While exploring the great outdoors, one crucial gear all experienced trekkers and bushcraft lovers appreciate is the tarp. Becoming proficient at configuring tarp shelters increases self-reliance and enhances wilderness experience by offering reliable protection and security, regardless of destination or weather conditions. This comprehensive guide will equip you with various tarp shelter configurations based on different terrains, climate patterns, and unique individual preferences. You’ll be amazed at what you can accomplish with a simple tarp, and with this guide, you can turn a simple tarp into the ultimate backcountry refuge. Prepare yourself for wishing all your future outdoor excursions are comfortable and efficient by using this invaluable tool.
What are the best tarp shelter setups for beginners?
For neophytes, the following tarp shelter configurations are some of the most dependable and simple to build:
- Lean-To Shelter
This is one of the easiest setups. Stake down one side of the tarp to the ground while securing the other side to a horizontal anchor, such as a pole or rope between two trees. Offers rudimentary wind and rain protection.
- A Frame Shelter
Throw the tarp over a line between two supports and stake down both ends. This forms a triangle that provides good coverage from light rain and wind.
- Plow Point Shelter
Secure one corner of the tarp to a fixed point, such as a tree, then stake the other three corners to the ground. This method is quick to set up, requires minimal gear, and offers effective protection against the wind.
These shelters are simple to master and require few materials, making them ideal for novice tarp campers.
Understanding different tarp shelter configurations
| Configuration Name | Key Features | Suitable For | Pros | Cons |
|---|---|---|---|---|
| A-Frame Shelter | Simple ridge-line support | Rain and wind protection | Easy setup, good coverage | Limited space inside |
| Lean-To Shelter | Angled open-sided design | Wind protection, cooking area | Quick setup, accessible | Less rain protection |
| Diamond Fly Shelter | Centered diagonal pole/ridgeline | All-weather, lightweight camping | Compact design, versatile | Requires precise poles/ridgeline |
| C-Fly Wedge Shelter | Closed angled shape | High wind conditions | Stable against wind | Limited headroom |
| Plow Point Shelter | Single anchor with three staked corners | Quick wind cover | Ultra-fast setup | Open sides limit rain cover |
| Tarp Tent Shelter | Fully enclosed tent-like design | Comprehensive protection | Fully enclosed for warmth | Longer setup time |
| Adirondack Shelter | Three-sided cover with open front | Campsites, casual camping | Good rain/wind cover, spacious | Open front reduces warmth |
| Flat Roof Shelter | Horizontal setup | Shade in sunny climates | Excellent sun protection | Poor rain drainage potential |
Essential tarp setup gear and accessories
| Essential Gear/Accessory | Key Points/Parameters |
|---|---|
| Tarp | Waterproof, durable material |
| Tent Stakes | Secures tarp to the ground |
| Paracord/Guylines | Provides tension and stability |
| Ridgeline | Central line for tarp support |
| Groundsheet | Protects under-tarp surface |
| Adjustable Poles | Height adjustment for setup |
| Carabiners | Quick fastening and detachment |
| Tensioners | Tightens guylines with ease |
| Hammer/Mallet | Drives stakes into the ground |
| Storage Bag | Compact storage for gear |
How to Choose the Right Tarp for Your Needs
The appropriate tarp for camping and other outdoor activities is essential for comfort, protection, and longevity. Here are the most critical factors, along with data and insights:
- Material
Different materials tarp comes in, and each one has its benefits.
- Tarps made from Polyethylene (Poly) are weatherproof, low-cost, and waterproof. They are not the cheapest option only due to their protective capabilities, as their thickness is 5 to 16 mils. As a bonus, they are affordable.
- Silnylon Tarps are amazing for hikers or backpackers due to their ultralight feature. They range from 1 to 2 pounds, and their construction using Silicone and Nylon makes them highly water- and tear-resistant.
- Canvas Tarps are great for people looking for something heavy-duty. They are not only long-lasting but also breathable. They can also be extremely heavy, weighing over 10 pounds without treatment.
- Shape and Size
Decide what your intended use is first so you can make the right choice regarding the dimensions of the tarp. Square-cut and rectangular tarps are also made in large and small sizes. The largest is 12×16 ft, which can accommodate groups, and the smallest is 6×8 ft, which is reserved for single-person use. Elongated rectangles of 10x12ft are perfect for hammock camping as well.
