakes from Befco and DCM.

The Workhorse: The 4 Wheel Rake

Our best-selling rake remains the tried-and-true 4 wheel rake. This versatile machine has earned its place as our most popular model for good reason. With a working width of 8.6 feet that can be reduced to 4 feet by simply pulling a pin and swinging the main arm, it offers incredible flexibility for various field conditions.

Perfect Applications

The 4 wheel rake is primarily used with:

• Mini round balers
• 3×3 round balers
• Some customers even use it successfully with 4×5 round balers

Advantages of the 4 Wheel Rake

• Low cost – An economical entry point for small farm operations
• Minimal power requirements – Can be attached to 15 hp tractors
• Versatile capacity – Handles both high and low volumes of hay
• High speed operation – Get more done in less time
• No PTO required – Simpler operation and less wear on your tractor

Disadvantages to Consider

• Requires operator skill – There’s a learning curve to master
• Ground-driven design – Sand and dirt can be introduced to the hay
• Large transport size – Takes up more space when moving between fields
• Loses efficiency on sharp turns – 90-degree or sharper turns reduce effectiveness
• Quick hitch compatibility – Only certain quick hitches will work

Inline Rakes: 2 Through 6 Wheel Options

Befco offers a complete range of inline hay rakes, from 2 wheel through 6 wheel configurations. All inline models share the same advantages and disadvantages as the 4 wheel rake, giving you options based on your specific field size and hay volume needs.

The Premium Choice: Befco Carted V-Rakes

For those seeking top-tier performance, the Befco carted V-Rakes represent the pinnacle of hay raking technology. These high-quality Italian-made machines deliver exceptional efficiency and produce perfectly sized windrows for mid-size round balers like the Entry 120 and Entry 150 Maschio Gaspardo models.

Available Models

• 8 wheel unit – 21 ft working width
• 10 wheel unit – 23 ft working width
• 12 wheel unit – 25 ft working width

Key Features

• Can be pulled with a 20 hp tractor (requires hydraulic outlets)
• Adjustable windrow width by pulling two pins and swinging both main arms
• Extremely easy to operate—requires very little skill
• Exceptional reliability since 2010 with minimal parts needed

Proven Durability

We’ve been selling V-Rakes since 2010, and our parts sales tell the story—we’ve sold very few replacement parts over the years. The occasional repair is typically due to someone hitting an obstacle and bending a wheel or arm, not mechanical failure.

Perfect Pairing

We recommend V-Rakes for our Entry 4×4 and 4×5 round balers. They create the perfect windrow size for these balers and are incredibly user-friendly, even for beginners.

Training and Tips: Mastering the Art of Raking

At Small Farm Innovations, we provide comprehensive training when you purchase a baler package system. Here’s an important insight: raking typically requires more training time than mowing or baling.

Why Raking Has a Learning Curve

The biggest challenge occurs when customers purchase equipment late in the season when grass is super tall and thick. This is especially true with mini round balers, where you’re working with a rake that creates a 4-foot minimum windrow and a baler with only a 2-foot wide pickup. Don’t worry—we’ll get you trained, and with practice, you’ll become a master at raking hay.

The Learning Progression

Remember these three truths:

1. You learn how to mow when you rake
2. You learn how to rake when you bale
3. Practice makes perfect

Pro Tip for Beginners

Tall, giant windrows are the most challenging to handle. For first-time baling with difficult conditions, try this technique: raise the baler off the ground and skim the top of the windrow. While this method can be a bit demanding on a small tractor, it makes the first-time baling experience much more manageable and less stressful.

Making Your Decision

Choosing the right wheel rake depends on your specific operation:

• Budget-conscious with smaller fields? The 4 wheel rake is your best bet
• Need maximum efficiency and ease of use? Invest in a V-Rake
• Somewhere in between? Consider the inline rake options

Whatever you choose, Small Farm Innovations is here to support you with quality equipment, expert training, and ongoing assistance to ensure your hay operation runs smoothly.

Ready to upgrade your hay raking operation? Contact Small Farm Innovations today to discuss which wheel rake is right for your farm.

Welcome to the Small Farm Innovations!

We’re thrilled to announce that Mr. and Mrs. Ted McBurney have joined the Small Farm Innovations family with their recent equipment purchase! The McBurneys are taking their farming operation to the next level with a complete hay production setup that will serve them well for years to come.

