What to Look for in a High Tunnel Inflation Kit (Before You Buy a High Tunnel Kit)

Thinking about investing in a high tunnel kit with a double-layer system? 

Not all setups are created equal, and the difference often comes down to the quality of the inflation components. While many kits are labeled “double-layer,” the actual performance can vary significantly
depending on how the system is built.

What to Look for in a High Tunnel Inflation Kit

Not all “double-layer” systems are the same. If you’re comparing kits, look for:

• A dedicated inflation fan
• A sealed air path between the layers (we call it a jumper)
• Proper attachment systems (channel and wiggle wire, not improvised fastening)
• Tight installation details, especially at endwalls and corners

If the system can’t hold pressure, it won’t stay tight, and you lose most of the benefits. Learn more in our latest article. 

Choose the Right High Tunnel Kit by Starting with the Right Inflation System

When evaluating a high tunnel kit, the inflation system is one of the most important factors in long-term performance. A properly designed setup, featuring a dedicated fan, sealed air pathways, and secure attachment systems, ensures the plastic stays tight, stable, and effective in real-world conditions.

Ready to make a smarter investment in your high tunnel kit? Reach out to our team to compare options, review system details, and find a setup designed for durability, efficiency, and long-term success in your growing environment.

How Inflation Impacts High Tunnel Kit Longevity (And Why It Matters More Than You Think)

Are you noticing wear and tear on your greenhouse plastic sooner than expected? 

Wondering why some structures seem to last for years while others need frequent repairs or replacement?  If you’re investing in a high tunnel kit, understanding what actually impacts longevity can save you time, money, and frustration.

How Inflation Affects Longevity

Greenhouse plastic doesn’t usually fail all at once, it wears down over time. And most of that wear isn’t

just from UV exposure, but from constant movement.

An inflated, double-layer system keeps the plastic tight and stable, which significantly reduces wear. Without all the flexing, rubbing, and shifting, the material simply lasts longer.

With a loose single-layer system, the opposite happens. The plastic is more prone to:

• Rubbing against the frame and itself
• Stretching unevenly over time
• Breaking down faster, especially in windy conditions

Learn more about how single vs. double-layer plastics affect your high tunnel in our latest article. 

Protect Your Investment with the Right High Tunnel Kit Setup

When it comes to getting the most out of your high tunnel kit, longevity isn’t just about the materials, it’s about how those materials perform over time. An inflated, double-layer system helps reduce the constant movement that leads to premature wear, giving you a more durable and reliable structure season after season.

Ready to get more life out of your high tunnel? Connect with our team today to explore options, ask questions, and find a solution designed to hold up for the long haul.

High Tunnel Design and Materials: What Actually Impacts Performance

Not All High Tunnels Are Built the Same—Here’s What Matters

Are you comparing High Tunnel options and wondering what actually makes one better than another? It’s easy to focus on price—but long-term performance comes down to design, materials, and structural integrity.

Understanding these differences can help you avoid costly repairs and build a High Tunnel that lasts for years.

The Backbone of Every High Tunnel: The Steel Frame

The strength of a High Tunnel starts with its frame. Galvanized steel arches form the structure,

supported by purlins, bracing, and truss systems that distribute wind and snow loads.

Key factors to consider include:

• Tube diameter for stiffness
• Wall thickness for durability
• Galvanization to prevent corrosion

A well-braced frame often matters more than minor differences in steel size. Strong internal connections help the entire structure perform as one unit.

Gothic vs. Quonset: Choosing the Right Shape

High Tunnel shape affects everything from snow shedding to usable space.

Gothic tunnels feature a peaked roof, making them ideal for:

• Snowy climates
• Taller crops and trellising
• Improved vertical space

Quonset tunnels have a rounded shape and are:

• More cost-effective
• Simpler in design
• Better suited for mild climates

Both can perform well—it depends on your environment and growing needs.

Why Endwall Construction Matters

Endwalls often experience the most wear and stress. While wood framing is common, it can loosen and shift over time.

Steel-framed endwalls offer:

• Greater durability
• Better structural integrity
• Longer-lasting performance

Over the lifespan of a High Tunnel, this difference becomes significant.

Ventilation: The Key to Crop Health

A High Tunnel’s ability to regulate temperature is critical. Without proper ventilation, heat can build quickly—even on mild days.

