Inflatable Kayak Safety Guide July 2026: Expert Tips for Safe Paddling

By: Dave Samuel

Updated On: June 4, 2026

There's something liberating about unrolling a compact bundle, inflating it within minutes, and launching onto pristine waters without the hassle of roof racks or heavy lifting. Inflatable kayaks have revolutionized how we access rivers, lakes, and coastal waters. Yet every season, I see paddlers head out with misplaced confidence, treating these capable vessels like indestructible pool toys rather than the sophisticated watercraft they've become in 2026.

This Inflatable Kayak Safety Guide addresses the gap between capability and caution. Modern inflatable kayaks feature military-grade materials, multiple air chamber redundancy, and construction techniques like drop-stitch technology that rival traditional hardshell performance. But these advancements mean nothing without proper safety knowledge, pre-trip preparation, and respect for environmental factors that can transform a pleasant afternoon into a survival situation.

Whether you're eyeing your first purchase or you've logged hundreds of miles on inflatable craft, the following sections will sharpen your safety practices. We'll explore construction technologies that keep you afloat, the 120 rule that could save your life in cold water, and practical protocols for handling emergencies when they arise.

What You'll Learn in This Guide

Construction technologies: drop-stitch vs traditional designs and multiple air chamber safety
Pre-trip inspection protocols and essential safety equipment requirements
The 120 rule for cold water safety and hypothermia prevention
Wind speed limits, water conditions, and environmental hazard recognition
Step-by-step puncture repair techniques for on-water emergencies
Capsize recovery methods specific to inflatable kayaks
Eight essential FAQs addressing the most common safety concerns

Understanding Inflatable Kayak Types and Construction

Not every inflatable kayak performs the same way on the water. The internal construction, material composition, and design purpose determine where you can safely take your vessel and how it will respond to challenging conditions.

Drop-Stitch Technology vs Traditional Construction

The most significant advancement in inflatable kayak safety comes from drop-stitch construction. Thousands of polyester threads connect the top and bottom fabric layers, allowing these kayaks to inflate to high pressures (8-10 PSI) that create a remarkably rigid hull. When you paddle a drop-stitch kayak, you're essentially on a hard surface that happens to be inflatable.

Traditional inflatable kayaks rely on separate tube chambers that flex with the water. While these offer excellent stability for beginners, they sacrifice some speed and tracking precision. Both styles incorporate multiple air chambers for safety, but drop-stitch models typically achieve superior performance in rough water where rigidity matters.

Multiple Air Chambers: Your Built-In Safety Net

Here's a fact that should comfort nervous beginners: modern inflatable kayaks contain three to five separate air chambers. If a sharp rock punctures your hull, only one chamber deflates while the remaining chambers maintain buoyancy. I cannot overstate how critical this redundancy is for safety.

Consider the physics: a three-chamber kayak with one chamber completely deflated retains approximately 70% of its original buoyancy. You can paddle to shore, albeit slowly and carefully, rather than swimming with a waterlogged craft. Always verify the chamber configuration before purchasing, and never paddle an inflatable with fewer than three separate air compartments for open water adventures.

Material Durability and Denier Ratings

The fabric strength of your kayak determines its puncture resistance. Manufacturers measure this in denier, with higher numbers indicating thicker, more durable material. Quality inflatable kayaks use 1000D reinforced PVC or Hypalon (a synthetic rubber compound) for the hull, with additional protective layers on high-wear areas like the bottom and sides.

PVC offers excellent puncture resistance at a lower price point, though prolonged UV exposure can degrade it over time. Hypalon costs more but withstands UV damage, extreme temperatures, and chemical exposure better than any alternative. For coastal or expedition use where reliability matters most, Hypalon construction provides the longest service life.

Choosing the Right Type for Your Environment

Match your kayak type to where you'll actually paddle. Sit-on-top inflatables offer the easiest entry and exit, self-draining capabilities, and exceptional stability for flatwater lakes and slow rivers. They handle chop reasonably well but sacrifice some speed and tracking efficiency.

Touring inflatable kayaks feature longer hulls (12-16 feet), skegs for straight tracking, and spray decks for weather protection. These excel on large lakes, coastal exploration, and multi-day trips where covering distance matters. Whitewater-specific inflatables use shorter, more maneuverable designs with reinforced hulls to withstand rock contact in rapids.

