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Organic cultivators tend to come up when growers hit a wall with weed pressure and don’t have chemical options to fall back on. At that point, cultivation stops being optional. It becomes one of the main tools keeping fields productive.

But organic cultivation isn’t just about running a machine through the field and hoping for the best. It’s about timing, setup, and understanding how weeds behave at different stages. Once you get that dialed in, the results can be surprisingly consistent.

 

Why organic systems rely so heavily on cultivation

Without herbicides, weeds don’t get a second chance. If they aren’t controlled early, they compete fast—pulling moisture, nutrients, and light away from your crop.

That’s where a properly set organic cultivators system steps in. The goal is to disrupt weeds when they’re small, before they establish roots strong enough to survive.

It’s less about removing large weeds and more about preventing them from ever getting there. Timing matters more than anything. A pass that’s even a few days late can lead to a completely different outcome.

 

How row crop cultivators handle weed control

Most weed control with cultivation happens between the rows. A row crop cultivator is designed to move soil in a way that uproots or buries small weeds while leaving the crop intact.

Sweeps cut just below the surface. Soil shifts enough to disrupt weeds without damaging roots. That balance is what makes or breaks a pass. Too aggressive, and you risk crop injury. Too light, and weeds keep growing like nothing happened.

 

The role of precision in organic cultivation

Precision isn’t optional in organic systems. You’re working close to the crop, often multiple times throughout the season. Each pass needs to be consistent.

This is why equipment from organic cultivator manufacturers often includes fine-tuned adjustments—things like gauge wheels, guidance systems, and customizable tool placement.

These features help maintain accuracy across the entire toolbar. Because once you start drifting off line, even slightly, you either miss weeds or damage crops.

 

Early passes matter more than late ones

The first cultivation pass often sets the tone for the entire season. Small weeds are easier to control. They haven’t established deep roots yet, and a light disturbance is usually enough to stop them.

Waiting too long changes that. Larger weeds require more aggressive action, which increases the risk to your crop.

That’s why many growers plan multiple passes with a organic cultivator dealers setup, starting early and staying consistent. It’s not about one perfect pass. It’s about staying ahead of the problem.

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Soil conditions affect everything

Organic cultivation works best when soil conditions are right. Dry, crumbly soil allows tools to move cleanly through the field, uprooting weeds without clumping.

Wet soil creates problems. Instead of cutting cleanly, tools can smear or drag soil, leaving weeds partially intact.

Even a well-set organic cultivators system can struggle if conditions aren’t cooperating. That’s why timing passes around weather is just as important as equipment setup.

 

Managing in-row weeds

Between-row cultivation is only part of the picture. In-row weeds—those growing close to the crop—are harder to manage. Some setups include shields or specialized attachments to work closer to the row without causing damage.

Even then, complete control is difficult. This is where spacing, planting accuracy, and crop vigor all come into play. A strong, healthy crop can outcompete smaller weeds if cultivation handles the majority of the pressure.

A row cultivators setup that stays consistent helps reduce how much in-row competition you have to deal with later.

 

Adjusting for different crops

Not all crops respond the same way to cultivation. Corn tends to handle soil movement well, especially in early growth stages. That allows for slightly more aggressive passes.

Soybeans are more sensitive. They require tighter control and lighter passes to avoid damage. Working with a cultivator that allows quick adjustments makes switching between crops more manageable.

Ignoring those differences is where problems usually start.

 

Speed and organic weed control

Speed can help cover more acres, but it needs to be controlled. Higher speeds increase soil movement, which can improve weed disruption. But they also reduce precision. In organic systems, precision usually matters more.

Running a organic cultivators setup at a moderate, consistent speed often leads to better results than pushing too fast and missing key areas. It’s about finding a pace that keeps passes clean and consistent.

 

What a successful organic cultivation program looks like

When everything is working together, you’ll notice a pattern. Weeds are controlled early and don’t come back as aggressively. Crop rows stay intact. Passes feel predictable instead of reactive.

There’s less guesswork. A properly configured cultivator becomes part of a routine instead of a last-minute fix. That’s usually when organic systems start to feel manageable instead of overwhelming.

 

FAQs

Do organic cultivators completely eliminate weeds?
Not completely. The goal is to control weeds early and reduce competition. Some weeds may still appear, but they’re usually less impactful.

How often should you cultivate in organic farming?
It varies by field and weather, but multiple passes are common. Many growers start early and repeat as needed to stay ahead of weed growth.

Is organic cultivation harder than conventional weed control?
In some ways, yes. It requires more attention to timing and setup. But once the system is consistent, it becomes more predictable.

 

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Windrowers usually come into the picture when corn residue starts getting in the way instead of helping. After harvest, fields can be left with thick layers of stalks, leaves, and husks that don’t always break down evenly.

That uneven residue can create problems the next season. cooler soils, inconsistent emergence, and more difficult planting conditions.

Managing residue isn’t just about clearing the field. It’s about setting things up so spring planting goes smoothly.

 

Why corn residue can become a problem

Corn produces a lot of material.

After harvest, that residue sits on the surface and starts to break down. But the process isn’t always uniform. Some areas decompose faster than others, especially if residue is unevenly distributed.

Thicker patches can slow soil warming and hold moisture longer. That might sound like a benefit, but in early spring, it can delay planting or create uneven emergence.

This is where tools like windrowers and shredders start to make a difference. They help manage how residue is spread and how quickly it breaks down.

 

The goal: consistency across the field

Residue management is less about removing material and more about evening it out.

If residue is spread evenly, it breaks down more consistently. That leads to more predictable soil conditions when it’s time to plant.

A shredder windrower can help by processing residue and laying it out in a more uniform pattern. Instead of clumps or heavy patches, you get a more even layer across the field. That consistency carries over into the next season.