Effective systems include:

• Roll-up sidewalls for airflow
• Endwall vents to release heat
• Optional thermostatic controls for automation

Automated ventilation helps maintain consistent conditions and reduces crop stress. 

Plastic Covering: More Than Just a Roof

The polyethylene covering controls light, temperature, and durability.

A double-layer inflated system is often the best choice because it:

• Improves insulation
• Reduces heat loss
• Prevents flapping and wear

Using UV-stabilized plastic and reinforced materials in high-use areas can extend the lifespan of your High Tunnel.

Site Selection and Anchoring

Even the best High Tunnel won’t perform well in the wrong location.

Prioritize:

• Good drainage
• Protection from strong winds
• Full sun exposure

In some cases, additional anchoring (like duckbill anchors) may be needed—especially in sandy or exposed sites.

Invest in Long-Term Performance with a High Tunnel

A High Tunnel isn’t just a structure—it’s a system. The right combination of materials, design, and placement will determine how well it performs year after year.

Cutting corners upfront often leads to more maintenance and lower reliability over time. You can learn more in our latest article.

Ready to Build a High Tunnel That Lasts?

If you’re evaluating High Tunnel options or want help choosing the right materials and design, our team is here to help. Contact us today to build a High Tunnel that delivers consistent results for seasons to come.

Choosing the Right High Tunnel Size and Layout for Your Farm

 Is Your High Tunnel Size Setting You Up for Success—or Frustration?

Are you trying to decide what size High Tunnel makes the most sense for your farm or garden? It might seem like a simple choice—but the wrong size can make ventilation harder, limit efficiency, and complicate your workflow.

The truth is, your High Tunnel size impacts everything from crop layout to temperature control. Getting it right from the start can save you time, labor, and long-term headaches.

Why High Tunnel Size Matters More Than You Think

A High Tunnel is designed to create a protected growing environment using a steel frame and polyethylene covering—but its performance depends heavily on its dimensions.

Width and length directly influence:

• Airflow and ventilation
• Bed layout and accessibility
• Ease of daily operations
• Overall crop productivity

Finding the Right Width

Most High Tunnel widths range from 14 to 30 feet or more. Smaller tunnels work well for backyard growers, while larger widths are better suited for commercial production.

For many farms, a 30-foot-wide High Tunnel has become the standard. It offers enough space for efficient bed layouts while still being manageable to ventilate using roll-up sides.

Wider tunnels provide more growing space—but they also require stronger framing and more careful climate control planning.

Optimizing Length for Efficiency

High Tunnels are typically built in lengths like 48, 72, 96, or 120 feet. Longer tunnels maximize growing space without requiring additional endwalls, making them more efficient overall.

However, if a tunnel becomes too long without proper planning, it can create challenges with airflow, access, and crop management.

Designing a Functional Bed Layout

Most growers use permanent beds about 30 inches wide with walkways between them. In a 30-foot  

tunnel, you can typically fit:

• 4 beds with wide walkways
• 6 beds with comfortable spacing
• 8 beds with tighter access

Keep in mind that the edges of your High Tunnel are often less productive, so using perimeter space for walkways can improve efficiency.

Start Small, Scale Smart

While many growers eventually expand, starting with a manageable High Tunnel allows you to learn how it performs across seasons.

A common starting point is a 30x96 High Tunnel, which balances productivity with ease of management.

The goal isn’t to maximize square footage—it’s to build a system you can manage comfortably and consistently. Learn more about high tunnels in our latest article. 

Build Around Your Workflow | High Tunnels

The best High Tunnel is one that fits seamlessly into your daily operations. When your layout, size, and airflow all work together, everything—from planting to harvesting—becomes easier.

Ready to Plan Your High Tunnel Layout?

If you’re unsure what High Tunnel size or layout is right for your space, we can help. Reach out today for expert guidance tailored to your farm, your crops, and your long-term goals.

Why Pathogen Control is Unique Inside a High Tunnel

Have you ever wondered why disease pressure can feel more intense inside your High Tunnel, even though crops are protected from the elements? 

If you’re doing everything “right” but still seeing fungal or bacterial issues pop up, you’re not alone. High tunnels create a productive growing environment—but without proper management, that same protection can also create ideal conditions for pathogens to thrive.

