Building a Quarter Pipe: A Detailed Guide for Enthusiasts
Intro
Building a quarter pipe is more than just nailing some planks together. This immersive process allows you not only to develop a deeper appreciation for the mechanics behind riding but also to tailor your gear to your unique style. Whether you're a novice looking to get your feet wet or an experienced athlete wanting to customize your setup, this guide aims to shed light on the nitty-gritty of constructing your own quarter pipe.
Ramps are pivotal in many water sports, providing the necessary elevation to gain both air and speed. As such, understanding how to design and build a functional piece of equipment is essential for maximizing your performance. In this guide, we’ll cover everything from materials to specific techniques that will ensure a sturdy and personalized ramp.
Techniques and Skills
Building a quarter pipe entails various skills, and knowing where to start can make all the difference. Here’s how to navigate the landscape of construction with confidence.
Fundamental Techniques for Beginners
Starting out doesn’t have to feel daunting. Here are some fundamental techniques for beginners who wish to construct their own quarter pipe:
- Measuring accurately: The first step to any construction project is measuring. Use a tape measure and double-check your measurements before cutting any materials.
- Choosing the right materials: Plywood is typically the go-to option for quarter pipes, thanks to its durability and weight. However, make sure you pick high-quality plywood that can withstand wear and tear.
- Understanding angles: The transition of the quarter pipe is crucial. A gentle slope is often more forgiving for beginners, allowing for gradual learning curves.
Advanced Skills for Experienced Athletes
Once your foundational skills are solid, you can delve into more advanced techniques:
- Customizing angles and heights: Tailoring your ramp to specific angles can lead to different riding experiences. Experiment with steeper transitions for more challenging tricks.
- Reinforcing structures: Experienced builders should focus on how to strengthen their ramps. Adding extra supports and using screws strategically can enhance the longevity of your quarter pipe.
- Surface finishing: A smooth riding surface can elevate performance. While some riders prefer rougher surfaces for traction, others like a polished finish for speed.
Safety and Gear
As fun as it is to build and ride, safety should always be at the forefront of any water sport enthusiast’s mind. Below are essential precautions and gear recommendations that every builder should consider.
Essential Safety Measures in Watersports
Prior to starting any activities on your quarter pipe:
- Wear the necessary protective gear: Always wear a helmet, knee pads, and elbow pads when riding. It’s better to be safe than sorry.
- Inspect your ramp regularly: Over time, wear and tear can compromise safety. Check for damaged areas and make necessary repairs promptly.
- Stay within your skill level: Don’t push your limits too quickly. Gradual practice helps in perfecting techniques without risking injury.
Gear Reviews and Recommendations
Choosing the right gear can dramatically improve your experience. Here are a few noteworthy recommendations:
- Helmets: The Bell Sanction helmet offers great protection while maintaining a lightweight design.
- Knee Pads: Pro-Tec street knee pads provide excellent cushioning without restricting movement.
- Boards: For performance, consider a board like the Element Skateboard for its durability and responsiveness.
"Building your own quarter pipe isn't just about the final product. It's about the journey, the skills you learn, and the confidence you build along the way."
In essence, constructing a quarter pipe can be a fulfilling venture that enriches your watersport experience. As we go deeper into the materials and construction methods, keep those safety measures and skills in mind. This is just the beginning of your quarter pipe journey.
Prologue to Quarter Pipes
In the world of skateboarding, BMX, and other ramp-based activities, quarter pipes hold a special place. They are not just mere slopes; they are opportunities for creativity, expression, and skill demonstration. For many enthusiasts, constructing a quarter pipe can be a rite of passage—a tangible way of contributing to one's local skating community while honing personal skills and style.
Whether starting from scratch with basic knowledge or looking to advance existing skills, this guide opens the door to embracing the challenge of quarter pipe construction.
Definition and Purpose
A quarter pipe refers to a ramp that serves as a transition from a flat base to a vertical surface, typically shaped like a "quarter" of a cylinder. This unique shape allows riders to gain height and perform tricks smoothly, making it a staple in parks and home skate setups alike. The purpose of crafting a quarter pipe often extends beyond just increasing performance. It offers a chance for builders to assert their personal touch on a beloved recreational element. By customizing ramp dimensions and designs, they can create a unique experience reflective of the rider's aspirations.
