How to build a sturdy 10×30 lacrosse backstop for your backyard. What materials are best for durability. How to design the frame and secure netting. What finishing touches enhance functionality.
Determining the Ideal Size for Your Lacrosse Backstop
Building a custom lacrosse backstop offers the advantage of tailoring the size to your specific needs and available space. While a 10×30 foot backstop is a popular choice, it’s essential to consider various factors before settling on dimensions:
- Available space in your backyard
- Number of players using the backstop simultaneously
- Age and skill level of the players
- Storage requirements
- Local regulations and homeowners association rules
Is a 10×30 foot backstop suitable for all situations. Not necessarily. For youth players or limited spaces, an 8×24 foot backstop might suffice. Conversely, if you have ample room and advanced players, a larger 12×36 foot backstop could be more appropriate. The key is to balance your practice needs with the constraints of your property.
Selecting Durable Materials for Long-Lasting Performance
The longevity of your DIY lacrosse backstop depends largely on the quality of materials used. Investing in weather-resistant, impact-resistant components will ensure your backstop withstands years of intense practice sessions. Here are some top material choices:
Structural Components
- Posts: 4×4 or 6×6 pressure-treated wood
- Frame: 2×4 or 2×6 pressure-treated lumber
- Plywood: 1/2 to 3/4 inch exterior grade or marine plywood
Netting and Hardware
- Netting: Polyethylene knotless netting designed for sports use
- Fasteners: Galvanized screws and hardware
Can cheaper materials be used to save money. While it may be tempting to cut costs, using inferior materials often leads to premature wear and tear, necessitating frequent repairs or replacement. The initial investment in high-quality materials pays off in the long run with a more durable and reliable backstop.
Designing a Sturdy Frame for Your Lacrosse Backstop
A well-designed frame is crucial for the stability and longevity of your lacrosse backstop. Follow these guidelines to create a robust structure:
- Space vertical 4×4 posts every 4-6 feet around the perimeter
- Use 2×6 boards to frame the top, bottom, and sides between posts
- Include 2-3 horizontal support beams across the center
- Add diagonal cross braces for extra stability
- Ensure the frame is square and precisely aligned
Should you consider adding storage compartments to your backstop frame. If you need a place to store balls, sticks, or other equipment, incorporating storage into your backstop design can be a smart space-saving solution. Just be sure to plan for these compartments before sheathing the frame with plywood.
Installing Plywood Sheathing and Netting
Once your frame is complete, it’s time to add the plywood surface and netting. Follow these steps for a professional-looking finish:
- Attach 1/2 to 3/4 inch plywood across the entire backstop frame front using galvanized screws
- Seal plywood edges with waterproof caulk or adhesive to prevent moisture damage
- Stretch heavy-duty polyethylene netting across the plywood, leaving 2-3 inches of slack
- Use a pneumatic staple gun with 1/2 inch galvanized staples to secure the netting every 6-12 inches
- Trim any excess netting once it’s pulled taut across the surface
Why is it important to leave slack in the netting. The slack allows the netting to absorb the impact of lacrosse balls without putting undue strain on the attachment points. This helps prevent tearing and extends the life of your netting.
Enhancing Your Backstop with Functional Finishing Touches
The final steps in creating your DIY lacrosse backstop involve adding features that improve its functionality and aesthetics:
- Paint or seal the wood frame to protect against weathering
- Install corner netting holders to maintain tension
- Add a ball catch tray along the bottom to collect rebounding balls
- Stencil or paint lines and logos for an authentic look
- Consider installing lighting for evening practice sessions
Are these finishing touches necessary. While not essential for the backstop’s primary function, these additions can significantly enhance the practice experience and extend the usability of your backstop. For instance, lighting allows for practice after sunset, while a ball catch tray saves time on ball retrieval.
Safety Considerations for DIY Lacrosse Backstop Construction
Building a lacrosse backstop is an achievable DIY project, but it’s crucial to prioritize safety throughout the process. Keep these precautions in mind:
- Wear appropriate personal protective equipment (PPE) such as safety glasses, gloves, and closed-toe shoes
- Use power tools according to manufacturer instructions
- Enlist help when lifting heavy materials to prevent injury
- Ensure proper ventilation when using paints or sealants
- Check local building codes and obtain necessary permits before construction
Is it advisable to attempt this project alone. While some aspects of the build can be done solo, having at least one helper is recommended, especially when handling large pieces of lumber or plywood. This not only improves safety but can also make the construction process more efficient.
Maintaining Your DIY Lacrosse Backstop for Years of Use
To ensure your custom-built lacrosse backstop remains in top condition, implement a regular maintenance routine:
- Inspect the structure periodically for signs of wear or damage
- Tighten any loose bolts or screws
- Re-tension the netting as needed
- Touch up paint or sealant annually
- Clear debris from the ball catch tray regularly
- Check for and address any signs of wood rot or pest infestation
How often should you perform maintenance checks on your lacrosse backstop. A thorough inspection at least twice a year, ideally in spring and fall, can help catch and address potential issues before they become serious problems. More frequent visual checks can be beneficial, especially after severe weather events.