- Weight
Portable backpackers cherish light travel tarps under 2 pounds. Heavier types made of polyethylene and canvas are suited for stationary camping or shelters where mobility is not essential.
- Weather Resistance
The weather performance of a tarp is crucial. Look for:
- A waterproof rating measured in millimeters (mm) of Hydrostatic Head. 1,000mm and above is excellent for enduring rain.
- UV resistance to avoid sun damage. Polyethylenes with UV-treated coatings last longer in direct sunlight.
- Rigging Features
Various claims and ideas about reinforced grommets, tie-out loops, and guy line compatibility claim ease of set up and added durability. Edge and corner reinforcement prevents tearing out under tension.
- Use Case
- Camping or hiking. Best option: ultralight silnylon tarps.
- Dome or flat roofs of houses and other buildings are expected to be used for a long time. The best option is treated breathable canvas tarps.
- Rough construction sites. Best option: thick polyethylene tarps.
Tip: Look at modular systems. Hyperlite Mountain Gear or DD Tarps have adaptable configurations for a specific activity focus. All systems are designed to guarantee situational shelter adjustment.
Considering these aspects, as well as your precise outdoor requirements, will help you select a tarp that provides reliability and improves your experience. Remember to evaluate ratings, reviews, and specifications to make the best decision.
How do you create an effective A-frame tarp setup?
To make an adequate A-frame tarp shelter, here are the steps you need to follow.
- Picking the Location: You want flat areas without rocks or sharp objects. The place also needs to provide wind protection, such as trees and bushes.
- Setting Up A Ridgeline: Tie a strong rope or cord around two main anchor points, like trees, and use them to set up a ridgeline. The tarp will serve as the structure’s base, so the line should be tight.
- Positioning The Covering: Raise the middle of the tarp so that it drapes over the ridgeline, forming a triangle shape on either side. Tweak it to ensure symmetrical coverage on both sides.
- Securing the Corners: Use a stake or solid anchor at each corner to hold the tarp down. Place the stakes outward to improve stability and tension.
- Adjust and Tighten: Reduce slack areas and adjust the tarp or stakes as needed. Ensure the tarp is tightened to bear strong winds and heavy rain.
The design is both practical and optimal for many outdoor conditions.
Step-by-step guide to setting up an A-frame
- Find Two Anchor Points: First, I look for two robust anchor points, which could be trees or poles spaced apart to the desired length of the A-frame.
- Run the Ridgeline: I secure a taut ridgeline between the two anchor points as the tarp’s top support.
- Drape the Tarp: After that, I placed the tarp in an ‘A’ shape and draped it over the ridgeline.
- Secure the Tarp: Next, I stake the edges of the tarp at a downward angle to the horizontal, which aids in spreading it out enough for bare minimal slack but tension optimal.
- Check and Adjust: Lastly, I inspect the Slack configuration and make the necessary tweaks to maintain uniform tautness throughout the untapped frame. This ensures stability and readiness against unpredictable weather conditions.
Choosing the best ridgeline for stability
When selecting the optimum ridgeline for stability, various considerations must be factored in, including material, weight, durability, and ease of setup. Listed below are five common types of ridgelines, each with distinct characteristics and benefits:
- Paracord Ridgeline
Ideal for ridgelines, paracord is lightweight, highly versatile, and extremely durable. Its exceptional tensile strength allows it to support substantial amounts of weight while remaining easy to store. However, paracord has some drawbacks, as it can stretch under prolonged tension and may require frequent adjustments.
- Dyneema Ridgeline
Renowned for its remarkable strength-to-weight ratio, Dyneema is UV resistant and does not absorb water, making it ideal in harsh weather conditions. Ultralight Dyneema ridgelines are slightly more expensive, but their superior tension maintenance during extended use makes up for it.
- Nylon Ridgeline
Widely available and budget-friendly, Nylon also has reasonable strength and elasticity to provide flexibility in tight setups. Unfortunately, its stretchable nature is problematic in wet conditions, requiring frequent tightening.
- Kevlar Ridgeline
The ridgelines made from Kevlar offer the most stretch resistance and durability. They are incredibly useful for long-term applications with great demands. Although Kevlar does have its perks, such as being heat resistant, it is much heavier and more expensive than competing materials.