Types of Quarter Pipes
Understanding the various types of quarter pipes is crucial for anyone looking to contribute a personal touch or establish a specific focus in their construction project. Each type serves a different purpose, and the best choice often depends on the rider's skills and intended usage.
Mini Quarter Pipe
A mini quarter pipe is characterized by its shorter height, usually ranging between 3 to 5 feet tall. Despite its compact size, it provides ample opportunity for riders looking to practice tricks in a less intimidating atmosphere. The key characteristic of mini quarter pipes is their versatility; they can fit into smaller spaces while still offering significant performance benefits.
Riders often gravitate towards mini quarter pipes as they build confidence and skill before moving on to taller, more challenging ramps. However, it's important to recognize that with a lower height, the risk of not achieving enough momentum can affect trick execution. Additionally, while they provide a great starting point, some riders may eventually outgrow their mini quarter pipes and seek out larger structures.
Standard Quarter Pipe
Standard quarter pipes generally range from 6 to 8 feet in height. They are often considered a best-of-both-worlds option, providing sufficient ramp height and a stable foundation for performing tricks. The key characteristic that defines a standard quarter pipe is its balance; it challenges riders to tackle more advanced tricks while still being accessible to those with moderate experience.
One noteworthy feature of standard quarter pipes is their ability to hold their own in both street and park styles. They serve as launch pads for bigger air and can be integrated into various setups—making them a popular choice among many enthusiasts. On the flip side, those new to riding may feel slightly overwhelmed by the increased height, leading to a greater need for practice before executing complex tricks.
Custom Designs
For those with a flair for creativity, custom designs allow the opportunity to build a quarter pipe tailored to individual preferences and needs. Whether it’s a ramp with unique dimensions, specialty materials, or added features like coping, custom designs can transform a simple quarter pipe into a personalized masterpiece.
The beauty of opting for a custom design lies in its adaptability. Riders can create something that perfectly matches their style or skillset, whether it involves a dramatically steep or gentle incline or an unconventional aesthetic. However, the challenge of customizing can come with its own set of disadvantages, mainly in terms of required forethought about structural integrity and safety. Builders need to ensure that custom specifications promote a safe and functional riding experience, rather than sacrificing performance for creativity.
Crafting a quarter pipe is an engaging process that not only enhances riding skills but also accommodates self-expression. As you venture further into constructing one, keep in mind these varying types to determine which best aligns with your goals and experience level.
Planning Your Quarter Pipe
Planning your quarter pipe is a crucial step that sets the tone for the entire project. This phase involves careful consideration of multiple factors that contribute not only to the functionality of the ramp but also to the safety and enjoyment of its users. A well-planned quarter pipe can enhance performance, making it easier for riders to execute tricks while ensuring a secure environment. Let’s dive into the specifics.
Choosing the Right Location
Choosing the right location for your quarter pipe is a fundamental aspect of the project. A well-selected site can dramatically influence the usability and durability of the structure.
Terrain Considerations
Terrain considerations play a major role in ensuring the quarter pipe functions correctly. It's essential to assess the ground where the quarter pipe will be placed. A level surface is critical; otherwise, you may end up with an awkward ramp that affects rides negatively. A rocky or sloped ground can lead to instability and pose risks to users.
The best spots typically feature solid earth without loose gravel. This not only provides a stable base but also minimizes the risk of shifting when users jump or land on the ramp. A flat area serves as a popular choice for this reason, offering the perfect foundation. However, if you find a location that has some incline, leveraging this can create interesting challenges for skilled riders.
One key characteristic of choosing the terrain is recognizing how the surrounding environment impacts safety and performance. If the ramp is close to trees or obstacles, it could lead to accidents. On the other hand, if you have an open space, you can let creativity flow.
Space Requirements
Space requirements also significantly influence your quarter pipe planning. Knowing how much room you have helps in deciding whether to build a mini quarter pipe or something larger. The available area determines not just the size of the pipe, but also the user experience.
When considering space, it's vital to allow adequate distance from other structures. This helps prevent collisions and enhances overall safety during use. An appropriate buffer zone around the quarter pipe allows riders to maneuver safely without the risk of hitting any nearby objects. A clear area of at least ten feet surrounding the ramp is often advised for a comfortable riding experience.