Never take a recreational sit-on-top kayak into ocean surf or Class III rapids. The design limitations become dangerous liabilities in environments they weren't engineered to handle. Respect the intended use range, and you'll avoid most preventable incidents.

Essential Inflatable Kayak Safety Protocols

Safety on the water begins long before you launch. A systematic approach to preparation, equipment verification, and environmental assessment separates confident paddlers from those who become statistics. Follow these protocols every single time you head out.

Pre-Trip Inspection Checklist

Before every outing, I perform the same fifteen-point inspection that takes five minutes and has prevented countless problems. First, unroll your kayak on grass or a tarp, never directly on concrete or gravel that could cause abrasion before you even reach the water.

Visually inspect all chambers for punctures, abrasions, or seam separation. Inflate each chamber partially and listen for escaping air. Apply soapy water to suspect areas and watch for bubbles indicating slow leaks. Check all valves for proper seating and test the Boston valve caps to ensure they seal completely.

Verify your skeg attaches securely and moves freely if your kayak uses a tracking fin. Test your paddle for cracked blades or loose ferrules. Confirm your life jacket zips and buckles function properly. Finally, check that drain plugs are installed tightly and haven't cracked from age or overtightening.

Proper Inflation Pressure (PSI Guidelines)

Under-inflation causes more safety issues than over-inflation. A soft kayak flexes excessively, making it unstable and sluggish to respond. Waves that would glance off a properly inflated hull instead push the soft material around, creating unpredictable handling.

Most recreational inflatable kayaks require 2-3 PSI in the side tubes. Drop-stitch floor chambers need 6-10 PSI to achieve proper rigidity. Use a pressure gauge; never rely on the "firm hand squeeze" method that leads to under-inflation. High-pressure pumps with built-in gauges are worth the investment for serious paddlers.

Inflate your kayak in shade if possible. Direct sunlight heats the air inside chambers, increasing pressure beyond safe limits. If you must inflate in sun, let out a small amount of air once on the water to prevent over-pressure situations that can stress seams.

Lifesaving Equipment You Must Carry

Coast Guard regulations require specific safety equipment, but the minimum isn't always sufficient for inflatable kayak safety. Here's what I carry on every trip, regardless of duration or conditions.

Personal Flotation Device (PFD): Wear a Type III paddling vest, not a bulky Type I offshore life jacket that restricts movement. The best PFD is the one you'll actually wear, so prioritize comfort and range of motion. Inflatable belt PFDs work for confident swimmers in warm water but require manual activation that may fail during cold-water shock.

Whistle: Attach a pealess whistle (it works when wet) to your PFD strap. Three long blasts signal distress. Practice producing loud, sustained notes that carry over wind and waves.

Bilge Pump: If water enters your kayak, a bilge pump removes it quickly without capsizing. Inflatable kayaks with self-bailing scupper holes still benefit from pumps when water overwhelms the drainage capacity.

Paddle Float: This inflatable bag attaches to your paddle blade to create an outrigger for stability during re-entry. Essential for solo paddlers who may capsize far from shore.

Dry Bag with Essentials: Pack a first aid kit, repair patch kit, spare valve parts, sunscreen, snacks, and a charged phone in a waterproof container. A VHF radio provides reliable communication where cell service fails.

The 120 Rule for Cold Water Safety

The 120 rule stands as the most important safety calculation that most kayakers never learn. Here's how it works: add the air temperature and water temperature together. If the total is less than 120 degrees Fahrenheit, you risk cold-water shock and hypothermia even if the day feels warm.

For example, a pleasant 70-degree day with 45-degree water gives you 115 total. Below the threshold. Cold-water shock can incapacitate you within minutes, causing gasp reflex and hyperventilation that makes swimming nearly impossible. Without thermal protection, you're gambling with your life.

When the 120 rule total falls below the safety threshold, wear a wetsuit (3mm minimum for moderate cold, 5mm for frigid conditions) or a drysuit with insulating layers. A wetsuit traps a thin layer of water that your body heats. A drysuit keeps you completely dry underneath and allows adjustment for varying temperatures.