Why Pathogen Control Is Unique Inside a High Tunnel

A High Tunnel creates a semi-controlled environment that protects crops from wind, rain, and extreme 
temperatures—but that protection can also favor pathogens if conditions aren’t managed carefully. Unlike open-field production, moisture and heat can become trapped, creating ideal conditions for fungal and bacterial diseases.

Common tunnel-related pathogens thrive when:

• Humidity remains consistently high
• Leaf surfaces stay wet for extended periods
• Air circulation is limited
• Temperatures fluctuate rapidly

Learn about climate management and sanitation tips for your high tunnel in our latest article! 

 Take Control of Pathogens Inside Your High Tunnel

Understanding why pathogen control is unique inside your High Tunnel is the first step toward healthier crops and more consistent yields. With the right balance of climate management and sanitation, you can reduce disease pressure before it becomes a problem.

Have questions? Reach out! We love to help our growing community.

Who Qualifies for the NRCS High Tunnel Initiative? Find Out If You're Eligible

Are you a grower looking to extend your season and protect your crops with a high tunnel? 

Wondering if you’re eligible for federal support to make it happen? 

The NRCS High Tunnel Initiative offers financial assistance and technical guidance to help farmers and ranchers install high tunnels—but not everyone qualifies.

Who Qualifies for the NRCS High Tunnel Initiative?

Eligibility for the NRCS High Tunnel Initiative depends on several factors, including your farm size, 
crop types, and conservation plan. To qualify, applicants must:

• Be an agricultural producer—you must be actively engaged in farming or ranching.
• Have an NRCS-approved conservation plan—this ensures that your high tunnel will support soil, water, and resource conservation goals.
• Install the high tunnel on eligible land—the location must meet NRCS guidelines for construction and environmental safety.

It’s important to note that NRCS provides both financial assistance for materials and technical guidance to ensure the high tunnel is properly installed and managed for maximum efficiency. Learn more in our latest article. 

Take the Next Step Toward Your High Tunnel

We’re here to help you navigate the NRCS High Tunnel Initiative from start to finish. Whether it’s guidance, advice, or hands-on support to get your NRCS-approved high tunnel installed, we’ll work with you to turn your growing goals into reality. Check out more details on our NRCS page.

Ready to grow smarter, longer, and better? Roll up your sleeves with Nifty Hoops and let’s get your high tunnel up and thriving!

Winter-Proofing Tips for Your Gothic Hoop House

 Is your gothic hoop house ready to take on the cold?

Once your structure is clean and secure, focus on keeping it insulated and managing snow effectively. These steps help ensure your plants stay protected even through harsh winter storms.

Step 1: Add Insulation and Seal Drafts

Every small gap can make a difference in maintaining warmth. Seal cracks or openings near doors, 
vents, and baseboards with weatherproof tape or caulk. Maintain adequate soil moisture—moist soil absorbs and retains more heat than dry soil, helping stabilize internal temperatures.

For added protection, use row covers or floating fabric over your crops to trap heat and buffer against overnight temperature drops. A well-insulated gothic hoop house helps prevent soil from freezing and allows for successful winter production of cold-tolerant crops.

Step 2: Manage Snow and Ice Buildup

The steep roof of a gothic hoop house naturally sheds snow, but during heavy storms, you’ll want to stay proactive. Retained heat in the soil can create a thin melted layer under the snow, helping it slide off. If snow lingers, gently tap the underside of the plastic to encourage it to shed.

A snow rake can help too—just be careful to avoid puncturing your cover. Alternatively, have two people “floss” a rope back and forth along the roof to loosen snow safely. Clear gutters and remove any that could trap snow or ice before storms hit. Keep the area around the tunnel accessible for equipment in case you need to remove snow buildup along the base.

Why the Gothic Design Excels in Winter

The gothic-style high tunnel was designed for these exact challenges. Its tall, peaked roof sheds snow efficiently, reduces wind load, and improves light penetration during short winter days. Combined with proper maintenance and insulation, it’s the ideal choice for growers who want year-round productivity in cold climates.

Learn more about taking care of your hoop house this winter in our latest article!

🌿 Grow Strong All Winter Long With A Gothic Hoop House

Preparation now pays off later. With regular maintenance and a few smart upgrades, your gothic hoop house can thrive even under snow and ice.

Need expert guidance or winter maintenance supplies? Reach out to our team for professional advice and solutions to keep your crops protected and your structure strong.