 

Breaking down residue vs moving it

There are two main approaches to residue management:

• • Breaking it down into smaller pieces
  • Moving it into more manageable rows or patterns

Shredders focus on sizing residue. Windrowers focus on positioning it. A windrowing shredder combines both approaches. cutting residue while also organizing it. That can be useful if you’re trying to balance decomposition with field access.

 

How residue size affects decomposition

Smaller residue breaks down faster.

When stalks are chopped into finer pieces, microbes have more surface area to work with. That speeds up decomposition.

Larger pieces take longer to break down and can interfere with planting equipment. Using a stalk cutter or similar tool helps reduce residue size, making it easier to manage over time. But size isn’t the only factor. Distribution still matters.

 

Timing your residue management pass

Timing plays a big role in how effective your residue management is. Some growers prefer to handle residue immediately after harvest. Others wait until later in the fall or even early spring.

Each approach has trade-offs.

Early passes help start the breakdown process sooner. Later passes can help address residue that didn’t decompose evenly over winter. A well-timed pass with a stover shredder can improve field conditions heading into planting.

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Equipment choice depends on your goals

Different tools handle residue in different ways. If your focus is on breaking down material quickly, shredders are usually the better option.

If you’re trying to organize residue for easier field management, windrowers come into play. Working with a windrower dealer can help match equipment to your specific needs. whether that’s speed, residue size, or field conditions. There’s no one-size-fits-all solution.

 

How residue impacts planting performance

Residue doesn’t just sit on the surface. it directly affects planting. Heavy residue can interfere with seed placement, especially if it’s uneven. Planters may struggle to maintain consistent depth, leading to uneven emergence.

A properly managed field makes planting more predictable. Running a windrowers setup that creates even distribution helps reduce those issues. It’s not about removing residue completely. It’s about making it manageable.

 

Soil health vs field readiness

Residue plays an important role in soil health. It helps protect against erosion, retains moisture, and adds organic matter as it breaks down. The challenge is balancing those benefits with field readiness.

Too much residue, or uneven residue, can create problems for planting. Too little can reduce soil protection. A consistent windrowers approach helps maintain that balance.

 

Common mistakes in residue management

A few issues tend to show up repeatedly:

• • Leaving residue uneven across the field
  • Not sizing residue enough for decomposition
  • Running equipment at the wrong time
  • Ignoring how residue affects planting equipment

Most of these problems come down to timing and setup. Small adjustments can make a noticeable difference.

 

What a well-managed field looks like

When residue is handled correctly, the field feels different. Surface conditions are more even. Planters move through without interruption. Emergence is more consistent.

You’re not fighting residue during planting. you’re working with it. A properly set windrower system becomes part of that process, helping create conditions that carry through the next season.

 

FAQs

Do you need to remove corn residue completely?
No. Leaving some residue is beneficial for soil health. The goal is to manage it, not eliminate it.

When is the best time to manage corn residue?
It depends on your system. Many growers work residue after harvest, while others adjust in spring based on field conditions.

Does residue affect planting depth?
Yes. Uneven residue can interfere with planter performance and lead to inconsistent seed placement.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

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Cultivator performance changes a lot once farm size starts increasing. What worked on smaller acreage doesn’t always hold up when you’re trying to cover hundreds. or thousands. of acres in tight windows.

That’s where high-speed setups start to come into the conversation. The idea sounds simple: move faster, cover more ground, stay on schedule. But in practice, speed affects everything. soil movement, residue flow, and how consistent your pass actually is.

So, the real question isn’t just about speed. It’s about whether a faster cultivator can still do the job right.

 

What “high speed” really means in the field

High speed cultivation isn’t just pushing the throttle forward. It’s about maintaining consistent performance while moving faster across the field.

At higher speeds, soil behaves differently. It lifts and throws farther. Residue moves more aggressively. Small inconsistencies in setup become more noticeable.

That’s why equipment built by high speed cultivator manufacturers is designed to stay stable under those conditions. Stronger frames, better residue flow, and more precise depth control all play a role.

A standard setup can sometimes handle higher speeds. But it usually starts to lose consistency as speed increases.

 

Where high speed cultivators make sense

Large farms benefit the most when timing matters. If you’re trying to get through cultivation before weeds take hold, or you’re racing weather changes, covering more acres per day can make a real difference.

This is especially true in row crop systems. A properly configured row cultivators setup running at higher speeds can keep fields cleaner without adding extra passes.

That said, speed only helps if the job is still being done correctly. Covering acres faster doesn’t matter if you’re leaving weeds behind or damaging crops.

 

The trade-off: speed vs control

There’s always a balance. As speed increases, control becomes more difficult. You have less time to react. Small bumps or uneven ground can throw off alignment. Soil disturbance becomes less predictable. That’s why guidance systems and setup precision matter more at higher speeds.

Working with a cultivator dealers team often helps dial in those adjustments. things like down pressure, sweep selection, and toolbar stability. Without that setup work, speed can create more problems than it solves.

 

Soil conditions change the equation

Not all fields handle speed the same way. Dry, consistent soil tends to work well with faster passes. You get clean movement and even results.

Wet or uneven ground is different. Soil clumps, residue drags, and depth becomes inconsistent. In those conditions, slowing down often leads to better outcomes.

Even the best cultivator setup has limits. Knowing when to back off speed is just as important as knowing when to push it.

 

Residue management at higher speeds

Residue becomes more active the faster you go. Instead of flowing evenly, it can bunch up or get thrown unpredictably. That can leave uneven coverage or interfere with your next pass.

This is where equipment from a ridge-till cultivator manufacturer or similar specialized setups can help manage residue more effectively while maintaining row structure. If residue isn’t flowing cleanly, speed tends to amplify the problem.

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Equipment durability and wear

Running faster doesn’t just affect performance. it affects wear. Higher speeds put more stress on shanks, sweeps, and the toolbar itself. Over time, that can lead to more frequent replacements or adjustments.