Customizing Your Lacrosse Backstop for Specific Training Needs
One of the advantages of building your own lacrosse backstop is the ability to customize it for specific training purposes. Consider these ideas to enhance your practice sessions:
- Add painted target zones for accuracy training
- Incorporate adjustable rebounders for solo practice
- Install a scoreboard for competitive drills
- Create modular sections that can be reconfigured for different exercises
- Add a small whiteboard for strategy planning or drill instructions
Can these customizations be added after the initial construction. Absolutely. Many of these features can be retrofitted to your existing backstop. However, planning for potential additions during the initial design phase can make future upgrades easier to implement.
Cost Analysis: DIY vs. Pre-Fabricated Lacrosse Backstops
Building your own lacrosse backstop can offer significant cost savings compared to purchasing a pre-fabricated model. Let’s break down the potential expenses:
DIY Backstop Estimated Costs
- Lumber and hardware: $300-$500
- Plywood: $150-$250
- Netting: $100-$200
- Paint/Sealant: $50-$100
- Miscellaneous supplies: $50-$100
Total DIY cost range: $650-$1150
Pre-Fabricated Backstop Costs
Pre-made 10×30 foot lacrosse backstops typically range from $1500 to $3000 or more, depending on the brand and features.
Is the cost savings worth the effort of building your own backstop. For many lacrosse enthusiasts, the combination of cost savings and the ability to customize makes DIY construction appealing. However, factors such as your DIY skill level, available time, and specific needs should be considered when making this decision.
Integrating Your Lacrosse Backstop into a Complete Practice Area
Your new lacrosse backstop can serve as the centerpiece of a comprehensive backyard practice area. Consider these complementary elements to create a complete training environment:
- Install artificial turf or maintain a well-groomed grass area in front of the backstop
- Add portable goals for shooting practice
- Create a small agility training zone with cones and ladders
- Include a strength training area with resistance bands or free weights
- Set up a hydration station to encourage proper fluid intake during practice
How can you maximize the use of limited space when creating a practice area. Prioritize multi-functional elements and portable equipment that can be easily stored when not in use. For instance, foldable goals and removable agility markers allow you to reconfigure your space quickly for different drills or family activities.
Environmental Considerations for Your Lacrosse Backstop
When building and maintaining your lacrosse backstop, it’s important to consider its environmental impact. Here are some eco-friendly approaches:
- Use sustainably sourced or reclaimed wood for construction
- Opt for low-VOC paints and sealants to reduce harmful emissions
- Install a rain catchment system to collect water for lawn maintenance
- Choose biodegradable cleaning products for maintenance
- Implement proper drainage to prevent soil erosion around the backstop
Can environmentally friendly materials affect the durability of the backstop. Many eco-friendly building materials now offer comparable or even superior performance to traditional options. Researching and selecting high-quality, sustainable products can result in a backstop that is both durable and environmentally responsible.
Leveraging Technology to Enhance Your Lacrosse Practice
While a traditional backstop is an excellent training tool, incorporating modern technology can take your practice sessions to the next level. Consider these high-tech additions:
- Install a high-speed camera for motion analysis
- Use shot speed radar to measure and improve shooting velocity
- Implement smart targets that track accuracy and provide instant feedback
- Create a mobile app integration for tracking practice stats and progress
- Set up a weatherproof tablet mount for accessing training videos and drills
Is investing in technology necessary for effective lacrosse practice. While not essential, technological tools can provide valuable data and feedback that may be difficult to obtain through traditional methods alone. The key is to balance technology use with fundamental skill development and not become overly reliant on gadgets.
Community Impact: Sharing Your Lacrosse Backstop
Your DIY lacrosse backstop can become a valuable resource not just for you, but for your community as well. Consider these ways to share your creation:
- Host youth lacrosse clinics in your backyard
- Offer practice time to local school teams
- Organize neighborhood lacrosse tournaments
- Create a mentorship program for aspiring players
- Use the space for charity events or fundraisers
How can sharing your backstop benefit you as the owner. By opening your practice area to others, you can foster goodwill in your community, potentially attract training partners, and even offset maintenance costs through modest usage fees or donations. Additionally, it’s an excellent way to grow the sport of lacrosse in your area.
Building your own 10×30 Brine lacrosse backstop is a rewarding project that can significantly enhance your practice capabilities. By carefully selecting materials, following proper construction techniques, and adding thoughtful customizations, you can create a durable and effective training tool that will serve you for years to come. Whether you’re a solo player looking to improve your skills or a coach seeking to create a team practice space, a DIY lacrosse backstop offers flexibility, cost-effectiveness, and the satisfaction of a job well done. Remember to prioritize safety during construction and maintenance, and consider how your backstop can benefit not just you, but your wider lacrosse community as well.
Determine Ideal Backstop Size Based on Your Needs
So you want to build a sturdy backstop for lacrosse practice in your backyard? Determining the right size for your needs is an important first step. While you can purchase pre-made lacrosse backstops, building your own allows you to customize the size to suit your space and practice requirements.
A 10×30 foot backstop is a great option for many homeowners. This size provides a generous practice surface area that can accommodate different types of lacrosse drills and exercises. The 10 foot height also helps stop wild shots from sailing over the top of the backstop. However, consider a few factors before settling on a 10×30 backstop:
- How much space do you have available? Make sure to leave enough room for a safe practice zone in front of the backstop.
- How many people will typically be using it at once? More players means you may want a wider backstop.
- What age/skill level? Youth players may be fine with a smaller backstop, while advanced players will want more space.
- Will you want storage on the backstop? Built-in storage can take up space.