- Polyester Ridgeline
Polyester is a good balance fabric as it has moderate strength, low stretch, and resistance to UV rays and moisture. It works great as a line for most outdoor configurations, but it is heavier than Dyneema and paracord.
These are the benefits of each material, together with their cons. When choosing the best ridgeline for tautness, Factors like the climatic conditions, intended purpose, and personal preference should guide your choice.
Securing the Corners and Sides of Your Tarp
Each corner and side of the tarp must be secured correctly to ensure it is safe and durable, especially during extreme weather. With the latest recommendations and techniques, we have included research-backed recommendations and practical strategies to help you set up reliably:
- Appropriate Use of Guy Lines and Adjustable Knots
Guy lines are essential when connecting the corners and edges of the tarp. Proper tension can be achieved via adjustable knots, such as a taut-line hitch or trucker’s hitch. These knots tend to hold the tarp tight and permit adjustability, which creates adaptability. The majority of specialists recommend a line strength of around 20-30 lbs, depending on wind and tarp size.
- Anchor Points and Stakes
Whenever possible, use strong anchor points, especially sturdy poles or trees. If stakes are used, they should be driven into the dirt at forty-five degrees. Recommended stakes include aluminum or titanium options, which have holding strengths ranging from 30 lbs to over 70 kg, depending on the soil type.
- Reinforced Tarp Grommets or Loops
Tarp grommets or loops could be stress points under tension. To make them more durable, these regions can be reinforced with webbing loops or grommet repair kits. Research shows that reinforced grommets can augment tearing resistance by 40 percent in heavy winds.
- Adjust for Weather Conditions
Pitch higher and loosen level in extreme wind conditions to reduce drag caused by high gusty winds, while a tarp should be positioned so that rainfall can run off. A study also reports that at least 45 degrees provides the best runoff slope for a tarp.
Implementing these strategies and precise alterations will help tighten the sides and corners of the tarp, making it suitable for an outdoor shelter even in harsh settings.
What is a closed-end A-frame, and how to set it up?
A closed-end A-frame is a type of tarp shelter that provides more protection from wind and rain by enclosing one or both ends of the structure. It is made by securing the tarp in the classic A-frame shape while sealing or folding the ends to block the elements.
How to Set It Up
- Choosing the Right Site: If possible, select a flat area with no sharp debris and nearby trees that can serve as natural wind barriers.
- Set Up the Ridge Line: Use two anchor points, such as trees or poles, to tie a stout line between them. The line has to be tight and set at a distance reasonable for the frame’s desired size.
- Position the Tarp: Place the tarp over the ridge line, ensuring that other portions of the wind can be staked as hold points for other poles.
- Sealing the Ends:
- Fold the tarp inward at one edge and fasten with clips, tie-outs, or grips to close one end.
- Now for both ends, do the same process on the other side for full enclosure.
- Stake the Sides: Work to pull the edges of the tarp towards the ground along the lines they are held while the A-frame outline and structure are being constructed.
This construction will enable stable easy erect temperature shelters while overwatching some very harsh weather elements.
Benefits of the closed-end A-frame setup
| Description | |
|---|---|
| Enhanced Stability | Resists strong winds effectively |
| Weather Protection | Shields from rain and snow |
| Lightweight Design | Easy to transport and setup |
| Efficient Space Utilization | Maximizes interior usable space |
| Durable Structure | Sturdy framework for prolonged use |
| Easy Assembly | Quick and simple to construct |
Using poles and guylines effectively
Regarding the structural integrity of the tarp, proper usage of poles, sidelines, and supporting guylines improves the tension/resistance ratios, while overall static load stability increases the tarp’s resistance against wind and hazardous weather conditions.
Adjusting for optimal ventilation and protection
To improve ventilation while ensuring protection, I achieve airflow by quartering the setup with the wind and either rolling up one side of the tarp or making small cuts near the bottom. Simultaneously, I block the wind with my framing and tie it down snugly to avoid pockets of wind, thus ensuring comfort and protection.
How do you perform a wind-shed setup for harsh weather?
To accomplish a wind-shed configuration for extreme weather conditions, adhere to the following:
- Find Suitable Locations: Look for areas with natural concealment, such as large stones or trees. Do not go for open high ground.
- Properly Anchor the Tarp: Fasten the tarp’s corners to the ground using strong pegs or bulky objects. Ensure that the tarp is tight as to withstand heavy wind.