The unique feature of considering space requirements lies in the added versatility. A larger area not only permits building a bigger ramp but also opens avenues for future expansions or the inclusion of additional features, such as a grind rail or transitions to other ramps. However, limited space constrains design options, so balance is key.
Dimensions and Design
Dimensions and design are next on the list, and they are critical to achieve the ideal riding experience. The height and width parameters, along with the angle of transition, can significantly affect how users perform on the ramp.
Height and Width Parameters
When we talk about height and width parameters, we're primarily addressing how tall and wide the quarter pipe will be. The height of the ramp plays a big role in determining how daring users will want to get. For beginners, a height of around 3 feet is manageable, while seasoned users might seek a more challenging height, up to 5 feet or more.
On the flip side, the width contributes to stability; a wider ramp helps distribute the weight of users evenly, making it a safer ride. A common width of approximately 4 feet allows riders ample space to land safely. The ideal height and width combination not only ensures enjoyment but also minimizes risks associated with accidents or falls.
The height and width choices can, however, introduce certain disadvantages. A higher ramp demands greater skill to navigate, while a wider structure may require more extensive space, which might not always be available in backyard settings.
Angle of Transition
The angle of transition is another vital aspect to consider. It determines how steep or gradual the ramp will be. A gentler transition is easier for novices trying to find their footing. This makes it easier for riders to roll up and down without losing control, which is why many initial builds favor an angle of about 30 degrees.
On the other hand, steeper angles offer experienced riders the thrill of higher jumps and more aggressive tricks. However, it comes with the trade-off of being less forgiving for novices. Choosing this angle well can provide a unique experience based on the users’ skill levels and intent for usage.
Overall, both height & width parameters and angle of transition must be thoughtfully evaluated, as these factors dramatically affect how enjoyable and safe a quarter pipe will be for everyone.
"A well-planned quarter pipe can turn your riding experience from mundane to extraordinary, offering both thrills and safety."
What we’ve covered here lays the groundwork for the subsequent construction phase, linking planning intricately with ensuring a successful build.
Material Selection for Construction
When setting out to construct a quarter pipe, selecting the right materials is pivotal. This choice impacts everything from durability to performance. Water-resistant materials can withstand the elements, while strong structural elements ensure the ramp can handle wear and tear from constant use. Let’s break down the essential components: wood types and the hardware that holds everything together.
Wood Choices
Selecting wood for your quarter pipe is one of the most integral decisions you’ll make in this project. It can determine both the longevity and the safety of your ramp.
Plywood Grades
Plywood grades play an essential role in the construction of a quarter pipe. The grade signifies the quality and durability of the wood. Using higher-grade plywood means fewer flaws, providing a smoother surface and a stronger structure.
A key characteristic here is the adhesive used in its layers. The bond affects moisture resistance, making it ideal for outdoor use. Higher grades such as A-grade or B-grade plywood might come at a higher price but they offer great longevity and stability, making them a preferred choice in quarter pipe construction.
However, lower-grade options may save some cash upfront, but they can deteriorate faster and might require more frequent repairs. Considering the effort you put into building your ramp, it makes sense to invest in quality.
"Quality doesn’t have to be expensive; it just has to be worth it."
Treatment for Weather Resistance
Weather treatment elevates wood's capacity to fend off moisture and pests. Applying a sealant or choosing pre-treated wood significantly increases its lifespan. This is especially vital for ramps used outdoors, where rain and sun can turn your hard work into splinters over time.
Typically, a layer of acrylic or urethane sealant aids in protecting against the elements. This treatment embodies a protective shield, keeping the structure sound and usable. Ultimately, while treated wood could carry a slightly heavier price tag, the peace of mind it provides is worth its weight in gold.
Hardware and Fasteners
Once you have chosen your wood, the next step involves securing everything in place using appropriate hardware and fasteners. The wrong choices here can lead to loose joints and a structurally unsound ramp.
Screws and Nails
When constructing, screws generally provide a stronger hold than nails. They are less likely to pull out over time, whereas nails can loosen due to movement and impact, especially during high-action activities like skating or biking. A good practice is to use galvanized screws, which resist rust and corrosion, ensuring your ramp stays intact longer.
Low-quality screws tend to break or strip, leading to delays and extra costs—something you want to avoid after putting in so much effort. For outdoor projects, it’s usually wise to opt for stainless steel screws to combat rust, regardless of the initial price.