While a 10×30 backstop is suitable for many home setups, don’t be afraid to adjust the dimensions if needed. An 8×24 backstop takes up less space but still provides ample practice area. Or go bigger with a 12×36 backstop if you have the room. Just make sure to check local regulations – some homeowners associations restrict larger accessory structures.
Select Durable Backstop Building Materials
The quality of your materials will determine how long your DIY lacrosse backstop lasts. Be sure to invest in weather-resistant materials built to withstand heavy lacrosse ball impacts. Here are some top choices:
- Wood posts: Opt for sturdy 4×4 or 6×6 pressure-treated posts sunk 2-3 feet into concrete footings. This prevents rotting and creates a solid foundation.
- Wood frame: 2×4 or 2×6 boards work well for the backstop frame. Use pressure-treated lumber or an outdoor sealant.
- Plywood: 1/2 to 3/4 inch plywood is ideal for the backstop face. Look for exterior grade or marine plywood.
- Netting: Polyethylene knotless netting is most recommended. It’s durable and designed for sports use.
- Fasteners: Use galvanized screws and hardware throughout.
Spending a bit more on quality materials now will pay off with a backstop that lasts for years. Avoid flimsy lumber, weak netting, or cheap hardware that can bend or break quickly.
Plan the Backstop Frame Design
When designing your 10×30 lacrosse backstop, you’ll need sturdy vertical posts and horizontal support framing. Planning this out ahead of time ensures you purchase the right amount of materials. Here are some tips:
- Space vertical 4×4 posts every 4-6 feet around the perimeter.
- Use 2×6 boards secured between the posts to frame the top, bottom, and sides.
- Include 2-3 horizontal support beams across the center.
- Frame storage compartments if desired before sheathing.
Be sure to align the frame precisely and keep it square. Uneven spots can warp the plywood face over time. Diagonal cross braces add stability too.
Add Plywood Sheathing and Netting
With the frame complete, you’re ready for sheathing and netting. Follow these steps:
- Attach 1/2 to 3/4 inch plywood across the entire backstop frame front using galvanized screws.
- Seal plywood edges with waterproof caulk or adhesive.
- Stretch and secure heavy-duty polyethylene netting across the plywood, leaving 2-3 inches of slack.
- Use a pneumatic staple gun with 1/2 inch galvanized staples to affix the netting edges to the wood frame every 6-12 inches.
- Trim off any excess netting once pulled taut across the surface.
The plywood absorbs ball impacts while the netting helps trap balls and provides a classic backstop look. Take your time securing the netting evenly across the surface to prevent sagging.
Add Finishing Touches
With the structure built, add a few final touches to complete your DIY lacrosse backstop:
- Paint/seal the wood frame to protect from weathering.
- Install corner netting holders to keep net taut.
- Add a ball catch tray across the bottom to collect balls.
- Stencil or paint lines/logos onto plywood for an authentic look.
- Consider lighting for evening practice sessions.
Taking time with finishing details enhances durability and functionality. And you’ll be proud every time you look at the custom backstop you built!
With smart planning, quality materials, and proper construction, a 10×30 foot DIY lacrosse backstop is a weekend project any homeowner can tackle. And you’ll save money compared to buying a pre-fab backstop. Just be sure to follow safety precautions when working with power tools and lifting heavy materials.
Soon you’ll have a custom lacrosse practice area right in your own backyard. No more driving to the park or loading up the car. Just step outside and start firing shots anytime! Your skills will improve with consistent practice on your personal brine lacrosse backstop.
Select Durable Material to Withstand Repeated Impact
Constructing your own 10×30 lacrosse backstop is a great way to create a custom practice space right in your backyard. With the proper planning and materials, you can build a durable DIY backstop that will hold up to years of use.
One of the most important considerations is choosing materials that can withstand the repeated impact of lacrosse balls. You want your backstop to be made of heavy-duty materials that won’t sag, bend, or break easily. Here are some ideal options:
- Posts: Opt for thick 4×4 or 6×6 pressure-treated lumber posts. Bury them 2-3 feet in concrete for maximum stability.
- Frame: Build the frame from sturdy 2×4 or 2×6 boards. Pressure-treated lumber or an outdoor sealant prevents rotting.
- Plywood: Use at least 1/2 inch exterior grade plywood for the backstop face. Marine grade offers water resistance.
- Netting: Look for heavyweight polyethylene knotless netting made for sports use. It handles impact well.
- Hardware: Galvanized screws, bolts, staples, etc. prevent rusting and keep connections secure.
There’s no need to cut corners on materials for your DIY lacrosse backstop. While pressure-treated lumber and marine plywood may cost a bit more upfront, they are designed to stand the test of time and will save you from having to frequently replace cheaper materials that fail.
Reinforce With Strategic Supports
In addition to robust main structural components, strategic reinforcement can bolster the strength and longevity of your backstop. Consider adding:
- Horizontal support beams across the center of the backstop face
- Vertical posts placed 4-6 feet apart around the perimeter
- Corner gussets securing joints
- Diagonal cross braces for stability
- Thick plywood sheets layered for added impact absorption
A layer of 3/4 inch plywood covered by a 1/2 inch sheet helps dissipate ball forces. Extra vertical posts let you securely attach netting more often to prevent sagging. Take time to reinforce potential weak points before hanging the netting.