Never skip thermal protection based on air temperature alone. Water conducts heat away from your body 25 times faster than air. You can die of hypothermia in water temperatures as warm as 70 degrees if you're immersed long enough without protection.

Understanding Water Conditions and Hazards

Environmental awareness separates safe paddlers from struggling ones. Before launching, check the safe wind speeds for kayaking to understand how gusts affect inflatable craft specifically. Wind acts on the high sides of inflatable kayaks more than low-profile hardshells, making weathercocking (turning into the wind) a constant battle.

Monitor tide charts for coastal paddling. An outgoing tide can create currents that overpower your paddling speed, leaving you unable to return against the flow. Rip currents demand perpendicular escape routes, never fight them directly. For ocean kayaking precautions including marine life encounters, review specialized guidance before heading into salt water.

Currents in rivers present different challenges. Strainers, which are partially submerged trees or debris that allow water through but trap solid objects, pose the deadliest hazard. Undercuts where the riverbank has eroded beneath the surface can trap and hold submerged kayaks. Learn to recognize these features and give them wide berth.

Addressing Common Inflatable Kayak Concerns

Every potential paddler asks the same questions before committing to an inflatable purchase. Are they durable? Will I sink? Can they handle real conditions? Let's dismantle these concerns with facts and practical guidance.

Puncture Resistance and Real-World Durability

The persistent myth that inflatable kayaks puncture easily stems from experiences with cheap pool toys, not quality watercraft. I've dragged loaded inflatables across rocky put-ins, scraped against submerged branches, and brushed against barnacle-covered pilings without incident. Quality materials withstand abuse that would surprise most skeptics.

That said, punctures happen. The difference between inconvenience and disaster lies in preparation. Always launch from clear areas free of broken glass, sharp shells, or metal debris. Avoid dragging your kayak over concrete boat ramps; carry it the final few feet. When landing in surf, hop out in shallow water and guide the kayak in by hand rather than riding it onto abrasive sand.

Store your kayak properly between uses. UV exposure degrades PVC over time, creating brittleness that cracks rather than flexing. Rinse salt water off after coastal trips. Dry completely before storage to prevent mold in the seams. These habits extend lifespan and maintain the material integrity that prevents punctures.

Multiple Air Chamber Safety Systems

I want to emphasize again why multiple air chambers matter so profoundly. Picture your kayak as having independent safety cells. A puncture in the port side tube doesn't affect the starboard tube or the floor chamber. You stay afloat, maintain some stability, and can execute a controlled return to shore.

Check the chamber isolation during your pre-trip inspection. Inflate one chamber fully while others remain deflated. Press on the inflated chamber and verify that valves and internal baffles prevent air transfer to neighboring sections. Each chamber should have its own inflation valve, allowing you to top off individual sections if slow leaks develop during a trip.

Never attempt to repair a puncture while on the water. The adhesives require dry, clean surfaces and curing time. Instead, paddle carefully to shore on your remaining chambers, then perform repairs on land. Carry a repair kit with patches sized for your specific kayak material, and practice the repair process at home before you need it in the field.

Stability in Challenging Conditions

Inflatable kayaks offer surprising stability, sometimes more than hardshell equivalents of similar width. The wide, buoyant tubes create a stable platform that resists tipping. However, they react differently to chop and wind, requiring adjusted technique.

For kayak stability techniques that work specifically with inflatables, focus on weight distribution. Sit centered in the cockpit with equal weight on both hips. Keep your center of gravity low, especially when waves hit from the side. Store heavy gear low in the kayak, preferably centered along the keel line rather than off to one side.

Deploy your skeg in wind to maintain straight tracking. Without it, inflatable kayaks weathercock severely, forcing constant correction strokes that exhaust you quickly. In quartering seas (waves from behind at an angle), brace with your paddle on the wave side to prevent rolling. The high sides of inflatables catch wind but also provide purchase for bracing strokes.

Step-by-Step Puncture Repair Guide

Knowing how to fix a puncture transforms a trip-ending emergency into a fifteen-minute delay. Keep a repair kit accessible, not buried deep in your gear where retrieving it risks further damage or losing equipment overboard.

Step 1: Locate the leak. Inflate the affected chamber and listen for escaping air. If you can't hear it, apply soapy water and watch for bubbles. Mark the spot with a pencil or tape.