Brackets and Supports
Brackets and supports act as the backbone of your quarter pipe’s structure. These are specifically designed to add stability. Utilizing quality metal brackets can distribute weight evenly and prevent flexing, which is key when ramps see significant usage.
Installing brackets at the joints where the plywood meets will reinforce the overall structure. While there are cheaper plastic alternatives, they lack the durability and strength that metal provides. Investing in robust brackets pays dividends in the long run, keeping your quarter pipe safe during every ride.
By considering both your wood and hardware choices meticulously, you are laying a firm foundation for a quarter pipe that not only meets but exceeds your expectations. With the right materials, you can ride with confidence, knowing your ramp is built to last.
Construction Process
The construction process of a quarter pipe is a pivotal phase in creating an enjoyable and safe ramp for enthusiasts. This step not only brings together the design and material choices discussed earlier but also sets the stage for functionality and durability. In this section, a closer look will be taken at the components involved, ensuring the quarter pipe is solidly built and equipped to handle the rigors of use.
Building the Frame
Creating a Stable Base
Creating a stable base is the cornerstone of any quarter pipe build. This aspect ensures that the entire structure possesses the foundational stability needed to withstand the forces exerted during use. A well-made base prevents unwanted movement and potential collapse, which could lead to injuries. This characteristic is crucial because an unsteady base can compromise all efforts made in constructing a solid ramp.
A unique feature of a stable base is the use of concrete footings. Concrete helps provide weight and anchors the frame securely in place, withstanding shifting from heavy use. While the option for wood can work in lighter setups, concrete typically offers a longer lifespan and drastically reduces maintenance needs.
Nonetheless, the concrete approach requires more labor and initial cost. However, for those serious about their ramp's resilience and safety, opting for this stable base is a well-considered decision.
Framework Assembly Techniques
Framework assembly techniques dictate how all the components of the quarter pipe come together. This aspect of the build involves accurately measuring, cutting, and assembling the frame using the right tools and methods. A significant characteristic of well-developed assembly techniques is precision, which is instrumental in ensuring that every piece fits snugly together, making the structure sound and reliable.
Common among seasoned builders is the use of a combination of square framing and angled joints, which lends tremendous strength to the assembly. This method allows for more effective weight distribution, a key factor in preventing breakage and deformation over time.
However, these techniques can sometimes demand a certain level of woodworking skill and the right tools, which may not appeal to every enthusiast, particularly novices. That said, understanding and applying these techniques is a beneficial endeavor for anyone wishing to craft a durable structure.
Adding the Surface Material
Securing the Plywood
Securing the plywood is an essential step where the ramp’s surface starts to take shape and functionality can be fully realized. This process involves attaching the plywood securely to the frame built in the earlier stage. A key for this issue is using a sufficient number of screws or nails to ensure the plywood remains in place even under duress.
A unique feature of properly securing plywood is the technique of staggering joints. By not placing all joins in a single line, the ramp is more likely to maintain its structural integrity against cracking and bending. This is particularly great for those wanting a more resilient surface.
The disadvantage here might be time-consuming, as each sheet must be meticulously laid out and fastened. However, one should see this as an investment in quality; a rock-solid surface enhances both safety and performance on the ramp.
Finishing Edges for Safety
Finishing edges for safety can’t be overlooked in any quarter pipe construction. Edges that are rough or jagged pose a risk of injury, particularly for riders who might fall. Therefore, smoothing and rounding off edges significantly minimizes this hazard, promoting confidence among users.
An ideal choice for this task typically blends various sanding tools, from manual sanders to power sanders, ensuring edges are elegantly shaped while also aesthetically pleasing. Furthermore, applying a protective sealant after sanding can prolong the life of these edges, providing not just safety but also resistance against wear and weather effects.
While this last part requires extra effort, the payoff is well worth it, guaranteeing a safer experience when using the ramp.
Reinforcement and Safety Features
Adding Support Beams
Adding support beams is another fundamental aspect that enhances the structural integrity of a quarter pipe. Incorporating extra beams during the construction fortifies the frame and guards it against twisting or warping over time. A key characteristic of this practice is its ability to distribute weight more evenly, which is vital when multiple riders use the ramp simultaneously.
Typically, builders employ beams made from strong materials like 2x4s or even steel for maximum durability. This reinforcement can be done in various patterns, ensuring that no area becomes too weak. The downside might involve additional cost and complexity, but such upfront investment becomes apparent during the ramp's extensive use.