This is one reason larger operations often invest in heavier-duty machines built specifically for high speed work. A lighter setup might handle the workload for a while, but it usually shows wear faster under those conditions.

 

Operator experience matters more than you think

High speed cultivation isn’t just about the machine. It’s about the operator. Reading field conditions, adjusting speed on the fly, and knowing when something feels off. those skills make a big difference.

Even with advanced equipment, the person in the cab plays a major role in how effective each pass is. A well-tuned row crop cultivator paired with an experienced operator is where high speed setups really start to pay off.

 

When high speed isn’t the best choice

There are situations where slower is better. Tight row spacing, delicate crops, or fields with uneven terrain all benefit from a more controlled approach.

Organic systems are another example. If you’re relying heavily on mechanical weed control, precision often matters more than speed.

In those cases, pushing too fast can reduce effectiveness instead of improving it.

 

So are they worth it?

For large farms with consistent field conditions and tight timing windows, high speed cultivators can be a strong fit.

They help cover more ground, reduce time pressure, and keep operations moving. But they’re not a shortcut. Setup, soil conditions, and operator skill all need to line up.

A cultivator that performs well at higher speeds is one that’s been adjusted carefully. and used with a clear understanding of when to push and when to slow down.

 

FAQs

Do high speed cultivators reduce the number of passes?
Sometimes. If they’re set up correctly, you can cover more ground in less time and maintain good weed control in fewer passes.

Can any cultivator be used at high speeds?
Not always. Some setups lose stability or consistency when pushed too fast. Equipment designed for high speed tends to perform better under those conditions.

What’s the ideal speed for cultivation?
It depends on field conditions, row spacing, and equipment setup. Many operators adjust speed throughout the day based on how the field is responding.

 

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

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Cultivator setup usually looks simple from a distance. Match your rows, drop it in the ground, and go. But once you’re actually in the field, row spacing becomes one of the biggest factors in how well your pass turns out.

If spacing is off. even slightly. you’ll see it right away. Missed weeds. Soil thrown into the row. Crop damage. It doesn’t take much. Getting your configuration right upfront saves a lot of frustration later.

 

Why row spacing matters more than people expect

Row spacing controls how your tools interact with both the crop and the soil. It dictates where your sweeps run, how much clearance you have, and how aggressive you can be.

With wider rows, you’ve got room to work. You can move more soil, run larger sweeps, and still stay clear of the crop.

Tighter rows shrink that window. Suddenly everything needs to be more precise. Guidance matters more. Tool placement matters more. Even small adjustments start to have a bigger impact.

That’s where a properly set cultivator becomes less about the machine itself and more about how it’s configured.

 

Matching your cultivator to your row width

This is the first place most setups go wrong. Your toolbar needs to match your planting width exactly. Not close. Exact.

Working with a row cultivator manufacturers design usually gives you flexibility in spacing adjustments, but it still requires careful measurement. Shanks, sweeps, and shields all need to line up with your crop rows.

If your planter is set to 30-inch rows, your cultivator should mirror that spacing across the entire toolbar. Any drift creates inconsistency across passes. And inconsistency shows up fast once weeds start competing.

 

Sweep selection changes with spacing

Not all sweeps work the same across different row widths. Wider rows can handle broader sweeps that move more soil and cover more ground. That helps with weed control between rows.

Narrow rows need smaller, more controlled sweeps. You’re working in tighter spaces, so aggressive soil movement can bury crops or damage roots.

Many growers working with a row crop cultivator setup will keep multiple sweep options on hand. Switching them out based on crop stage or field conditions is pretty common. It’s not about picking one “best” setup. It’s about adjusting as conditions change.

 

Depth control and consistency

Depth is one of those adjustments that seems minor. until it isn’t. Too shallow, and you miss weeds. Too deep, and you disturb root systems or bring up wet soil that clumps.

Row spacing affects this more than people think. Narrow rows often require shallower, more consistent depth control because there’s less margin for error.

This is where equipment from a cultivator dealers network often includes gauge wheels or depth control systems that help maintain uniform performance across the toolbar. Consistency matters more than aggression.

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Guidance systems make a difference

The tighter your spacing, the more guidance matters.

Manual steering works in wider rows. But once you start tightening things up, even small steering corrections can throw off your alignment.

Modern setups from a high speed cultivator dealers often include camera guidance or GPS-assisted steering to keep rows clean and consistent.

It’s not about convenience. It’s about protecting yield. A few inches off can mean clipping roots or missing weeds entirely.

 

Adjusting for crop type

Not all crops respond the same way to cultivation. Corn gives you a little forgiveness. It’s sturdy, and early growth stages can handle some soil movement.

Soybeans are less forgiving, especially in tighter rows. You need to be more precise with depth and spacing. That’s why setups tied to a soybean cultivator often prioritize lighter passes and tighter control.

Switching between crops without adjusting your cultivator is where a lot of problems start.

 

Speed vs accuracy in different spacings

It’s tempting to push speed to cover more acres. And in wider rows, that can work. But as spacing tightens, speed starts working against you.

Higher speed means less reaction time, more soil throw, and more variability across the toolbar. A well-configured cultivator should let you move efficiently, but not at the cost of accuracy.

Sometimes slowing down slightly leads to a cleaner pass. and better results over the whole field.

 

Common setup mistakes to avoid

A few issues show up again and again:

• • Toolbar not matching planter spacing
  • Sweeps too large for the row width
  • Running too deep in early growth stages
  • Ignoring guidance in tighter rows
  • Not adjusting for different crops

Most of these aren’t equipment problems. They’re setup problems. And they’re usually fixable with small adjustments.

 

What a dialed-in setup looks like

When everything is set correctly, you’ll notice it right away.