Step 2: Deflate completely. Repairs require a flat, stable surface. If you're on the water, paddle to shore first using remaining chambers. Never attempt repairs while floating.

Step 3: Clean the area with alcohol wipes from your repair kit. Remove all dirt, sand, and oils that prevent adhesion. Let the surface dry completely in shade, never direct sun that causes the cleaning agent to evaporate too quickly and leave residue.

Step 4: Apply adhesive sparingly to both the patch and the kayak surface. Wait until the adhesive becomes tacky, usually 2-5 minutes depending on temperature. Hot weather speeds this; cold slows it.

Step 5: Press the patch firmly onto the prepared surface, working from the center outward to eliminate air bubbles. Use a smooth tool (the back of a spoon works) to apply even pressure across the entire patch.

Step 6: Allow proper curing time. In warm weather, wait at least 30 minutes. In cold conditions, extend this to several hours. Test the repair by inflating slightly and checking for leaks before full deployment.

Identifying Potential Hazards Afloat

Preventing emergencies requires recognizing danger before you're committed. Water environments change rapidly, and what appears benign from shore often conceals risks that challenge even experienced paddlers.

Weather Conditions That Threaten Safety

Weather creates the fastest transitions from safe to dangerous conditions. A calm morning can deteriorate into treacherous afternoon conditions as thermal winds build. Understanding these patterns keeps you off the water when risk escalates.

Thunderstorms demand immediate action. Lightning seeks the highest point, and on flat water, that's often you in your kayak. If you hear thunder, calculate distance by counting seconds between flash and boom, then dividing by five for miles. At five miles or less, head for shore immediately. At three miles, you're in the danger zone. If caught in open water, crouch low to reduce your profile, separate yourself from your paddle (which can conduct electricity), and avoid touching metal fittings.

Wind generates waves that challenge inflatable kayaks disproportionately. Their light weight means less momentum to punch through chop, and high sides catch gusts. Whitecaps indicate wind speeds exceeding 12 knots, generally the upper limit for safe recreational paddling. For detailed safe wind speeds for kayaking, reference specialized guidance before heading out in breezy conditions.

Temperature extremes create their own dangers. Heat exhaustion sneaks up through dehydration and sun exposure. Cold water shock, as covered in the 120 rule discussion, can incapacitate within minutes. Fog reduces visibility to near-zero, making navigation hazardous and preventing powered vessels from seeing you.

Physical Obstacles and Navigation Hazards

Submerged and visible obstacles require different avoidance strategies. Rocks and shoals threaten hull integrity, particularly in low-water conditions where previously submerged hazards emerge. Learn to read water: V-shaped patterns pointing downstream indicate rocks just below the surface. Smooth, glassy patches in rapids suggest submerged hazards creating hydraulic jumps.

Strainers represent the deadliest river hazard. Downed trees, bridge pilings, or debris jams allow water through but trap solid objects. The current pushes you against them with overwhelming force. Avoid strainers by scouting rapids before running them, and portage around any obstruction you cannot clearly see past. Never assume you can "punch through" a strainer, even in an inflatable.

Dams and weirs create hydraulic reversals that recirculate water and trap submerged objects indefinitely. The "drowning machine" effect has claimed expert swimmers and kayakers alike. Never approach low-head dams from upstream or downstream. Portage around them completely, carrying your kayak well above the danger zone.

Marine traffic requires constant awareness. Powerboats may not see low-profile inflatable kayaks, and their wakes can destabilize lightweight craft. Wear bright colors, carry a visible flag on an extended pole in busy areas, and avoid shipping channels. For common kayaking dangers including collision avoidance, review comprehensive safety protocols.

Responding to Emergencies on the Water

Despite preparation, emergencies occur. Your response in the first thirty seconds determines whether an inconvenience becomes a survival situation. These protocols address the most common inflatable kayak emergencies with practical, proven techniques.

Capsize Recovery and Re-Entry Techniques

If your kayak capsizes, stay with the craft. Inflatable kayaks provide flotation that exceeds any PFD. Hold onto the kayak rather than attempting to swim to shore, especially in cold water where swimming distances are drastically reduced.