Winter High Tunnel Gardening

Are you looking for ways to keep your garden producing even when the Midwest winter sets in? 

Curious how some growers are able to harvest fresh greens and herbs while others’ gardens lie dormant under frost and snow? 

High tunnels are the secret to extending your growing season, protecting crops from harsh weather, and maintaining fresh, nutrient-rich produce throughout winter.

What to Plant in a High Tunnel in Winter

While winter in the Midwest is harsh, high tunnels make it possible to keep producing. Focus on cold-

hardy crops that thrive in lower light and cooler temperatures.

• Leafy greens: Spinach (a standout for overwintering), kale, mache
• Brassicas: Mustard greens, Asian greens (tatsoi, mizuna)
• Herbs: Parsley and chives can often survive through winter in tunnels

Planting Timeline (Midwest, Winter):

• November – December: Sow spinach, and baby greens  and mache for harvest in late winterearly spring
• December – January: Protect existing crops with row covers to maintain growth
• February – March: Transplant kale, swiss chard, and head lettuces Start cool-weather seedlings inside the tunnel for an early spring harvest
• April–May: Transplant tomatoes, peppers, eggplants, and cucumbers, in the hoophouses under row covers or low tunnels to get an early start on the summer harvest

Learn more about the best times to plant in your high tunnel in our latest article! 

Keep Your Winter Harvest Thriving with a High Tunnel

Don’t let winter slow down your harvest. With the right cold-hardy crops and proper planning, your high tunnel can keep producing fresh, healthy vegetables all season long. If you’re ready to get started, get your high tunnel quote on our website! 

Fall Planting in a High Tunnel

Are you wondering how to keep your high tunnel productive as summer winds down? 

Curious which crops thrive in cooler temperatures and can withstand the first frost? 

If you’ve been looking for ways to extend your growing season and enjoy fresh produce well into fall, you’re not alone. Midwest growers rely on high tunnels to outsmart unpredictable weather and maximize their harvest, and with the right fall planting plan, you can too.

What to Plant in a High Tunnel in Fall

As summer winds down, it’s time to transition your high tunnel to cool-weather crops. Here are the best
options for Midwest growers:

• Leafy greens: Spinach, kale, lettuce, Swiss chard
• Root vegetables: Carrots, beets, radishes, turnips
• Brassicas: Broccoli, cauliflower, cabbage, bok choy
• Herbs: Cilantro, parsley, dill

Planting Timeline (These Fall date-ranges are for lower Michigan - adapt them to your climateMidwest, Fall):

• Mid-Late August – Early September: Bunching kale, swiss chard, spinach, beets, carrots
• September – October: Head lettuce, spinach, radishes, turnips, herbs
• October – November: Direct-seeded baby Cold-hardy greens like lettuce, mizuna, mustard, and kale. (Spinach and kale for overwintering.)

Learn more about crop rotation and best planting timing in our latest article! 

Extend Your Fall Harvest with a High Tunnel: Plan Your Planting Today!

With the right crops and timing, your high tunnel can keep producing fresh, healthy vegetables well into the cooler months. Don’t let the season slip by—plan your fall planting today!

Get your high tunnel quote! 

How High Tunnels Improve Plant Health

Wondering why some farms seem to grow healthier, hardier plants year after year?

Curious how flowers can thrive even in unpredictable Midwest weather? 

The secret might just be a high tunnel.

By creating a more controlled growing environment, high tunnels offer more than just season extension—they actively contribute to stronger, more resilient plants. Here’s how they help improve plant health and yield:

Improved Plant Health

By controlling the environment, high tunnels reduce disease pressure and pest infestations. This means 

healthier plants and higher-quality yields. Studies have shown that plants grown inside high tunnels experience less disease and produce higher-grade cut flowers!

Want proof? Just check out the vibrant blooms at Delight Flower Farm in Illinois.

Maggie Taylor, the creative force behind the farm, has turned her high tunnels into a haven for lush, top-tier flowers. She’s a builder of community, a mentor, and a total powerhouse in the world of local farming—and we’re proud to have helped her bring that vision to life.

Learn more about expanding your growing season and boosting plan health in our latest article. 

Ready to Grow Healthier Plants with a High Tunnel?

If you're dreaming of stronger stems, fewer pests, and higher-quality crops, a high tunnel could be your best next step. Whether you're growing food, flowers, or both—controlled conditions lead to better results.