- Set the Proper Tarp Angle: Place the tarp at a steep angle with the high end facing away from the wind. This allows for strong wind deflection.
- Strengthen with Guy Lines: Fasten guy lines to the tarp’s tension points and then fasten them to solid points to these points for further convenience.
This configuration precisely lessens wind exposure, increasing durability and extends useful life of the shelter.
Key features of a wind-shed setup
| Description | |
|---|---|
| Material | Durable and weather-resistant |
| Height | Optimal for wind deflection |
| Design | Aerodynamic and efficient |
| Orientation | Aligns with prevailing wind |
| Installation | Easy setup and secure footing |
| Maintenance | Minimal upkeep required |
| Cost | Affordable and cost-effective |
| Environmental Impact | Sustainable and eco-friendly |
| Durability | Resists extreme weather |
| Mobility | Can be relocated if needed |
Anchoring the Tarp to the Ground
For optimum stability and wind resistance, anchors require proper tarp and ground orientation. Here’s a comprehensive guide on ways to fasten your tarp effectively:
- Choose the Most Suitable Anchor
Ensure anchors such as pegs, stakes, or screws are of the appropriate quality for the surface type. Examples include:
- Soft Ground: Rotate a stake into the loose soil. Long Spiral Stakes Are Recommended for firm placement.
- Rocky or Hard Ground: Opt for heavy-duty steel stakes or rock anchors, which are easier to penetrate and resist.
- Consider The Angle And Depth Of The Anchor
The orientation aids maximum tension and mitigates pull-out dear wind. Push or hammer stakes at a 45-degree angle with the pointed end facing away from the tarp.
- Employ Knot Tying Techniques with Greater Durability
Attach the guy lines with movable adjustable knots to the stake. The Knots Should Withstand Strain. Knots such as a taut-line hitch or trucker’s hitch that provide a toggle and lose ability will get the job done.
- Add Additional Weight To Increase Anchor Resistance
Some anchors require supplemental weighted objects, such as sandbags or containers holding water, to help augment the resistance wthat ind may exert, especially in snow or sandy regions.
- Tarpaulins, Ground Tie-out Points, And Wind Management
New findings suggest that tarps combined with grommet or webbing loop-type reinforced ground attachment points reduced tear rate by as much as 40% during high winds. Tarps that have double stitching on the sides or are made from heavy-duty polyethylene should be looked for further, as they will stand up to harsh conditions.
With proper anchoring techniques, your tarp shelter can withstand unrelenting wind while greatly increasing stability and preserving its integrity.
Using Trekking Poles for Additional Support
Trekking poles can significantly improve the stability and tension of your tarp shelter during inclement weather. They give a durable framework and lessen stress on the tarp material. Below are five notable features and reasons why trekking poles add support are beneficial:
- Improved Stability
Crossing the tarp corners to trekking poles form a symmetrical structure, which diminishes the chance of an inward collapse during strong winds. Research suggests that incorporating trekking poles may improve a shelter’s wind resistance by 30%.
- Adjustable Height
Many trekking poles have adjustable heights that can be set, allowing flexible ventilation and increased living space under the tarp. This accommodates diverse people’s needs in the outdoors.
- Lightweight and Portable
Lightweight trekking poles can easily be packed, which is convenient for hikers and campers alike. This is advantageous as it doesn’t add considerable weight to the gear.
- Dual Functionality
Trekking poles attached to the tarp serve as support while hiking. This reduces the amount of equipment without sacrificing functionality.
- Simple Configuration
Trekking poles can be adjusted quickly and positioned with built-in mechanisms such as locking systems or collapsible segments. As a result, setting up the tarp shelters is more efficient than other methods.