Use Weather-Resistant Treatments
Since your DIY lacrosse backstop lives outside, protecting the wood from moisture and UV damage is a must. Use these treatments for lasting durability:
- Exterior-grade primer, paint, or wood stain
- Water-sealants like Thompson’s Water Seal
- Spar urethane for UV and water protection
- Premium exterior latex paint for wood
- Clear wood coatings with UV inhibitors
Apply finishes per manufacturer instructions. Focus on exposed end grains, joints, and attachment points that are vulnerable to water ingress. This shields the wood from moisture and sun damage for improved longevity.
Inspect and Maintain It Regularly
Even with robust construction and materials, your DIY lacrosse backstop needs periodic inspection and maintenance. Check for:
- Loose, bent, or broken hardware and netting
- Cracks, splinters, or warping wood
- Fraying or holes in netting
- Damage where balls impact plywood
- Weathering of wood finish or exposed untreated areas
Address any issues immediately to prevent enlargement of problems. Tighten hardware, sand splinters, patch netting, touch up finish, etc. Avoid deferring maintenance or small issues can become bigger headaches.
With the right construction techniques and materials, your homemade 10×30 lacrosse backstop will provide years of reliable service. The upfront cost is quickly offset by the convenience and versatility of having your own practice space anytime. Dial in your shooting, stick skills, and footwork with regular sessions on your personalized brine lacrosse backstop.
Focus on durability during planning and assembly, reinforce highly stressed areas, use weather-resistant treatments, and stay on top of maintenance. With a quality DIY design built to last, you can look forward to many seasons of lacrosse practice without needing to replace the backstop.
Calculate How Deep to Sink Support Posts for Stability
If you’re looking to build your own lacrosse backstop for practice, having a sturdy and stable structure is key. The last thing you want is for the backstop to come crashing down mid-shot! When building a 10×30 brine lacrosse backstop, one of the most important calculations is determining how deep to sink the support posts to ensure stability.
The depth the posts need to be sunk depends on a few key factors:
- The weight of the backstop netting and frame
- The size of the pipes used for the frame
- The type of soil the backstop will be placed in
- The weather conditions the backstop will endure (wind, rain, etc.)
To start, estimate the total weight of the backstop. This includes the weight of the netting, any additional windscreens or side netting, the frame pipes, and any attachments. Generally a 10×30 lacrosse backstop will weigh 200-300 lbs including all components.
Next, determine the diameter of the steel or aluminum pipes that will be used for the frame. Wider pipes can support more weight, but are also heavier themselves. Most DIY lacrosse backstops use 1.5-2 inch diameter pipes. Combine this pipe diameter with the total estimated weight to find the required depth.
Additionally, consider the type of soil the backstop will be placed in. Loose, sandy soils require deeper post depths than dense, clay-based soils. Some general recommendations based on soil type:
- Sand – Posts sunk 4-5 feet
- Loam – Posts sunk 3-4 feet
- Clay – Posts sunk 2-3 feet
Weather conditions like wind, rain, and snow also add additional forces against the backstop that need to be counteracted by deeper post depths. Add an extra 6 inches to 1 foot of depth for regions with harsh weather conditions.
With all these factors assessed, you can use a simple formula to determine the required post depth:
Post Depth (in feet) = Weight of Backstop (in lbs) x Post Spacing (in feet) / Allowable Soil Pressure (in lbs/sqft)
Here’s an example calculation for a 10×30 brine lacrosse backstop using 2″ diameter steel pipes and weighing 250 lbs. If the posts are spaced 10 feet apart in loamy soil (with an allowable pressure of 1000 lbs/sqft), the math would be:
Post Depth = (250 lbs x 10 ft) / 1000 lbs/sqft = 2.5 ft
In this example, you would need to sink the posts at least 2.5 feet deep for adequate stability. Since the soil is loam, add an extra foot for a total depth of 3.5 feet.
Digging deep post holes and anchoring support posts properly takes time and effort. But it’s a vital investment for constructing a safe and durable backyard lacrosse backstop for practice. Take the time to calculate an appropriate depth before sinking those posts to avoid headaches down the road. With sturdy supports secured deep in the ground, you’ll have a backstop that can hold up to those heavy lacrosse shots for years to come.
Space and Set Support Posts in Concrete for Maximum Strength
After calculating the required depth for your 10×30 brine lacrosse backstop support posts, the next vital step is properly spacing and setting the posts in concrete for maximum strength. Taking the time to do this right will pay dividends in stability and durability for your backstop build.
Start by measuring and marking the post spacing based on the dimensions of your planned backstop. For a 10×30 footprint, you’ll want four corner posts and two mid-span posts spaced evenly in between. This divides the 30 foot width into thirds with 10 feet between posts. Make sure your post spacing is precise – inaccuracies here can throw off the entire framework.
Dig the holes for each post using the depth calculated previously. The holes should have a diameter 4 times wider than the post width. So for 2 inch diameter pipes, dig 8 inch diameter holes. As you dig, pile the dirt nearby to refill later. Clear any loose rocks or debris from the bottom of each hole.
With the holes dug, pour in 6-12 inches of gravel base rock in the bottom of each for drainage. Then cut a piece of rebar or steel bar longer than the post height and drop it in the center of each hole. This will reinforce the concrete and anchor the posts even better.
Next, place the posts in the holes over the rebar spikes. Use bracing temporary to hold the pipes plumb and centered while the concrete sets. The pipes should extend 6 inches above ground level.