Rows stay clean without burying crops. Soil moves consistently across the toolbar. You’re not constantly making corrections from the cab.

More importantly, your passes become predictable. That’s the real goal. Not perfection. but consistency. Because once your cultivator is configured correctly for your row spacing, everything else gets easier to manage.

 

FAQs

 

How do I know if my cultivator spacing is correct?
A quick check is to line it up over planted rows and inspect alignment across the full toolbar. Every shank and sweep should match the row pattern exactly. Even small offsets can cause issues.

Can I use the same cultivator setup for different crops?
Sometimes, but it usually requires adjustments. Crops like corn and soybeans respond differently, so spacing, depth, and sweep size often need to change.

What row spacing works best for cultivation?
It depends on your operation. Wider rows allow more aggressive cultivation, while narrower rows require more precision. Most growers choose based on crop type and equipment compatibility.

 

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

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Row cultivators tend to become the backbone of organic corn systems once weed pressure starts building. Without herbicides, there isn’t a backup plan. Every pass matters and timing becomes part of the strategy instead of something you figure out later.

Most growers don’t struggle because they lack effort. They struggle because of small details. Spacing, timing, setup. compound quickly. When those are off, weeds get ahead fast.

The right equipment doesn’t eliminate weeds entirely. It keeps them from becoming a problem in the first place.

 

Why organic corn demands a different approach

Weeds in organic systems don’t wait.

They compete early, often before corn is fully established. That means your first cultivation pass isn’t just maintenance. it’s prevention.

A properly configured row cultivators setup focuses on shallow, early disruption. You’re targeting weeds when they’re small and vulnerable.

Miss that window, and everything gets harder. Later passes require more aggressive action, which increases the risk of damaging the crop.

 

How mechanical weed control actually works

Mechanical control isn’t about pulling weeds out of the ground. It’s about disturbing them just enough so they can’t recover.

Sweeps move just below the soil surface, cutting roots and shifting soil. Small weeds dry out quickly once they’re uprooted.

A corn cultivator setup is designed to do this while staying clear of the crop row. That balance is what makes it effective. Too deep, and you disturb corn roots. Too shallow, and weeds survive.

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Timing matters more than equipment

Even the best equipment can’t fix poor timing. Weeds are easiest to control when they’re just emerging. At that stage, a light pass is often enough.

Waiting a few extra days can completely change the outcome. Larger weeds require more aggressive cultivation, which increases risk.

Working with a corn cultivator dealers team can help fine-tune your setup, but timing is still on the operator. You must be in the field at the right moment.

 

Row spacing changes everything

Row spacing affects how much room you have to work with. Wider rows allow for more aggressive cultivation. You can move more soil and cover more area between rows.

Tighter spacing requires precision. There’s less room for error, and guidance becomes more important. A well-configured row cultivator dealers setup helps match your equipment to your planting system.

Even small alignment issues can lead to crop damage or missed weeds.

 

Managing weeds close to the row

Between-row weeds are easier to handle. In-row weeds are where things get tricky. You’re working close to the crop, and there’s very little margin for error.

Some setups use shields or specialized attachments to get closer without damaging plants. Even then, complete control is difficult.

This is where crop health matters. Strong corn can outcompete smaller weeds if cultivation keeps pressure low early. A consistent row cultivators approach helps reduce how much in-row competition develops.

 

Soil conditions affect your results

Soil plays a bigger role than most people expect. Dry soil allows clean cuts. Weeds are uprooted and left exposed.

Wet soil behaves differently. It can smear or clump, allowing weeds to re-root instead of dying. Even a well-set row cultivators system struggles in poor conditions. That’s why many growers adjust timing based on moisture rather than sticking to a fixed schedule.

 

Speed vs precision in organic systems

Speed helps cover acres, but it can work against you in organic weed control. Higher speeds increase soil movement, which can improve weed disruption. But they also reduce precision.

In tighter rows or early growth stages, precision matters more. Running a row crop cultivator at a controlled speed often leads to better results than pushing too fast and missing key areas.

It’s not about finishing faster. It’s about getting a clean pass.

 

Multiple passes are part of the system

Organic weed control rarely happens in a single pass. Most growers plan multiple cultivation passes throughout the season. Each one targets weeds at different growth stages.

The first pass handles early emergence. Later passes maintain control as the crop develops. A reliable row cultivators setup makes those repeated passes more predictable. You’re not starting from scratch each time. you’re building on previous work.

 

What actually works over time

Consistency is what separates successful systems from frustrating ones. Not perfect passes. Not perfect conditions. Just consistent execution.

That means:

• • Getting into the field early
  • Adjusting based on soil conditions
  • Matching equipment to row spacing
  • Running at speeds that maintain control

A properly set cultivator system becomes part of a routine instead of a reactive tool. And once that routine is established, weed pressure becomes more manageable.

 

FAQs

Can mechanical cultivation fully replace herbicides in corn?
Sometimes, but it takes consistency. Multiple passes, good timing, and proper setup are all required to keep weeds under control.

How early should you start cultivating organic corn?
As early as possible. usually when weeds are just emerging. Early passes are the most effective and require less aggressive action.

What’s the biggest mistake with mechanical weed control?
Waiting too long. Once weeds are established, they’re harder to control and require more aggressive passes that can risk crop damage.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

Find your Hiniker Dealer today to find out more about our amazing agricultural equipment. 

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Cultivator decisions usually start with one simple question: should you go ridge till or no till? Both systems have strong followings, and both can work well depending on your soil, crop rotation, and how you manage residue.

The challenge is that the differences don’t always show up on paper. They show up in the field. How your soil warms up in spring. How weeds behave mid-season. How much adjustment you’re making from pass to pass. This is where choosing the right cultivator setup matters more than most people expect.

 

What makes ridge till different from no till?