Grow with us at Nifty Hoops—and let your plants (and profits) flourish.

What Makes Our Hoop Houses More Durable Than Others

A hoop house is an investment—but is yours built for long-term success? 

Will it stand strong against harsh weather, heavy use, and changing seasons? 

The truth is, not all hoop houses are created equal, and choosing the right one can make all the difference in protecting your crops and maximizing your farm’s productivity. 

High-Quality American-Made Steel for Superior Strength

Our hoop houses are constructed using heavy-duty, galvanized American-made steel parts, ensuring 
longevity and resilience against the elements. The framework is built with Allied GatorShield tubing, the highest-quality American-made steel tube, designed to resist corrosion and maintain structural integrity over time.

Secure and Long-Lasting Plastic Attachment System

Many designs rely solely on wiggle wire for plastic attachment, which can wear out over time. Our system uses heavy-duty aluminum quick-locks at the hipboard, offering a significantly more durable solution for securing overhead plastic.

Reliable Ventilation Systems for Long-Term Performance

Ventilation is an important aspect of any hoop house, and we use long-lasting DC ventilation motors for both curtain and louvered vent systems. These motors are built for reliability and energy-effiency, ensuring consistent airflow to maintain an optimal growing environment season after season.

Learn more about what makes Nifty Hoops durable structures built to last, here. 

Stronger, Smarter, Built to Last Hoop Houses

Durability isn’t just a feature—it’s the foundation of every hoop house we build. With premium materials and expert craftsmanship, Nifty Hoops delivers structures that provide long-term protection and performance.

Fill out our quote form to start growing with us today! 

Hoop Houses vs. Green Houses: What's the Difference?

Do you want to maximize crop production while keeping costs low? 

Understanding the differences between these two structures can help you make the right choice for your farm or garden.

Hoop Houses vs. Greenhouses: What's the Difference?

While both hoop houses and greenhouses serve similar purposes, there are some key differences 
between the two. Here’s a quick breakdown:

Construction: Hoop houses are typically made with steel bows and covered with a flexible polyethylene film. They are usually temporary structures and don't require concrete footings. On the other hand, greenhouses are more permanent, with solid walls made from materials like glass or polycarbonate, and often include a concrete foundation.

Growing Methods: Hoop houses are primarily used for growing plants directly in the ground. Greenhouses, on the other hand, are often designed for growing plants on tables or other elevated surfaces.

Cost and Maintenance: Hoop houses are generally more cost-effective than greenhouses. They require less maintenance and space, making them a practical option for small-scale farmers.

Learn more about the advantages of hoop houses in our latest article! 

Grow Smarter with an NRCS-Approved Hoop House

If you're looking for an affordable way to boost production, protect your crops, and qualify for NRCS funding, an NRCS-approved hoop house might be your best bet! These structures offer flexibility, efficiency, and cost savings—helping you grow more with less hassle.

🌱 Ready to get started? Nifty Hoops specializes in NRCS-approved hoop houses and can guide you through the process from start to finish. 

Assignment of Payment with Nifty Hoops

Struggling to finance your high tunnel project upfront? 

What if there was a way to ease the financial burden?

We understand that cash flow can be a challenge for many growers. That’s why we offer an Assignment of Payment option for those receiving NRCS funding and opting for a complete install (Community Build or Full Installation).

How Assignment of Payment Works:

Deposit: Growers pay a 30% deposit at the time of signing. 

Cost Assistance: We float a portion of the remaining project cost covered by your NRCS funding. 

Reimbursement: After your structure passes inspection, NRCS funding goes towards your remaining balance.

We can help to cash flow the project cost , making it easier to bring your high tunnel project to life.

Learn more about how our team guides you through the NRCS approval process here!  

Ask Us How We Work with NRCS! 

Ready to make your NRCS high tunnel project a reality?

For those receiving NRCs funding, and hiring Nifty Hoops for a complete install, we can set up an Assignment of Payment with NRCS. Our Assignment of Payment option ensures you don’t have to navigate the financial strain alone. 

Contact us  today to learn more about our financing options and how we can guide you through every step of the NRCS process. Let’s build your high tunnel together!

The Problem: Our Fragile National Food System and the Solution

Have you ever wondered where the food in your grocery store comes from? 

What happens if the region responsible for most of our winter produce faces a crisis?