Creating a Non-Slip Surface
Creating a non-slip surface is paramount for maximizing safety and usability. A slip-resistant finish prevents accidents, making the ramp accessible and enjoyable for all skill levels. Various methodologies can be employed here, including texturing the surface or applying grip tape.
Applying grip tape is simple and economical—while other methods, such as textured finishes, might require skills or investments in special coatings. However, the former’s durability and simple maintenance often render it a favored choice. It offers a surface that not only invites riders to push their limits but also reassures them that they can do so safely.
With all these considerations, the construction process culminates in a well-rounded quarter pipe that is both fun and safe to use, fostering a space where riders can develop their skills and enjoy their passion in a supportive environment.
Final Touches
Adding those final touches to your quarter pipe might seem minor, but they’re crucial for both the ramp's functionality and visual appeal. This stage is where all your hard work comes together, ensuring that you don’t just have a ramp, but one that is stable, safe, and represents your personal style. It’s not only about making it look good; this stage ensures that the ramp performs well in action and stays put over time.
Testing Stability
Stability is a fundamental aspect that can’t be overlooked. How the ramp holds up under pressure is a direct reflection of your construction skills. Ensuring it stands firm is paramount for a safe riding experience.
Weight Distribution Tests
When it comes to weight distribution tests, the goal is to assess how evenly weight is spread across the quarter pipe. This matters because uneven distribution can lead to structural failure, which is a nightmare for anyone eager to ride.
The key characteristic of these tests is their simplicity. You can use a few individuals of varied weights to see how the ramp reacts. This is a beneficial way to check the ramp’s integrity without overly complicating the process. A unique feature of weight distribution tests is their emphasis on real-world conditions since skateboarding or riding will naturally have varying weight impacts.
However, these tests do have their limits. While they give a solid initial insight, they might not encompass all possible riding scenarios. Yet, they provide a baseline from where you can make necessary adjustments. A simple test can save you from serious injury later on.
Checking for Movement
Checking for movement is another critical step that serves the purpose of identifying any shifts or sway in the structure after it’s built. This directly influences the performance of the quarter pipe during use. A ramp that moves or shifts can lead to accidents, especially at higher speeds.
This test is highly recommended because it provides a straightforward means of assessing the ramp’s integrity. To perform this test, jump and push down on the ramp’s edges and observe if it shifts at all. It’s beneficial since this checks not only for stability but also for the quality of your construction techniques.
A unique aspect of checking for movement is that it can reveal potential future problems, allowing you to reinforce any weak areas before they cause trouble. On the downside, it may not always replicate the actual ride conditions perfectly, but it gives great initial insights and highlights areas needing reinforcement.
Aesthetic Enhancements
Aesthetics play a role that can sometimes be overlooked, but sprucing up your quarter pipe can bring it to life. It transforms a simple structure into something visually appealing and values the effort you’ve put into building.
Painting and Sealing
Painting and sealing not only makes your ramp vibrant and appealing, but it also protects it from the elements. Without this protective layer, wood can rot or degrade quickly, leading to dangerous conditions when you ride. This aspect cannot be stressed enough.
The key characteristic of painting is how it allows you to add personality to your ramp. Choosing colors that resonate with you or your style can create a unique statement piece in your skate or ride area. A unique feature to mention about this process is water-resistant sealants that can withstand exposure to sun and moisture. They make sure that your hard work lasts longer.
However, the downside is that you must regularly inspect and maintain the paint and sealant to avoid peeling or fading. But considering the visual enhancement and structural protection it offers, the tradeoff is clearly worth it.
Personal Touches
Giving your quarter pipe personal touches is the cherry on top of your project. Whether it’s adding your logo, art, or significant colors, these elements can set your ramp apart from the rest.
What’s advantageous about personal touches is that they inherently reflect your identity and passion for the sport. This customization can make the ramp feel more like your own space, leading to a more enjoyable riding experience. A unique feature of personal touches could be incorporating stickers or decals which come in various styles and add character without a heavy investment.
However, it’s crucial to be mindful that excessive customization might impact the form or function, so it’s wise to balance aesthetics with practicality. Ultimately, these touches can elevate your quarter pipe from a simple structure to a vibrant part of your skate culture.