Mix up a batch of high strength concrete (5000 psi or greater). Quickrete and Quikwall brands work well. Pour the concrete into the holes around the pipes. Tamp down with a rod to eliminate air pockets. Fill until the concrete is 2-3 inches below ground level. Add a slight slope so water drains away from the posts.
Let the concrete fully cure for 5-7 days before stressing the backstop frame. The patience pays off in super sturdy supports.
For an even stronger installation, use metal post anchors at ground level before pouring concrete. Anchor sleeves like Simpson Strong-Tie post bases provide a hardened steel collar around the exposed post ends. This prevents the posts from loosening over time from repeated impacts.
Proper spacing, bracing, rebar spikes, high strength concrete, and post anchors might seem like overkill. But concrete footings are the foundation of the entire backstop structure. Putting in the work here gives you the reassurance that shots won’t bring down the backstop anytime soon.
Take time shimming and adjusting the post heights before the concrete fully sets. Use a level on cross-beams to ensure the tops are perfectly flush. Plumb, flush posts make framing assembly much easier.
Letting the concrete fully cure before assembly also avoids cracking or separating the footings. Have patience – a week or two now saves major headaches down the road.
The immense forces generated by 90+ mph lacrosse shots wreak havoc on backstop supports over time. Sturdy concrete footings properly spaced, braced, and reinforced stand the test of time. So take the extra effort to over-engineer your 10×30 brine lacrosse backstop posts for maximum strength and stability. Your next-level shooting practice depends on it!
Stretch Backstop Netting Taut Across Frame
You’ve laid the sturdy concrete footer foundation and set the support posts for your DIY 10×30 brine lacrosse backstop. Now it’s time to assemble the frame and get that netting stretched tight across the structure. Taking time to properly tension the net will maximize ball rebound and save you from constantly re-tightening the netting down the road.
Start by connecting the top cross-beams that span the width of the backstop between the posts. Use brackets to attach 2-inch diameter aluminum or galvanized steel pipes. Make sure the cross-beam connections are square – an out of square frame will make netting installation difficult.
Next, measure and cut the vertical side poles to length. Attach these at the corners to the support posts using heavy-duty brackets. Check that the vertical poles are plumb with posts. Repeat on both sides to complete the rigid perimeter frame.
Now the netting can be attached. Start by clipping carabiners along the top front cross-beam every few feet. Drape the netting over the top beam and connect it to the carabiners. This holds the top in place while you work on stretching the sides.
Use zip ties, rope, or durable strapping to attach the net sides to the vertical corner and side poles. Start in the top corners and work down, pulling the netting hand-tight as you go. The goal is to get the net as taut as possible from corner to corner both vertically and horizontally.
Having a helper pull from the far side while you attach makes getting the net very tight much easier. Stretch it tighter than you think – the net will relax a bit over time. Any wrinkles or sagging areas will prevent the balls from rebounding true.
Attaching turnbuckles or ratchet pull straps at the bottom corners lets you easily re-tighten the netting when needed. This compensates for stretching over time with use. Always check for sagging netting and tighten periodically.
Consider sewing a hem with a heavy rope or cable inside the perimeter of the net. This gives you something very solid to attach to the frame rather than just the net material itself. Use carabiners to connect the net rope to eye bolts screwed into the frame poles.
For mid-size and larger backstops, add intermediate vertical support poles between corners to keep the net taut. Attach these to the cross-beams and ground.
A final tip – use black netting instead of white. The black makes the ball pop visually, while white nets blend into the ball in flight. Black offers better rebound and saves eye strain as well.
Take the time to really stretch that netting tight across the lacrosse backstop frame before securing everything in place. Your arms will be exhausted, but the end result will be a firmly tensioned net ready for blasting shots. Just be ready to take one off the face as you step back to admire your work! A tight backstop net is a happy backstop net.
Choose Thick Netting Material to Stop Speeding Lacrosse Balls
You’ve erected the frame and stretched the net taut across your new DIY 10×30 brine lacrosse backstop. But what material should you choose for the net itself? Not all netting is created equal when it comes to stopping ripped lacrosse shots. The right high-quality, heavy-duty netting material is crucial.
Lacrosse shots can reach 90 mph or more. So standard backyard netting won’t cut it unless you enjoy chasing missed shots down the block. Purpose-made lacrosse netting uses thicker braided polyethylene specifically designed for stopping speeding balls.
Look for netting made with 3mm to 4mm knotless braided polyethylene. This provides excellent durability and ball-stopping ability. Brands like RepNet and Equalizer offer netting designed for lacrosse backstops.
Knotless netting minimizes holes and weak points compared to cheaper knotted nets. The braided polyethylene material withstands years of abuse from high-speed shots from all angles.
While more expensive than regular netting, spending more here pays off in longevity and bullet-stopping capability. Get the heaviest-duty netting available to maximize your investment in the backstop frame.
For side netting, look for a “rebounder” style net with very small openings to provide excellent ball retention. This stops errant side shots from flying out of the practice area.
Consider adding an additional strip of “shooting tarp” material along the bottom few feet of the main net. This extra layer improves ball rebound and reduces wear in the high-impact strike zone.
While DIY options exist for attaching netting to a backstop frame, ordering a premade net with border rope installed makes installation much easier. Quality premade nets have reinforced borders and connection points.
Some additional tips for choosing lacrosse backstop netting:
- Black netting improves visibility and rebounds better than white.