The cowboy rescue works well for inflatable kayaks with open decks. Swim to the side of your overturned kayak. Reach across the far side and grab the opposite gunwale. Kick your legs vigorously while pulling yourself up and across the kayak. Roll onto the deck, then swing your legs into the cockpit once stable. Practice this in warm, shallow water before you need it in earnest.

For kayaks with spray skirts, execute a wet exit first. Lean forward, grab the grab loop on the skirt's front, and pull forward and up to release the skirt from the cockpit rim. Push yourself out of the kayak while holding your paddle. Once free, follow the cowboy rescue or use a paddle float for assisted re-entry.

If you cannot re-enter, stay with the kayak and signal for help. Three long whistle blasts indicate distress. Wave your paddle overhead to attract attention. Conserve energy by floating on your back with your PFD supporting you. Keep your legs up to avoid entanglement with submerged obstacles.

Emergency Signaling and Communication

When you need external help, clear communication saves time and lives. Carry multiple signaling methods: whistle for auditory signals, mirror or bright fabric for visual signals, and waterproofed phone or VHF radio for electronic communication.

VHF Channel 16 is the international distress frequency. The standard Mayday call follows this format: "Mayday, Mayday, Mayday, this is [your vessel name/description], [location], [nature of distress], [number of people on board], [any other information]." Repeat three times initially, then every few minutes until acknowledged.

Cell phones work near shore where towers remain accessible. Keep yours in a waterproof case accessible while wearing your PFD. Program local marine rescue numbers before your trip. GPS coordinates from your phone pinpoint your location precisely for rescue services.

Basic First Aid for Kayaking Injuries

Carry a compact first aid kit designed for water sports. Waterproof the contents in ziplock bags even if the container claims water resistance. Essential items include adhesive bandages, gauze pads, medical tape, antiseptic wipes, tweezers, pain relievers, and any personal medications.

Hypothermia requires immediate intervention. Recognize the signs: uncontrolled shivering, confusion, slurred speech, and drowsiness. Get the victim out of wet clothing and wind. Insulate them with dry layers, focusing on the core (chest, neck, head). Warm liquids help if the victim is conscious and able to swallow. Severe hypothermia is a medical emergency requiring evacuation.

Lacerations from oyster shells, fishing hooks, or equipment mishaps demand prompt cleaning. Salt water contains bacteria that cause nasty infections. Rinse wounds with fresh water, apply antiseptic, and bandage securely. Deep wounds or those showing signs of infection need medical attention within 24 hours.

Sun exposure creates delayed problems. Treat sunburn with aloe vera and stay hydrated. Prevent it with waterproof sunscreen, lip protection with SPF, and clothing with UPF ratings. Dehydration compounds heat-related illness; drink before you feel thirsty, as thirst indicates you're already behind on fluid replacement.

Kayaking with Pets: Dog Safety Considerations

Many paddlers want to share the experience with their canine companions. Inflatable kayaks actually suit dog-friendly paddling better than hardshells in some ways. The soft, grippy deck provides better footing than slippery fiberglass, and the stable platform resists tipping when dogs shift their weight.

Start with short trips to acclimate your dog. Let them explore the kayak on land first. Reward calm behavior with treats. Practice entering and exiting without launching. On the water, keep the first session under fifteen minutes to prevent anxiety from building.

Dogs need PFDs just like humans. Even strong swimmers tire quickly in cold water or current. A dog-specific flotation device with a handle on top allows you to lift them back aboard if they go overboard. The handle also helps control excited dogs on shore.

Protect paws from hot surfaces and sharp rocks. Dogs don't show discomfort until damage occurs. Booties designed for water use prevent cuts and burns. Bring fresh water for your dog rather than letting them drink from the river or ocean, which can contain pathogens or excess salt.

Plan for bathroom breaks. Dogs can't simply hop ashore like on land trips. Identify suitable stopping points before launching. Bring waste bags and pack out everything, following Leave No Trace principles even for pet waste.

FAQs

What is the 120 rule in kayaking?

The 120 rule is a safety calculation for cold water paddling. Add the air temperature and water temperature together. If the total is less than 120 degrees Fahrenheit, you need thermal protection such as a wetsuit or drysuit. Even on warm days, cold water can cause cold-water shock and hypothermia within minutes without proper insulation.

How safe is an inflatable kayak?