Their New Equipment

The McBurneys invested in a comprehensive hay production package, including:

• MRB 855 Baler – A reliable workhorse that will help them produce quality bales efficiently
• Drum Mower – Designed for clean, precise cutting that preserves hay quality
• Hay Rake – Essential for creating uniform windrows and ensuring faster drying times

Farming in Idaho’s Heartland

Idaho’s rich agricultural heritage and ideal growing conditions make it perfect for hay production. The McBurneys understand that Idaho’s climate – with its warm, dry summers and adequate irrigation – creates some of the finest hay in the country. Their new equipment is perfectly suited to handle Idaho’s productive fields and help them make the most of every growing season.

Setting Up for Success

This combination of equipment represents a smart investment in their farming future. With the drum mower’s efficient cutting action, the hay rake’s ability to create perfect windrows, and the MRB 855 baler’s dependable performance, the McBurneys are now equipped to handle their hay production from start to finish.

At Small Farm Innovations, we’re not just selling equipment – we’re partnering with farmers like the McBurneys for the long haul. Our team is committed to providing ongoing support, maintenance assistance, and expert advice whenever they need it.

Congratulations on your purchase, Mr. and Mrs. McBurney! We look forward to seeing your operation thrive with your new equipment. Happy haying!

Spring marks the beginning of a critical period for hay producers across the country. As winter fades and soil temperatures begin to rise, farmers face important decisions that will determine the success of their entire hay season. Successful spring hay farming requires careful planning, proper timing, and attention to detail that sets the foundation for quality forage production.

The transition from winter to spring presents unique opportunities and challenges for hay farmers. This season offers the chance to establish new stands, improve existing fields, and implement management practices that will maximize both yield and quality throughout the growing season. Understanding the key elements of spring hay farming can make the difference between an average harvest and an exceptional one.

Essential Hay Field Preparation for Spring Success

Proper hay field preparation forms the backbone of successful spring operations. Before any seeding or fertilizing begins, farmers must assess their fields and address any issues that developed over winter. This process starts with a thorough field inspection to identify areas of concern such as winter damage, drainage problems, or weed pressure.

Soil testing should be the first priority in spring hay field preparation. Winter weather can alter soil pH and nutrient levels, making fresh soil tests essential for making informed fertilizer decisions. Take soil samples from multiple locations across each field, as nutrient levels can vary significantly even within a single pasture. The results will guide fertilizer applications and help identify any lime requirements.

Field drainage deserves special attention during spring preparation. Winter freeze-thaw cycles and spring rains can create wet spots that weren’t problematic in previous seasons. Poor drainage not only affects plant growth but also limits field access for equipment operations. Address drainage issues early in the season before they impact planting schedules or equipment movement.

Compaction from winter feeding operations or late-season harvests may require attention. Walk fields to identify compacted areas, particularly around gates, water sources, and feeding locations. Light tillage or aeration may be necessary in severely compacted areas, but avoid working wet soils that can worsen compaction problems.

Spring Seeding Hay: Timing and Best Practices

Spring seeding hay requires precise timing to ensure successful establishment. Soil temperature, not calendar date, should guide seeding decisions. Most cool-season grasses and legumes germinate best when soil temperatures consistently reach 50-55°F at a 2-inch depth. Use a soil thermometer to monitor temperatures rather than relying on air temperature alone.

Seed selection plays a crucial role in long-term success. Choose varieties adapted to your specific climate zone and intended use. Consider factors such as winter hardiness, disease resistance, and maturity timing when selecting cultivars. For mixed stands, ensure that grass and legume species are compatible in terms of growth habits and harvest timing.

Seeding depth and rate require careful attention for optimal establishment. Most hay seeds are small and should be planted shallow, typically no deeper than 1/4 to 1/2 inch. Planting too deep is a common mistake that leads to poor emergence. Calibrate seeding equipment before beginning operations and check seeding depth regularly throughout the planting process.

Seedbed preparation should create a firm, level surface with good seed-to-soil contact. Avoid over-working the soil, which can create a fine, crusty surface that inhibits emergence. A light disking or field cultivation followed by a cultipacker often provides ideal seedbed conditions for small hay seeds.

Hay Fertilizer Spring Application Guidelines

Spring fertilizer applications set the stage for the entire growing season. Base fertilizer recommendations on recent soil test results rather than general guidelines or previous year’s applications. Soil nutrient levels can change significantly from year to year, especially in fields with high production or those that received manure applications.

Nitrogen timing requires special consideration for grass-legume mixtures. Early spring nitrogen applications can give grasses a competitive advantage over legumes, potentially reducing the legume component of the stand. In established mixed stands, delay nitrogen applications until after the first cutting to avoid overwhelming legume partners.