What are the advanced tarp shelter configurations for experienced campers?
| Configuration Name | Key Features | Benefits | Required Equipment |
|---|---|---|---|
| A-Frame Shelter | Simple, stable, wind resistance | Easy setup, rain shedding | Tarp, rope, stakes |
| Lean-To Shelter | Open side, angled tarp | Provides wind and rain protection | Tarp, rope, stakes |
| Plow Point Shelter | One anchor point, triangular shape | Minimal setup, weather resistance | Tarp, single rope, single stake |
| C-Fly Wedge | Elevated, wedge-shaped design | Excellent rain and wind coverage | Tarp, stakes, multiple ropes |
| Flying Diamond Shelter | Diagonal tarp configuration | Covers large areas, versatile setup | Tarp, rope, stakes |
| Pyramid Shelter | Central high point, conical shape | Compact, all-direction protection | Tarp, tall pole, stakes, ropes |
| Diamond Fly Shelter | Diagonal square tarp configuration | Full protection, lightweight setup | Tarp, rope, stakes, center pole |
| Tarp Teepee | Cone-like with multi-entry points | Ample space, great for group camping | Large tarp, ropes, stakes, support pole |
| Envelope Shelter | Enclosed on two sides | Excellent for cold-weather camping | Tarp, rope, stakes, optional floor |
Exploring the c-fly and other unique setups
| Description | |
|---|---|
| C-Fly Max Flight Time | Up to 25 minutes |
| C-Fly Camera Resolution | 4K Ultra HD |
| C-Fly Control Range | Up to 1.2 miles |
| C-Fly GPS Features | Real-time tracking, precision landing |
| C-Fly Weight | Lightweight, under 250 grams |
| Unique Setup Compatibility | Supports third-party controllers |
| Unique Setup Battery Life | Varies by model, up to 30 minutes |
| Unique Setup Connectivity | Wi-Fi or Bluetooth supported |
| Unique Setup Portability | Compact and foldable designs |
| Unique Setup User Interface | Intuitive app or remote controls |
Integrating Hammock and Bivy Elements
Leveling up for more experienced campers who appreciate comfort and flexibility, integrating hammock and bivy features into tarp shelters is an advanced form of camping. A hybrid configuration combines a hammock’s elevation and comfort with a bivy’s protective coverage, enhanced by a properly rigged tarp for maximum adaptability.
Benefits of Combining Hammock and Bivy Setup
- All-Terrain Versatility
This setup adapts well to different environments, such as densely wooded areas for hammock suspension or rough, uneven ground for bivy use. The tarp functions as a protective shield against rain, snow, and wind.
- Lightweight and Compact
Adopting a hammock and bivy hybrid also helps reduce the overall weight of the camping gear. An ultralight hammock weighs about 1 to 2 lbs, as does a standard bivy sack, which typically weighs under a pound. Pair that with a light tarp of about a pound, and the entire shelter can weigh less than 4 lbs while still being functional.
- Improved Weather Resistance
With proper rigging, the tarp can form an A-frame or diagonal lean-to over the hammock to shield it from wind and rain. The bivy adds another layer of insulation and the water protection needed for colder or wetter conditions.
- Increased Bug Protection
A separate bug net can be added to the hammock or integrated into the tarp’s design to provide additional bug protection. This is particularly important for tropical and humid regions. According to recent polls, bug protection is one of the top three concerns for campers while backpacking in the summer.
Relevant Information and Sources
- Rain Protection Efficiency: Most outdoor tarps are constructed from silnylon or Dyneema, and their waterproof rating ranges from 1,200 mm to over 2,000 mm. This makes them excellent for heavy rainfall.
- Durability: The newer generation of bivy sacks, like the eVent or Gore-Tex fabric, is breathable and weatherproof, reducing condensation while enduring the elements, making it durable for prolonged usage.
- Set-Up Time: With some practice, a combined hammock, bivy, and tarp shelter may take no more than 10-15 minutes to set up. This is advantageous for unpredictable situations.
Setup Techniques That Maximize Performance
- For hammock mounting, always use trees at least 8 inches in diameter and 12-15 feet apart.
- During heavy raining, set the tarp up higher, at a steeper angle to improve runoff, and thus pooling to guarantee the sleeping area stays dry.
- Adjustable cord tensioners are essential; carry them with you along with trekking poles to fine-tune tarps according to particular landscape and weather conditions.
For experienced campers, seamlessly combining hammock and bivy features offers an adjustable yet efficient camping shelter system that provides comfort, protection, and ease of transport, provided it is set up correctly.
Maximizing space and versatility with flat tarp designs
The usefulness of flat tarp designs stems from ease of transport and their ability to accommodate different types of camping. These designs offer the most value for campers and hikers who need a product that maximizes adaptable space for varying weather conditions. The following are five crucial flat tarp shapes along with their descriptions:
- A-Frame Shelter
- Description: Creates a traditional tent shape by suspending a tarp over a central ridgeline.