Did you know that over two-thirds of the produce Americans consume in winter comes from the Imperial Valley of California? This single small valley, located at the end of the Colorado River, supplies much of the nation’s winter produce.

This reliance on one region introduces:

• High transportation costs that drive up food prices.
• Resource strain from long-distance shipping.
• Increased risk to our food supply due to drought, labor shortages, and other challenges.

It’s clear: our food system needs a transformation.

The Solution: Hoop Houses

Hoop houses, also called high tunnels, are semi-permanent structures made of a steel frame and a clear 

covering. They create a controlled environment for growing crops, extending the growing season and protecting plants from harsh weather.

Hoop Houses:

• Reduce the need for long-haul transportation, lowering costs.
• Decrease impact from transportation.
• Utilize resources more effectively compared to traditional open-field farming.
• And so much more! 

Learn more about the benefits of hoop houses in our latest article. 

Building Resilience with a Hoop House Kit

A hoop house kit isn’t just an investment in farming—it’s a solution to our fragile food system. By growing fresh, local produce year-round, you can reduce reliance on distant food sources, lower costs, and strengthen local food security.

Ready to take the first step? Contact our team to learn how to get started! 

Game-Changing Benefits of Hoop Houses

Imagine a future where your community relies less on distant food sources and builds a resilient, local food system. This future is possible with hoop houses.

Hoop houses, also known as high tunnels, are semi-permanent structures made from a sturdy steel frame and a clear covering. They create a controlled growing environment, shielding crops from harsh weather and extending the growing season. With a hoop house, farmers can plant earlier in the spring, harvest well into late fall and winter, and significantly increase their yields.

But the benefits of hoop houses go beyond just farming—they bring transformative changes to communities and local economies.

Strengthening Resilient Supply Chains while Enhancing Resource Efficiency

By enabling year-round local food production, hoop houses reduce the need for long-haul 
transportation. This not only lowers costs but also ensures food supply chains remain reliable, even during disruptions.

Hoop Houses facilitate a more efficient approach to growing:

• Decrease impact by reducing transportation distances.
• Utilize resources more effectively compared to traditional open-field farming.

Boosting Local Economies

When food dollars stay local, they support small farmers and create jobs, strengthening the backbone of local communities. Hoop houses empower farmers to meet demand while sustaining their livelihoods.

Learn more about the game-changing benefits of hoop houses in our latest article. 

The Future of Farming with Hoop Houses

Hoop houses are more than a tool—they’re a catalyst for growth, resilient communities, and economic strength. By embracing this innovative solution, we can create a more secure, local, and resource-efficient future for food production.

Want to learn more about how hoop house kits can transform your farming operations? Contact our team to find the perfect structure for your needs! 🌱

The Golden Standards for High Tunnels

Are you worried about how your high tunnel will hold up during heavy snowfalls?

Or maybe you're concerned about strong winds damaging your structure over time?

Choosing the right high tunnel for your farm isn’t just about covering crops—it’s about building something reliable that will last. 

The Gothic Frame: Ideal for Snowy Climates

If your farm is located in an area that gets heavy snow, you’re going to love our Gothic frame design. 


This shape isn’t just about aesthetics—the pointed arch of the frame is a practical solution for snow-heavy regions. Snow tends to slide off the Gothic frame, reducing the risk of damage due to snow buildup.

Why 4' On-Center Bow Spacing is the Gold Standard

We’ve worked on enough high tunnels to know that bow spacing can make or break the structure. Wider bow spacing might be tempting because it cuts down on the number of bows needed, but we’ve seen firsthand how it can lead to disasters during severe weather events. Even in milder climates, too much space between bows weakens the structure over time.

Trusses and Cross Braces: Critical for Stability and Versatility

For farms in areas with high wind or snow loads, we recommend adding trusses and cross braces to your high tunnel. These components serve as the internal support system, helping to distribute the weight of snow and wind evenly across the structure. Not only do they provide critical stability, but they also make your high tunnel more versatile by offering support for trellised crops like tomatoes or cucumbers.

Learn how YOU can choose the perfect high tunnel for your farm in our latest article! 

The Smart Choice for Stability: Explore Our High Tunnel Kits

Whether you're facing heavy snow or high winds, these standards provide the strength and versatility your crops need to thrive year-round. 