Ridge till focuses on building and maintaining raised rows. Each season, you’re working the same ridges, clearing residue off the top, and planting directly into that zone.

No till, on the other hand, leaves the soil mostly undisturbed. Residue stays in place, and planting happens directly through it with minimal soil movement.

Both systems aim to reduce erosion and preserve soil structure. The difference comes down to how much soil you’re willing to move. and when.

A cultivator plays a different role in each system. In ridge till, it helps rebuild and maintain the ridge. In no till, it’s often used more selectively, sometimes for light weed control without disturbing the full soil profile.

 

Ridge till: where it tends to shine

Ridge till works well for growers who want more control over soil temperature and early-season conditions. Because the ridge dries and warms faster in spring, planting windows can open sooner. That alone can make a noticeable difference in certain regions.

Weed control is another advantage. By running tools that reshape the ridge mid-season, you can disrupt weeds before they take hold.

Equipment designed by a ridge-till cultivator manufacturer typically includes guidance features and row-specific adjustments that help maintain consistent ridge shape year after year.

That consistency matters more than it sounds. Once your ridges are established, the system becomes more predictable. Still, ridge till does require attention. If ridges break down or drift off line, performance drops quickly.

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No till: less disturbance, different challenges

No till systems are built around leaving soil structure intact. That means fewer passes, less fuel use, and better moisture retention over time. But it also means you’re relying more heavily on other tools. like herbicides or cover crops. for weed control.

A no-till cultivators setup is often lighter-touch. Instead of reshaping rows, it focuses on slicing through residue or managing weeds without turning over soil.

That can be a big benefit in fields prone to erosion. It can also reduce compaction caused by repeated passes. The trade-off? Cooler soils in spring and sometimes slower early growth, especially in wetter climates.

 

How row spacing affects your setup

Row spacing isn’t just a planting decision. It directly affects how your cultivator performs. If your spacing is tight, you have less room for error. Guidance becomes more important. Toolbars need to stay stable. Adjustments need to be precise.

This is where equipment from a row crop cultivator dealer often includes customizable spacing, shank positioning, and guidance systems that match your exact setup.

Wider rows allow more aggressive cultivation. Narrow rows demand more finesse. And once you commit to a spacing system, your cultivator setup has to match it exactly. Even small misalignments can lead to crop damage or missed weeds.

 

Speed changes everything in the field

Speed isn’t just about covering acres. It changes how the machine interacts with the soil. Higher speeds can improve efficiency, but they also increase the margin for error. Soil throws differently. Residue moves differently. Even small inconsistencies become more noticeable.

That’s why many growers look at equipment from high speed cultivator manufacturers when trying to balance productivity with control.

The goal isn’t just going faster. It’s maintaining consistent performance at higher speeds without sacrificing accuracy. In ridge till, speed affects how well the ridge is rebuilt. In no till, it affects how cleanly residue is handled.

 

Organic systems change the conversation

If you’re working in organic production, the choice between ridge till and no till takes on a different weight. Without chemical weed control, cultivation becomes one of your main tools. That often pushes growers toward systems that allow more mechanical intervention.

Equipment from organic cultivator manufacturers is usually designed for precision. You’re not just disturbing soil. you’re targeting weeds while protecting crops.

In these systems, ridge till can offer more consistent weed control. But it also requires more passes and more attention. No till organic systems exist, but they rely heavily on cover crops and timing. The margin for error is smaller.

 

So which system works better?

There isn’t a universal answer. It depends on how your fields behave and what problems you’re trying to solve. If early planting, soil warming, and mechanical weed control are priorities, ridge till often fits better.

If reducing passes, preserving moisture, and minimizing soil disturbance matter more, no till has a clear advantage.

Most growers end up somewhere in between. adjusting their approach field by field, season by season. A cultivator setup that works perfectly in one field might need tweaks in the next. That’s normal.

 

What actually matters when choosing

The best setup usually comes down to a few practical questions: How consistent are your soil conditions? How much residue are you dealing with? How important is early planting in your region? How comfortable are you making in-season adjustments?

Answer those honestly, and the right direction becomes clearer. Because at the end of the day, the goal isn’t to follow a system. It’s to make your fields more predictable and your passes more effective.

 

FAQs

 

Is ridge till better than no till for weed control?
Usually, yes. Ridge till gives you more opportunities to disrupt weeds during the season. That can make a big difference, especially in fields with heavy pressure.

Can you switch between ridge till and no till easily?
Sometimes, but it takes planning. Soil structure, residue levels, and equipment setup all need to be adjusted. It’s not something most growers change overnight.

Do you need different equipment for ridge till and no till?
In most cases, yes. While some setups can be adjusted, each system benefits from equipment designed specifically for how it manages soil and residue.

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 Tired of Fighting Your Farm Equipment? Let’s Make It Easier.

Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

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Forage harvest isn’t just about cutting crop. It’s about sizing, consistency, and feed quality. Livestock performance depends on uniform material. Poor sizing affects packing density, fermentation, and digestibility. That’s why equipment choice matters more than many realize.

In operations where precision matters, a forage chopper becomes more than just a cutter. It becomes a quality control tool.

 

How a forage chopper differs from basic cutting equipment

A standard mower cuts crop and leaves it in windrows. That may work for hay drying, but it doesn’t produce uniform chopped forage ready for silage or immediate feeding.

A forage chopper cuts and processes material into smaller, consistent lengths in one pass. That sizing improves packing in bunkers and reduces air pockets during storage. Better packing leads to improved fermentation. That translates directly to feed value.

 

The role of a flail forage harvester

A flail forage harvester uses rotating flails to cut and process forage efficiently. Instead of relying solely on knife drums, flails strike crop multiple times, creating consistent particle length.