- Go larger in size than your frame – extra material makes it easier to stretch tight.
- Buy UV-treated netting for outdoor durability.
- Look for 1 year+ warranties from quality brands.
Don’t cheap out on the main netting material for your home lacrosse backstop. Pay up for heavy-duty, knotless polyethylene netting specifically designed to stop speeding lacrosse balls. Taking one to the face because the netting failed will change your mindset real quick!
Add Padding to Posts to Protect Players from Contact Injuries
After getting the heavy-duty netting installed on your DIY 10×30 brine lacrosse backstop, take one more important safety step – padding the support posts. Unprotected steel or aluminum pipes can lead to major injuries when players inevitably crash into them.
Lacrosse is a fast, physical game played within a confined area. And sticks, balls, and bodies are constantly flying around at full speed. Despite your best efforts to avoid the pipes, contact will happen. Proper padding helps prevent cuts, bruises, fractures, and head injuries.
For best protection, use thick padded post sleeves designed for lacrosse backstops. Brands like PowerNet and Guardian offer padding tailored for lacrosse.
Look for padding with at least 1.5-2 inch thickness of high-density foam covered by a durable outer shell. Velcro or zip closures make installing the sleeves easy. The padding should extend from above ground level up to at least six feet to cover the danger zone.
Pipe foam from home improvement stores also works in a pinch. But exercise care wrapping to avoid gaps and use extra layers for sufficient thickness. Duct taping helps secure home padding solutions in place.
Remember to pad corners, edges, brackets, and any other frame protrusions. Blunting these sharp contact points improves safety.
Consider wrapping exposed bottom post sections in old tire sidewalls or foam mats. This cushions inevitable foot strikes when picking up balls or moving around the goal.
No matter the padding used, inspect it before each use for wear and tears. Damaged or compressed padding loses protective abilities. Keep spare padding on hand for quick replacement when required.
Padding the backstop’s steel or aluminum support framework takes time and effort. But the safety payoff is well worth it. Let the padding take the abuse so your players don’t have to.
One other option is using wood supports instead of metal pipes. Wood naturally provides more “give” upon contact. Softwoods like pine are lighter and easier to work with. Just make sure to pressure-treat the buried sections against rot.
Lacrosse backstops confine rowdy games into tight spaces. So pad those posts to save your players from unnecessary injuries during practice. Your body will thank you after an unintended collision with an unpadded pipe!
Install U-Bolts to Secure Netting to Horizontal Crossbeams
You have the lacrosse backstop frame erected, netting installed, and posts padded – now it’s time for one final professional touch. Adding U-bolts to the horizontal crossbeams secures the netting connection points for the long haul.
The top horizontal beam takes the brunt of the impact on shot after shot. Standard eye screws used to connect the netting will eventually loosen or rip out from the constant torque. U-bolts offer a heavy duty permanent solution.
Start by marking locations for the U-bolts spaced every 2-3 feet along the top crossbeam. Use a drill to make holes slightly larger than the bolt diameter. Go slowly to avoid cracking the pipe.
Insert the threaded ends of galvanized U-bolts into the holes. Use large washers and nuts on both sides of the pipe to secure in place. Tighten down snug but not so much that you crush the pipe.
Once installed, the U-bolt ends protruding from the pipe provide solid steel anchors. Connect to these using carabiners, straps, or rope attached to the net border.
The bottom of the net can also attach to U-bolts secured along the bottom pipe for easy re-tensioning. Just leave a longer threaded section protruding for adjustments.
Pro Tip: Stagger the top U-bolt spacing slightly off-center from the bottom ones. This distributes tension forces evenly across the net panel between connection points.
An alternative to U-bolts is installing heavy-duty welded brackets with multiple bolt holes. These anchor firmly to the frame pipes and provide permanent robust net connection points.
Welded brackets take more work to install initially. But they provide even more durable net attachments compared to U-bolts.
A final option is using thick wooden cross-beams instead of metal pipes. Attaching net grommets directly to the wood avoids metal hardware entirely.
No matter the method used, the goal is securing the net in a way that it can be re-tightened and replaced easily when required. U-bolts or sturdy brackets achieve this goal for the long run.
Don’t skip this important finishing touch for your home lacrosse backstop build. Take the time to install U-bolts or brackets to permanently secure the netting to those horizontal cross-beams. Your net will thank you the first time a wayward shot jolts the bag but everything holds snug!
Include Lacrosse Goal Openings for Shooting Practice
After all the hard work building a sturdy 10×30 brine lacrosse backstop, make sure to include openings for attaching lacrosse goals. This transforms your rebounding backstop into a complete shooting practice station.
Look for goals designed with rear support bars that allow attaching directly to the backstop frame. These goals feature a triangular metal base with a horizontal bar that slides over and bolts into the upper crossbeam. Sturdy construction prevents the goals from pulling away from the backstop during aggressive shooting.
Attach one goal centered across the width of the backstop to allow maximum shooting angles on goal. For two shooters, add a second goal at one corner. This provides realistic geometry for practicing feeds across the crease and skipping cross-field passes.
Make sure to use regulation size 6’x6′ goals. This real-game sizing prepares players for in-game shooting at full competitive dimensions. Goals with quick-release latches allow easy repositioning to vary shot angles.
Pro Tip: Attach a large wooden backboard covering the upper half of the backstop behind the goal. The solid rebound surface improves rebounds into the net for shots aimed above the goalie’s shoulder.