Phosphorus and potassium applications are generally most effective when applied in early spring before active growth begins. These nutrients move slowly in the soil, so early application allows time for root uptake as plants begin rapid spring growth. Split applications may be beneficial in high-production systems or on sandy soils prone to nutrient leaching.

Micronutrient deficiencies can limit hay production even when major nutrients are adequate. Pay particular attention to sulfur, which is often deficient in hay crops. Sulfur deficiency symptoms resemble nitrogen deficiency but appear first on younger leaves. Boron deficiency can affect legume nodulation and should be addressed based on soil test recommendations.

Equipment and Maintenance Priorities

Spring equipment preparation prevents costly breakdowns during critical field operations. Create a maintenance checklist for all hay equipment and complete inspections before the busy season begins. This proactive approach saves time and reduces stress when weather windows are limited.

Mowing equipment requires thorough inspection and maintenance. Check blade sharpness and replace or sharpen as needed. Dull blades create ragged cuts that heal slowly and increase disease risk. Inspect all guards, hold-down clips, and wear plates. Replace worn components before they fail in the field.

Tedding and raking equipment should receive attention to ensure proper hay handling. Check tine condition and replace bent or broken tines. Adjust rake settings according to manufacturer specifications and field conditions. Proper adjustment prevents excessive leaf loss and contamination with soil and debris.

Baling equipment maintenance is critical for producing quality hay. Inspect pickup teeth, belts, and chains for wear. Check bale chamber components and replace worn parts. Calibrate moisture monitors and ensure proper operation. Well-maintained balers produce consistent, properly formed bales that store better and have higher feed value.

Weather and Timing Considerations

Spring weather patterns significantly influence hay farming success. Understanding local climate trends helps farmers make better timing decisions for field operations. Keep detailed records of weather patterns, soil conditions, and operation dates to improve future planning.

Frost risk extends well into spring in many regions. Monitor weather forecasts closely and be prepared to delay operations if frost threatens newly seeded areas. Young seedlings are particularly vulnerable to frost damage, which can set back establishment by several weeks.

Soil moisture conditions dictate when field operations can begin. Working wet soils causes compaction and poor seedbed preparation. The “squeeze test” provides a simple field assessment: squeeze a handful of soil from the working depth. If it forms a ball that doesn’t crumble when poked, the soil is too wet for field operations.

Spring rainfall patterns affect both establishment and early growth. Adequate moisture is essential for seed germination, but excessive rainfall can delay planting and create disease-favorable conditions. Plan for flexibility in operation timing and have backup plans for extended wet periods.

Pest and Weed Management Strategies

Early season pest and weed management sets the tone for the entire growing season. Spring conditions often favor certain pests and weeds, making early intervention crucial for long-term success.

Weed pressure typically peaks in spring when soil disturbance and favorable growing conditions promote germination. Pre-emergence herbicides can provide effective control when applied at the right timing. Post-emergence options may be necessary for established weeds, but timing is critical to avoid crop injury.

Insect monitoring should begin early in the season. Alfalfa weevil, armyworms, and other pests can cause significant damage to young stands. Regular field scouting helps identify problems before they reach economic thresholds. Consider beneficial insects and avoid broad-spectrum treatments that disrupt natural pest control.

Disease prevention starts with variety selection and continues with proper management practices. Choose disease-resistant varieties when available and avoid practices that promote disease development. Proper plant spacing, adequate fertility, and good air circulation help prevent many common hay diseases.

Creating Your Spring Success Timeline

Developing a spring timeline helps ensure that critical operations happen at the right time. Start planning in late winter and adjust based on actual weather conditions and field observations.

Begin soil testing 4-6 weeks before planned seeding dates to allow time for lime applications if needed. Order seeds and fertilizers early to ensure availability and avoid delays. Schedule equipment maintenance during winter months when time is less critical.

Monitor soil temperatures daily once they begin approaching the 50°F threshold. Prepare seedbeds when soil conditions allow, even if seeding will be delayed. Having fields ready allows farmers to take advantage of favorable weather windows when they occur.

Track growing degree days and plant development stages to optimize management timing. This information helps predict when first cuttings will be ready and allows for better harvest planning. Consistent record-keeping improves decision-making in future seasons.

Spring hay farming success depends on careful attention to timing, proper preparation, and proactive management. By focusing on soil health, appropriate variety selection, and timely operations, farmers can establish the foundation for a productive and profitable hay season. The investment in proper spring practices pays dividends throughout the growing season in the form of higher yields, better quality, and reduced production challenges.

Remember that every farm and every season presents unique challenges and opportunities. Adapt these general principles to your specific situation and local conditions. Successful spring hay farming combines proven practices with careful observation and timely decision-making to achieve optimal results.