This system works especially well in grass, sorghum, and lighter forage crops where flexibility and adaptability matter. Many growers prefer flail systems for their ability to handle varied crop conditions without constant adjustment.

 

Manufacturer design affects performance

Equipment durability and consistency depend heavily on build quality. Working with established flail forage harvester manufacturers ensures rotor balance, frame integrity, and cutting precision hold up under extended use.

Field conditions aren’t always ideal. Stronger build quality reduces vibration and uneven sizing across large acre runs.

Dealer support matters as well. Reliable flail forage harvester dealers provide setup guidance and service access that keeps harvest windows from slipping. Forage harvest timing is tight. Delays reduce feed quality quickly.

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When a forage harvester makes more sense

Not every forage crop requires aggressive chopping. Some systems rely on drying and baling instead. But when the goal is silage production, a dedicated forage harvester provides better control over cut length and processing consistency.

Moisture levels at harvest influence the decision. Higher moisture crops benefit most from controlled chop size and uniform distribution.

Operations feeding total mixed rations often see improved mixing performance when chop length remains consistent.

 

Capacity and field conditions

Large acreage operations need machines that maintain output without sacrificing cut quality.

Some growers compare forage units to tools like high capacity flail shredders when evaluating processing strength. While designed for different applications, capacity and rotor durability remain central considerations.

The difference lies in the goal. Shredders focus on residue reduction. A forage chopper focuses on feed consistency.

Those objectives require different internal configurations.

 

Consistency impacts feed value

Uniform chop size improves compaction in silage bunkers. Better compaction reduces oxygen infiltration. Reduced oxygen improves fermentation quality.

Inconsistent chop length creates sorting issues during feeding. Livestock may separate longer pieces from shorter ones, affecting ration balance.

Running a properly calibrated forage chopper reduces that variability. Over time, consistent processing supports steadier intake and performance.

 

Timing still matters most

Even the best equipment can’t compensate for poor timing. Harvesting too wet limits fermentation stability. Harvesting too dry reduces packing efficiency.

Operators who monitor crop maturity closely and match equipment capacity to field size typically produce the most consistent results. Equipment is only one part of the system, but it’s a major one.

 

Matching chop length to storage structure

Not every operation stores forage the same way. Bunker silos, drive-over piles, upright silos, and bag systems all respond differently to particle size and packing pressure.

Longer material can create air pockets in bunker systems, especially when packing tractors can’t achieve uniform density across the surface. Shorter, consistent chop improves compaction and limits oxygen infiltration. In bag systems, even sizing helps maintain consistent density from front to back, reducing weak fermentation zones.

Operators often underestimate how much cutting consistency affects feed stability months later. Variation of even a half inch across loads can change how tightly material packs. That difference influences temperature control during fermentation and long-term storage stability.

Moisture content interacts directly with chop length. Wetter forage compresses more easily but still requires uniform particle sizing to prevent seepage and spoilage. Drier forage demands tighter control to maintain packing density.

When harvest strategy aligns with storage structure, feed quality becomes more predictable. Equipment settings should match not just crop type, but also how and where that crop will be stored.

 

FAQs

 

Is a forage chopper necessary for all forage systems?
No. It’s most valuable in silage-focused operations where consistent particle size affects storage and feeding.

What crops work best with flail systems?
Grass, sorghum, and lighter forage crops often respond well to flail-based processing.

Does chop length really affect livestock performance?
Yes. Consistent particle size supports proper fermentation and ration uniformity.

 

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Tired of Fighting Your Farm Equipment? Let’s Make It Easier.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

Find your Hiniker Dealer today to find out more about our amazing agricultural equipment. 

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Cover crops used to be something you thought about after harvest. The combine leaves the field, residue settles, and then you decide whether there’s time left to seed. That window is getting tighter in many regions.

More growers are turning to the inter row seeder to extend that timeline. Instead of waiting until the main crop comes off, seed goes into the ground while corn or soybeans are still standing.

The idea is simple: gain extra growing days without giving up yield.

 

Why an inter row seeder changes the establishment window

Traditional fall seeding limits growth in shorter seasons. A late harvest can mean weak cover crop stands heading into winter.

An inter row seeder places seed between existing crop rows mid-season. The primary crop continues developing above, while the cover establishes underneath.

That additional time matters. Even a few extra weeks can strengthen root systems and improve winter survival. Stronger fall growth typically translates to better spring biomass.

 

Protecting the main crop during application

Running equipment through standing crops requires accuracy. Row spacing, tire width, and machine clearance all affect outcome.

Modern cover crop seeding equipment is designed to minimize plant disturbance. High-clearance frames reduce canopy contact. Precise metering maintains consistent seeding rates across rows.

The inter row seeder allows targeted placement instead of broadcast application. That improves seed-to-soil contact and germination consistency. The goal isn’t to compete with the existing crop. It’s to establish the next layer of growth underneath it.

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Species selection affects results

Not all cover crops respond the same way to mid-season seeding.

Cereal rye tolerates lower light levels and often performs well under partial canopy. Certain legumes require more exposure and may struggle if seeded too late. Brassicas respond strongly to available moisture but can be sensitive to shading.

Using a calibrated cover crop seeder ensures uniform distribution. Consistent placement helps avoid heavy competition in concentrated strips. Seeding rate should match the system. Higher rates don’t always mean better stands if moisture is limited.

 

Timing makes or breaks the pass

Crop stage drives success. In corn, many growers target later vegetative stages when canopy begins to open near the soil surface. Soybeans offer flexibility depending on row width.

The inter row seeder works best when enough light reaches the soil for germination but before harvest delays remove the opportunity entirely.

Weather matters too. Adequate moisture following application improves establishment. Dry surface conditions reduce emergence consistency. Watching the forecast often determines whether the pass delivers results.

 

How inter-row systems fit larger management plans

Many conservation-focused operations already integrate mechanical weed management tools like a row crop cultivator earlier in the season. Inter-row seeding complements that approach.