Ready to invest in a high tunnel kit that offers long-lasting stability and peace of mind? Explore our range of high tunnel kits and discover the perfect fit for your farm today!

Why We Choose Bolt-Together Assemblies

Have you ever worried about your high tunnel coming loose in harsh weather? 

Notice other structures weakening over time and want to avoid that for your own?

When it comes to ensuring the long-term stability of your high tunnel, the way it's assembled plays a crucial role. 

Why We Choose Bolt-Together Assemblies

When it comes to how your high tunnel is assembled, bolt-together systems have a clear edge over 
strap-together alternatives. We’ve chosen to go with bolt-together assemblies for several reasons:

They don’t slip: Once bolted together, our assemblies stay secure. You don’t have to worry about things loosening over time, which can happen with straps and clamps.

They’re stronger: A bolted connection is simply more durable, especially in rough weather conditions. This added strength gives you peace of mind that your tunnel will hold up when it matters most.

Learn how YOU can choose the perfect high tunnel for your farm in our latest article!

Secure Your Farm's Future with a Bolt-Together High Tunnel

Ready to build a stronger, more reliable high tunnel for your farm? 

By choosing a bolt-together high tunnel kit, you’re investing in a structure designed for long-lasting durability and strength. Whether you’re dealing with harsh weather or just want peace of mind knowing your high tunnel will stay secure, a bolted assembly ensures your tunnel will stand the test of time. 

Explore our high tunnel kits and learn how you can make the best choice for your growing needs! Reach out today to learn more.

How High Tunnels Support Local Food Economies

Have you ever wondered how farmers in colder climates can produce fresh vegetables?

Or how local farms can supply produce year-round without relying on imports from warmer regions? 

The answer often lies in high tunnels. If you’re looking to boost your farm’s productivity and contribute to a more resilient local food system, understanding the benefits of high tunnels is key.

What Are High Tunnels?

High tunnels are unheated structures designed to extend the growing season for cold-tolerant and warm-
season crops. Typically made with steel bows and covered with polyethylene film, high tunnels are built without concrete footings. Their design allows for the protection of crops from wind and rain, reducing stress, and minimizing the risk of fungal pathogens and pests.

Supporting Local Food Economies

High tunnels do more than just benefit your farm; they play a key part in localizing food economies. Currently, a significant portion of the produce consumed in the United States during winter comes from distant regions like the Imperial Valley of California. This reliance on far-flung food sources introduces risks and costs to the national food system. By using high tunnels to produce food locally, you can keep your food dollars within your community, supporting local livelihoods and reducing the environmental impact of transporting food over long distances.

Learn more about the benefits of high tunnels in our latest article! 

High Tunnels Support Local Food Economies

Whether you're aiming to grow fresh produce year-round or help reduce your community’s carbon footprint, high tunnels provide a path toward a more resilient and localized food system. With their wide-ranging benefits, high tunnels can be a vital tool for both novice and experienced farmers looking to make a positive impact.

Contact our team to learn more or fill out a quote form! 

The Benefits of High Tunnels

Are you tired of seeing your crops struggle against unpredictable weather and pests?

Do you wish there was a way to extend your growing season and ensure a steady harvest all year round? 

High tunnels could be the solution. These simple yet powerful structures offer protection, resilience, and the ability to grow fresh produce even in the off-season.

The Benefits of High Tunnels

1. Extended Growing Seasons: High tunnels significantly lengthen the growing seasons for various crops. They enable the year-round production of cold-tolerant vegetables and other plants. By using row-cover systems in conjunction with high tunnels, you can also extend the seasons for warm-season vegetables and plants.
2. Protection from Environmental Stressors: These structures shield crops from adverse weather conditions such as wind and rain. This protection helps reduce stress on plants and lowers the likelihood of pest and disease pressures.
3. Improved Farm Resilience: By offering a controlled environment, high tunnels make farms more resilient to fluctuating weather patterns and unpredictable conditions. This resilience translates into more reliable harvests and a steadier income stream.

Learn how high tunnels support local food economies in our latest article! 

High Tunnels Offer Crop Protection and More 

By investing in a high tunnel, you can extend your growing season, protect your crops, and contribute to the resilience of your farm and local community. These structures are not just about growing food; they’re about cultivating a more sustainable and connected world. 

Contact our team today to learn more about high tunnels, help with installation, and grower support!