For even more versatility, cut and frame openings to allow slide-in removable goals at ground level. Carpet remnants secured over the openings create a flush surface when not using the goals. This multi-functional approach maximizes training options.
Having moveable goals lets you go from a rebounding backstop for warmup shooting to simulated game situations with goalies. Mix up drills by swapping in goals at random for a more dynamic training experience.
Incorporate passing into shooting drills by attaching wide openings in the bottom corners to slide portable passing goals into the box. Work on quick stick catches into shots after executing clean passes across.
However you configure the goal attachments, make sure the openings are reinforced to prevent tearing. Solidify the edges with extra bolts, corner gussets, or thick rope borders. The last thing you want is ripped netting from shots missing the goals!
You built this dedicated lacrosse backstop for a reason – to improve shooting accuracy! So make sure to include properly framed openings for attaching regulation lacrosse goals. Transforming your rebounder into a customizable shooting station maximizes training time.
Add Mesh Roof Netting to Prevent Errant Balls from Escaping
You have your sturdy 10×30 brine lacrosse backstop frame constructed, heavy-duty netting attached, and goals ready for shooting. But don’t stop there – add roof netting to contain errant high shots from ruining your day.
During intense shooting practice, one hundred mile per hour shots will inevitably rip above the main backstop net. Without roof netting, you’ll be constantly chasing down balls instead of dialing in your shooting form.
The roof netting installs above the main netting, angled slightly forward to direct off-target shots back down into the playing area. Use 20-30 degree forward angles for the best results.
Construct a simple A-frame using 2x4s or metal pipes attached at the top corners. Secure the apex with brackets and carriage bolts to prevent twisting under impact. Consider bracing the center for wider spans.
Cover the A-frame with mesh netting material on all sides. Sturdy knotless polyethylene works best to handle slap shots. Leave 6-12 inches of overhang netting along the bottom edges.
Attach the top corners of the roof net to the backstop frame using metal strapping or heavy-duty ropes. Make sure the material used can handle forces from balls striking the roof at speed.
For extra protection, add lateral netting from the A-frame’s leading edges down to side poles secured in the ground. This helps contain hooks or slices that would slip past a simple triangular roof.
Pro Tip: Use darker mesh material on the roof instead of white. The deeper ball visual makes tracking shots easier compared to blending white netting.
Consider dangling “curtains” of ballistic netting material along the bottom edges. These help deaden ball speed and soften impacts as shots return to the playing surface.
For backyard setups, a simple roof net helps minimize ball chasing and keeps the action contained. But for larger permanent installations, fully enclosing the entire structure is ideal. This includes fencing with lateral netting along the field-level sides.
A few lost balls during shooting practice is inevitable. But installing overhead roof netting on your lacrosse backstop helps minimize wasted time chasing misses. Don’t neglect this vital add-on that preserves your shooting rhythm!
Paint Backstop Posts and Frame with Weatherproof Outdoor Paint
You built your 10×30 brine lacrosse backstop to last. Make sure it looks the part too by painting the support posts and frame with durable, weatherproof outdoor paint.
A fresh coat of paint provides long-lasting protection for steel pipes and wooden posts against the elements. The right outdoor paint also gives your backstop frame a clean, professional look.
Start by cleaning dirt, grime, and rust from the posts and pipes. Use a wire brush to remove loose paint or rust flakes. Wipe down with a cleaner like TSP to prepare the surfaces for painting.
For the best and longest-lasting results, prime the posts and frame before painting. Choose a rust-inhibiting metal primer for steel parts and an exterior wood primer for wooden vertical supports.
Top quality latex or enamel exterior paint works well for the topcoat. Look for paint marketed as “outdoor” or “weatherproof” on the label. These formulations stand up to sun, rain, snow, and temperature swings.
Semi-gloss or satin finishes hide scuffs and marks better than flat sheens. And darker colors like hunter green, tan, brown or grey show dirt less than white or bright hues.
Apply two coats of the outdoor paint for complete coverage and protection, allowing proper drying time between coats. Use brushes for the posts and short-nap or foam rollers for the crossbeams.
Pro Tip: Slide cardboard tubes over the end caps on the crossbeams so you can roll paint right over them. Just remove the tubes and touch up the end edges with a brush after.
Consider using specialty netting paint on the support posts. The ultra-sticky rubberized coating helps pads and net edges stay fixed in place without ties or tape.
Use an extension pole to paint high crossbeams out of reach. This avoids hauling out a ladder and allows painting while standing on the ground.
Refresh the paint every 2-3 years to keep your backstop looking sharp and protected from the elements. Your playing surface deserves to look as good as your skills!
A durable weatherproof paint job adds years of life to a homemade lacrosse backstop’s support framework. So take the time to properly prep, prime, and paint the structure. Your backstop will look amazing stopping speeding shots for seasons to come!
Include Ball Return Net to Collect Loose Practice Balls
You built an awesome DIY lacrosse backstop for dialing in your shooting – now add a ball return net to collect loose balls and save time chasing bouncers.
The constant rebounding of shots during practice means balls spraying everywhere. Running around scooping up escapes gets old fast and disrupts your rhythm.
Adding a ball return net catches stray balls and contains them neatly in one place right in front of the goal. No more chasing scattered balls across the yard!
Construct a basic box frame from 2x4s or PVC pipe about 4 feet wide by 2 feet high. Attach mesh netting material to the frame on three sides, leaving the top open.