Early cultivation controls weeds. Mid-season seeding introduces living roots. Post-harvest residue remains protected. This layered approach supports soil health without relying on a single tactic.

Modern cover crop seeders are designed to fit within these integrated systems without forcing major changes to equipment flow.

 

Soil structure benefits build gradually

Earlier root growth increases soil biological activity. Living roots release exudates that feed microbial populations. Over time, this supports aggregation and improved infiltration.

Fields established with a inter row seeder often show reduced surface crusting and steadier water movement during spring rains. These improvements don’t appear overnight. They accumulate across seasons.

The advantage is subtle at first. After several years, it becomes more visible in planting consistency and soil stability.

 

Managing competition risk

One common concern is moisture competition late in the season.

Most covers seeded mid-season remain small under canopy. They accelerate growth only after the main crop matures and light increases.

A properly adjusted cover crop interseeder places seed precisely between rows, reducing direct root overlap during early establishment.

Monitoring stands helps confirm balance remains in place. When managed correctly, the system adds root mass without reducing yield potential.

 

Long-term payoff

The main advantage of inter-row seeding is time. More days of growth before winter improve stand strength and spring vigor.

Instead of scrambling after harvest, you enter winter with an established cover. The inter row seeder becomes part of a long-term soil-building plan rather than a last-minute decision.

Over several seasons, fields tend to show better structure, steadier infiltration, and more consistent early growth. That kind of improvement doesn’t come from a single practice. It comes from layering decisions that support the soil year after year.

 

FAQs

Does inter-row seeding reduce corn or soybean yield?
When timed properly and paired with suitable species, yield impact is minimal. Monitoring crop stage and moisture reduces risk.

Is special machinery required?
Yes. High-clearance equipment built for in-season application improves placement accuracy and reduces crop disturbance.

What species work best for mid-season seeding?
Cereal rye and other shade-tolerant species typically establish more reliably under partial canopy conditions.

 

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Tired of Fighting Your Farm Equipment? Let’s Make It Easier.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

Find your Hiniker Dealer today to find out more about our amazing agricultural equipment. 

You can also follow us on Facebook for the latest news and updates. 

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Nitrogen mistakes are expensive. Too little and yield suffers. Too much and input dollars disappear fast. The margin for error keeps shrinking, especially with fluctuating fertilizer prices.

That’s why monitoring systems have become more common on modern applicators. Applying nitrogen isn’t just about setting a target rate. It’s about verifying that product is moving through every line. This is where the anhydrous flow monitor plays a critical role.

It doesn’t just assume distribution is correct. It confirms it by continuously monitoring the flow of nitrogen through each line, providing real-time feedback to the operator. This verification ensures that every section of the toolbar is functioning properly, and any discrepancies, such as blockages, reduced flow, or stopped lines—are detected immediately.

By alerting the operator as soon as a problem occurs, the system prevents uneven application that could lead to poor crop growth or wasted fertilizer. With these capabilities, the monitor gives farmers confidence that nitrogen is being delivered exactly where it’s needed, helping to maximize yield and efficiency in every field pass.

 

What an anhydrous flow monitor actually tracks

An anhydrous flow monitor measures product movement through individual lines during application. If one line plugs, slows, or stops, the system alerts the operator immediately. Without monitoring, those problems can go unnoticed for acres.

Anhydrous ammonia distribution depends on consistent pressure and clear knife passages. Even small restrictions change delivery rates. A monitor ensures uniform application across the toolbar. Uniformity protects yield and prevents over-application in adjacent rows.

 

Why even small flow differences matter

Nitrogen isn’t forgiving. Uneven application creates inconsistent crop growth. One row might show strong early vigor while the next struggles.

Many operators rely on automatic rate controllers to maintain target rates across changing speeds. That controls overall output, but it doesn’t always catch line-specific issues.

That’s where pairing rate control with line monitoring becomes valuable. An anhydrous flow monitor ensures every section of the toolbar is delivering as expected.

 

Line monitoring versus rate control

It helps to separate the two systems clearly. Rate controllers adjust total application volume based on speed and prescription. Monitoring systems confirm product movement within each hose.

A nh3 flow monitor focuses specifically on ammonia delivery through individual outlets. If a blockage occurs, the operator receives an alert before significant acreage is affected.

Similarly, a nh3 line monitor tracks flow consistency within each distribution path.

Together, these systems prevent silent failures.

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Protecting investment in fertilizer

Fertilizer costs represent a major portion of crop input budgets. Applying nitrogen inaccurately either wastes product or limits yield potential.

An anhydrous flow monitor protects that investment by reducing the risk of skipped rows.

Skipped rows often go unnoticed until emergence. By that point, the opportunity to correct the issue has passed. Monitoring brings visibility to the process in real time.

 

Knife and distribution system considerations

Knives experience wear. Soil conditions vary. Moisture levels affect sealing around injection points.

Systems such as anhydrous ammonia rate controllers regulate output across speed changes. Still, a blocked knife can interrupt flow regardless of rate settings.

An anhydrous line monitor detects those interruptions quickly. Operators can stop, clear the issue, and resume with minimal loss.

 

Reducing environmental risk

Over-application increases leaching risk. Under-application reduces yield efficiency. Balanced distribution reduces both concerns.

Using an anhydrous flow monitor helps maintain accurate placement, especially in fields with variable terrain where pressure changes are common.

Uniform delivery supports crop uptake efficiency and reduces waste.

 

Calibration and setup still matter

Monitoring systems are not a substitute for calibration. Pressure checks, hose inspections, and equipment maintenance remain part of good practice.

Operators who combine physical inspection with monitoring technology tend to see the most consistent results. The monitor provides awareness. The operator still controls execution.