- Advantages: Outstanding rain and wind deflection with ample space for two campers.
- Ideal for: Windy and rainy climates.
- Lean-To Shelter
- Description: Only one long side of the tarp is pitched low to the ground.
- Advantages: Quick setup and excellent angle for viewing.
- Ideal for: Use as a camping windbreak during warmer weather.
- Flat Roof Canopy
- Description: Tarp pitched horizontally above the ground with no protective walls.
- Advantages: Offers shaded areas and light breezes without airflow obstruction.
Ideal for: Gatherings in hot weather.
- C-Fly Wedge
- Description: The tarp is pitched so that one edge is elevated and the other is staked to the ground.
- Advantages: Air flow while providing good defense against rain and wind.
- Perfect for: Areas with unpredictable weather patterns.
- Hexagonal Configuration
- Description: Created by fixing six points of a rectangular tarp at differing altitudes, creating a dome-like shape.
- Benefits: Spacious and aerodynamically efficient, with full coverage.
- Ideal for: Longer stays or locations with unpredictable weather patterns.
With these set configurations, campers can adjust their shelter to meet the specific demands of the surroundings, optimizing comfort and safety in the wilderness.
References
- REI Co-op Expert Advice – REI provides comprehensive guides on camping techniques, including tarp shelter setups. Their information is sourced from outdoor experts and is widely recognized for its reliability.
- Backpacking Light – This site offers in-depth articles and tutorials, backed by experienced backpackers and researchers, focusing on lightweight tarp shelter configurations and techniques.
- American Camp Association (ACA) – The ACA features trusted outdoor and camping resources, with detailed instructions on shelters, including tarp setups. Their guidelines support safe and effective practices.
Frequently Asked Questions (FAQ)
Q: What are the most common tarp configurations for backpacking?
A: Some of the most common tarp configurations for backpacking include the A-frame, lean-to, and tarp tent. These setups are favored for their simplicity and effectiveness in various weather conditions.
Q: How do I set up an ultralight tarp using two trekking poles?
A: To set up an ultralight tarp with two trekking poles, first lay the tarp on the ground. Secure the top of the tarp to one pole, and the far end to the other. Adjust the height for desired headroom by lengthening or shortening the poles. Use guylines and stakes to secure the edges of the tarp.
Q: What knots are essential for setting up a tarp shelter?
A: Essential knots for setting up a tarp shelter include the trucker’s hitch for tensioning the ridge line, and the bowline and taut-line hitch for tie-outs. These knots help keep the tarp secure and taut in windy conditions.
Q: How can I make a lean-to tarp shelter?
A: To make a lean-to tarp shelter, anchor one side of the tarp to the ground with stakes. Use two trees or trekking poles to raise the opposite side, creating a sloped surface. This configuration provides good wind protection and an open front for easy access.
Q: What materials are recommended for a durable tarp setup?
A: Silnylon tarps are popular for their lightweight and durable characteristics, making them ideal for backpackers. They’re resistant to tearing and hold up well in a variety of weather conditions.
Q: How do I effectively use a ridge line in tarp configurations?
A: A ridge line runs between two trees or poles and supports the top of the tarp. Secure the tarp to the ridge line using grommets and attach guylines to tie-outs for extra stability. This setup is crucial for maintaining a taut tarp.
Q: What are the benefits of using a tarp as a tent shelter?
A: Using a tarp as a tent shelter offers versatility and ultralight options. Tarps are easy to pack, configured for various weather conditions, and provide more headroom and ventilation than traditional tents.
Q: How can I ensure my tarp stays secure in windy conditions?
A: To secure your tarp in windy conditions, use a combination of sturdy stakes, paracord, and properly tied knots like the trucker’s hitch. Position the tarp with the lower edge facing the wind and ensure the guyline is taut.
Q: What should I consider when choosing a new tarp shelter?
A: When choosing a new tarp shelter, consider the weight, size, and material. An ultralight, compact tarp made from durable materials like silnylon will provide versatility and durability during your backpacking trips.
Q: Can a tarp be used as a groundsheet?
A: Yes, a tarp can be used as a groundsheet to protect your gear from moisture and dirt. Position it beneath your sleeping area, extending slightly beyond your footprint, to keep your gear dry and clean.