Secure the return net box flush along the ground in front of the goal opening. Angle the side panels toward the goal mouth to funnel loose balls in.
Use stakes or weights to keep the net grounded for a clean ball return. Avoid sides higher than the goal – you want to encourage keeping shots low.
For fancy upgrades, add a second layer of netting to create an internal shelf, letting balls settle for easy pickup. Or mount the net on casters for mobility.
Pro Tip: Attach pieces of old tires or foam under the bottom frame to soften ball return impact. This reduces skipping on super high shots.
Consider surrounding the entire backstop with mesh fencing to contain all errant shots. Leave an opening on one side for entry and attach the ball return box here.
For permanent installations, build sloped ball gutters along the left and right sidelines to direct stray balls back to the return net.
However you construct it, a simple ball return net saves major time during shooting practice. Keep your rhythm and workout continuous with a handy ball catcher scooping up misses.
Never bend down for a scoop again with a dedicated ball return net on your lacrosse backstop. Enjoy the satisfaction of shots rifled into the goal without disruption!
Provide Wheel Kit for Portability to Move Backstop as Needed
After all the time invested building your custom 10×30 brine lacrosse backstop, make sure you can easily move it around your yard as needed. Add a wheel kit to provide portability and access different practice spaces.
Installing caster wheels allows a single person to reposition a bulky backstop frame with ease. This opens up training options instead of permanent fixation in one spot.
Look for heavy-duty casters rated for outdoor use. Choose at least 5-6 inch diameters with rubber tread wheels. The bigger the casters, the smoother they’ll roll across turf or uneven soil.
Bolt a caster to the bottom of each support post, near the base. Use all-direction wheel types that swivel 360 degrees for maximum maneuverability.
For the most versatility, install locking casters on one side and non-locking casters on the opposite side. Engage the locks to immobilize the backstop in place for shooting. Release to move it freely.
Reinforce the post bases where casters attach using thicker walled pipe or metal sleeves. This prevents breakage over time from the focused forces.
Pro Tip: Paint the caster wheels with bright colors for high visibility. This avoids painful encounters if someone forgets to lock them after moving.
To move the backstop, lift slowly on the upper framework to transfer weight off the posts. Carefully roll in the desired direction, watching for any snags.
For the largest backstops, use wheeled mover bars that attach to the posts for better control moving long spans. Assign spotters at each post to coordinate simultaneous repositioning.
With built-in portability via a wheel kit, find just the right shooting spot for morning or afternoon session. Easily relocate out of the hot sun when needed. Flexible positioning improves practice quality.
Follow Precise Measurements for Proper Backstop Dimensions
When taking on a DIY lacrosse backstop build, precision dimensions are critical. Follow exact measurements when erecting the frame to ensure proper sizing for lacrosse play.
The optimal lacrosse backstop size balances compact footprint with sufficient shooting area. Typical dimensions range from 10×20 feet up to 10×30 feet.
Measure and mark the exact post hole locations before digging based on the planned dimensions. Use at least 4 corner posts plus 2-3 intermediary posts evenly spaced across the width.
Double and triple check post spacing with a measuring tape as you go. Even a few inches of error can throw off net tension and goal placement down the line.
Cut all cross-beams and braces to precise lengths within 1/4 inch. These exact pre-cuts take the guesswork out of structural assembly and net installation later.
Use prefabricated regulation size lacrosse goals (6×6 feet). Make backstop openings exactly match the goal frames to prevent size mismatches.
Follow the net sizing recommendations from the manufacturer, allowing a few extra feet of material for proper stretching and overlap.
accounting for laxities in the construction process.
Adhere strictly to level and plumb measurements when pouring concrete post footers. Use a builders level on the posts before the concrete sets to ensure flawless vertical alignment.
Resist any temptation to eyeball measurements or “make it work” during construction. The cumulative effect of small errors multiplies, so precision matters.
With attention to detail on every cut, hole, and layout, you’ll end up with a perfectly proportioned backstop optimized for lacrosse practice and training. Take the time up front – you won’t regret it down the road!
Save Money Compared to Buying Expensive Commercial Backstops
Constructing your own DIY lacrosse backstop requires time and effort, but offers big savings compared to buying pre-made commercial setups.
Prefab metal lacrosse backstops from sporting goods companies can cost thousands of dollars. The budget quickly jumps higher once you add netting, goals, and installation fees.
Building your own 10×30 brine lacrosse backstop allows creating a customized cage exactly how you want it at a fraction of the commercial price.
For under $500 in materials, you can build a regulation-size backstop well suited for small group training. Scale up the size for more players while keeping costs manageable.
Use economical metal pipe and fittings from hardware stores to construct the frame. Shop sales and clearance for netting bargains from retailers like Goalrilla.
Employ sweat equity for digging, assembly, and installation work. Invite teammates to help speed construction in return for usage rights.
Research handyman tips and tricks online for backstop builds. Utilize used materials whenever feasible to save dollars.
Think outside the big box store. Scour Craigslist and Facebook Marketplace for construction items and netting offcuts for cheap.
The sense of accomplishment and ownership from a DIY build outweighs the labor invested. And every shot into a self-built backstop feels more rewarding.
With smart planning and resourcefulness, create your own lacrosse cage for a fraction of a store-bought alternative. The savings let you spend more on skills training all season long!