 

Long-term yield consistency

Fields with consistent nitrogen distribution typically show more uniform growth patterns. Even stands reduce management headaches later in the season.

Integrating monitoring into nitrogen application builds repeatable performance across acres. Small adjustments during application prevent larger corrections later.

 

FAQs

 

Is a flow monitor necessary if I already use rate control?
Yes. Rate control manages total output, but monitoring confirms each line is delivering product evenly.

Can monitoring detect partial blockages?
Yes. Most systems detect changes in flow rate, not just full stoppages.

Does monitoring slow down application?
No. It alerts the operator only when irregularities occur, allowing timely corrections without routine interruption.

 

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Tired of Fighting Your Farm Equipment? Let’s Make It Easier.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

Find your Hiniker Dealer today to find out more about our amazing agricultural equipment. 

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Residue management isn’t limited to corn stalks after harvest. Road ditches, cover crops, orchard floors, pasture edges, and specialty crop systems all generate vegetation that needs controlled sizing. That’s where flail mowers fit into the conversation.

They’re not built for inversion tillage. They’re not meant to rip soil open. Their job is controlled cutting and even distribution of plant material across a field surface.

And in the right conditions, that makes a difference. When residue is managed with precision, you create a more uniform field surface that benefits both crop establishment and future field operations. For example, using flail mowers to evenly distribute plant material can minimize clumping, reduce the risk of disease, and improve soil contact for faster decomposition.

This level of control is especially valuable in conservation tillage systems or on fields preparing for sensitive crops, as it enhances the effectiveness of subsequent passes with planters, sprayers, or other equipment. Ultimately, integrating flail mowers into your management strategy under suitable field conditions leads to better agronomic outcomes and greater operational efficiency.

 

Why flail mowers work differently than rotary systems

Rotary cutters tend to swing blades in wide arcs. They knock material down quickly but often leave uneven pieces behind. Long strands can remain intact, which slows decomposition.

Flail mowers use multiple small flails attached to a rotating drum. Instead of one heavy impact, residue receives repeated strikes. That action creates smaller fragments and a more uniform spread.

Uniform sizing helps residue settle closer to the soil. That improves breakdown and reduces interference with future equipment passes. The difference becomes noticeable when planting or spraying the next crop.

 

Where flail mowers make the most sense

Fields with heavy cover crops are one clear example. Terminating rye, clover, or mixed species stands with consistent sizing improves surface conditions before planting.

Pasture renovation projects also benefit. Thick vegetation can be reduced evenly without deep disturbance.

Even orchard and vineyard operations rely on flail mowers to maintain floor management between rows. The common thread is surface control without soil inversion.

 

Managing high biomass efficiently

Some seasons produce exceptional biomass. High-yield corn, dense cover crops, or neglected pasture can create thick surface layers.

In those cases, growers often compare tools like high capacity flail shredders to standard mowing equipment. Capacity matters when acres need to move quickly without sacrificing cut quality.

Heavier-duty builds handle thick material without vibration or uneven discharge. The goal is consistent reduction, not simply flattening vegetation.

 

Equipment design affects durability

Not all machines hold up the same under heavy field conditions. Working with reputable flail mower manufacturers makes a difference in rotor balance, housing strength, and long-term wear patterns.

Similarly, selecting equipment from an experienced flail shredder manufacturer helps avoid common structural issues like frame flex or uneven cutting height. Durability shows up over seasons, not just in the first pass.

 

 

Integrating residue cutting with other tools

Many operations pair mowing with additional surface management. A properly timed pass with a stalk cutter may precede mowing in heavy corn systems.

In livestock-heavy regions, a stover shredder can further size leftover residue for faster decomposition or grazing access.

The point isn’t to stack equipment unnecessarily. It’s to match tools to material volume and field goals. A well-timed mowing pass often reduces the need for aggressive follow-up work.

 

Soil impact stays minimal

One advantage of flail mowers is limited soil disturbance. The flails contact vegetation, not the soil profile itself. That makes them suitable for conservation systems where maintaining soil structure is a priority.

Surface residue remains in place. Microbial activity increases as material breaks down. Erosion risk stays controlled as long as sufficient cover remains. It’s management, not disruption.

 

Timing and moisture matter

Dry material cuts cleaner and distributes more evenly. Wet vegetation can clump and resist uniform discharge.

Planning mowing passes around weather windows improves performance. Operators who treat vegetation management as part of seasonal planning — not just cleanup — tend to see better long-term results.

Consistent cutting height also affects regrowth control in pasture systems and volunteer crop suppression in row crop rotations.

 

Long-term field consistency

Vegetation left unmanaged becomes unpredictable. Thick patches, uneven breakdown, and equipment interference follow. Incorporating flail mowers into regular field management creates a more consistent surface year after year.

Uniform residue sizing improves planting conditions. Even distribution supports microbial breakdown. Equipment runs smoother in following passes.

It’s not dramatic. It’s steady improvement over time. And in field operations, steady usually wins.

 

FAQs

 

Are flail mowers only used after harvest?
No. They are commonly used for cover crop termination, pasture maintenance, orchard floor management, and roadside vegetation control.

Do flail mowers replace shredders?
They overlap in function, but flail systems focus on consistent surface sizing rather than aggressive stalk reduction alone.

Will mowing remove protective residue?
No. Properly adjusted equipment sizes material without stripping surface cover from the field.

 

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Tired of Fighting Your Farm Equipment? Let’s Make It Easier.

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Reach out to us online at Hiniker to fill out a form or call us at 507-625-6621 

We are here to assist you with all your farm equipment needs.  We carry the latest equipment, whether it’s cultivators, cover crop seeders, rate controllers, shredders, windrowers, or a forage chopper.

Find your Hiniker Dealer today to find out more about our amazing agricultural equipment. 

You can also follow us on Facebook for the latest news and updates.