Maintenance and Safety Considerations
Building a quarter pipe is just one part of the thrill; keeping it in tip-top shape is where the real work lies. Maintenance and safety considerations are paramount for ensuring that your ramp remains a fun and safe place to practice your tricks. These elements not only prevent accidents but also prolong the life of the structure, so it can keep serving your skateboarding or BMX desires for years to come.
Routine inspections, for example, are a cornerstone of maintenance that can save you from a world of headaches down the line. Regular checks for fissures or signs of wear mean you can nip potential issues in the bud before they escalate into bigger problems. Safety protocols also ensure that everyone using the ramp understands how to do so responsibly.
Routine Inspections
Checking for Wear and Damage
Checking for wear and damage is like giving your quarter pipe a health check-up. Every bump and bruise tells a story about how much fun you've had, but over time, those stories can turn into serious structural issues if ignored. For instance, if you notice splintering edges or cracks in the surface, it might suggest that the material has began to degrade, which can lead to accidents.
This inspection holds particular weight in maintaining performance quality. The key characteristic of this check is its preventive nature. The sooner you identify a problem, the less likely it is to develop into something worse. Taking this small step can be a game change, not just for your ramp’s longevity but also for your own safety. Regularly scheduled inspections for extreme wear and tear can keep you skating smoothly without suddning surprises.
A unique feature of checking for wear is the ease with which these inspections can fit into your routine. Whether you're hitting the ramp a few times a week or monthly, setting aside a few minutes for a thorough inspection every now and then can make a massive difference. On the downside, this can feel like an added chore, but skimping out on such checks could lead to injury or damage, which is a hefty price to pay.
Reinforcing Weak Spots
Reinforcing weak spots serves as the armor of your quarter pipe. Identifying areas that are particularly vulnerable—like the joints where two pieces of plywood meet—can prevent the ramp from giving way unexpectedly. This can be crucial as it directly contributes to the overall goal of maintaining a safe skating environment.
The hallmark of reinforcing these weak spots is its proactive approach. By taking the time to fortify these areas, you create a solid ramp from top to bottom. This ensures that your riding experience remains full of tricks rather than mishaps, elevating confidence for everyone involved.
A unique advantage in this approach is that it can be a straightforward DIY project. A few additional screws or some strategically placed brackets can create a world of difference. However, one must be cautious not to overdo it as excessive reinforcement can lead to bulkiness and may affect the ramp's usability in the long run.
User Safety Protocols
Safety protocols are not merely guidelines; they are the lifebuoys keeping everyone afloat when riding the quarter pipe. From ensuring that all riders are using proper gear to understanding their limits, these protocols are vital in creating a fun yet secure space for everyone.
Proper Gear and Equipment
When it comes to proper gear and equipment, it’s like the difference between stepping into a ring with boxing gloves versus bare hands. Protective gear reduces the risks significantly, arguably making it one of the most beneficial aspects in ensuring safety while using the quarter pipe. This includes helmets, knee and elbow pads, and even wrist guards.
The defining feature of these items is their ability to absorb impact. For instance, a good quality helmet can be the line between a minor fall and a serious head injury. Having riders strapped in with the right gear opens avenues for them to push their limits, knowing they're safeguarded.
Moreover, procuring quality gear can be an investment. While pricier options exist, they tend to last longer and can withstand the wear and tear of frequent usage. On the flip side, some might argue that gear can feel restrictive or heavy, but that discomfort pales in comparison to what could happen without it.
Recognizing Safe Usage Limits
Recognizing safe usage limits is akin to knowing when to throttle down; it’s essential for everyone’s well-being on the ramp. This requires all users to have a grasp on their own skill levels. Ramping without understanding one’s limits can lead to accidents that may not only injure the rider but also others in the vicinity.
The crux of this aspect lies in encouraging riders to be mindful of their own abilities. It’s crucial that safety protocols stress that knowing when to sit out is just as important as conquering a new trick. This characteristic promotes a responsible riding community, reinforcing the goal of safety.
One unique feature here is that those limits are often fluid. Riders can grow and develop their skills, and understanding that one's comfort zone will shift over time is a vital lesson. However, establishing a common understanding among all users about these limits can sometimes be challenging, particularly in group settings.
"Your own safety should always take precedence over showing off. No trick is worth the risk if you're not equipped to handle it."