Modern inflatable kayaks are extremely safe when used properly. Quality models feature multiple independent air chambers that provide redundancy if one chamber punctures. Military-grade materials like reinforced PVC and Hypalon resist punctures, while drop-stitch construction creates rigid hulls that perform similarly to hardshell kayaks. Following proper safety protocols including wearing a PFD, checking weather conditions, and understanding water hazards makes inflatable kayaking as safe as any paddle sport.

Do inflatable kayaks flip easily?

Inflatable kayaks generally resist flipping better than narrow hardshell kayaks due to their wide, stable hulls and buoyant side tubes. The low center of gravity and flat deck make them particularly stable for beginners. However, they catch wind more easily due to higher sides, requiring skeg use and adjusted paddling technique in breezy conditions. With proper weight distribution and bracing skills, inflatables handle chop well without capsizing.

How much wind is too much for an inflatable kayak?

Most recreational inflatable kayaks should stay off the water when sustained winds exceed 10-12 knots (11-14 mph). Whitecaps begin forming at 12 knots, indicating conditions have become challenging for lightweight inflatable craft. Drop-stitch kayaks with skegs handle wind better than traditional tube designs. Check local forecasts and avoid offshore winds that could blow you away from safety while you're working to return.

What is the leading cause of death for kayakers?

Drowning remains the leading cause of death in kayaking incidents, with the majority of victims not wearing personal flotation devices. Cold-water shock and hypothermia contribute significantly, particularly when paddlers underestimate water temperature despite warm air. Other major causes include entrapment in strainers (submerged obstacles) and trauma from collisions. Wearing a PFD and understanding environmental hazards prevents most fatalities.

Can inflatable kayaks handle ocean conditions?

Some inflatable kayaks handle ocean conditions well, but not all models suit salt water use. Touring inflatables with long hulls, skegs, and spray decks manage coastal paddling, mild surf, and swell. However, inflatable kayaks should avoid breaking surf, strong rip currents, and offshore winds that exceed their tracking capabilities. Rinse salt water thoroughly after use to prevent material degradation. For specific ocean kayaking precautions, review specialized guidance before coastal trips.

How do I repair a puncture in my inflatable kayak?

To repair a puncture, first locate the leak using soapy water to find bubbles. Deflate the chamber completely and clean the area with alcohol. Apply adhesive to both the patch and kayak surface, waiting until tacky (2-5 minutes). Press the patch firmly from the center outward, eliminating air bubbles. Allow 30 minutes to several hours curing time depending on temperature before reinflating. Practice repairs at home before you need them on the water.

Do inflatable kayaks puncture easily?

Quality inflatable kayaks resist punctures surprisingly well. Premium models use 1000D reinforced PVC or Hypalon with multiple fabric layers. I've scraped against rocks, dragged across gravel, and bumped submerged branches without issues. However, sharp objects like broken glass, oyster shells, or fish hooks can cause damage. Multiple air chambers ensure you stay afloat even if one chamber deflates. Proper handling, launching from clear areas, and avoiding abrasion prevents most punctures.

What safety gear do I need for inflatable kayaking?

Essential safety gear includes a Type III PFD (life jacket) worn at all times, a pealess whistle attached to your PFD, a bilge pump for removing water, a paddle float for re-entry assistance, and a repair kit with patches sized for your kayak material. Additional recommended items: first aid kit, dry bag with phone and radio, spare paddle, sunscreen, and appropriate clothing for water temperature.

Conclusion

Inflatable kayak safety isn't about avoiding adventure; it's about extending your adventures through preparation and knowledge. The technologies available in 2026 make these craft remarkably capable, drop-stitch construction provides rigidity once unimaginable, and multiple air chambers offer redundancy that hardshell kayaks cannot match. But technology only works when paired with smart practices.

The 120 rule, proper inflation pressure, pre-trip inspections, and emergency preparedness transform potential disasters into minor inconveniences. Every protocol described in this guide exists because someone learned its importance through difficult experience. You benefit from their lessons without paying the same price.

Before your next paddle, review this guide again. Check your equipment against the lists. Calculate the 120 rule for your destination. Share your float plan with someone on shore. These small investments of time and attention ensure you return with stories worth telling, ready to plan the next trip.

Key Safety Takeaways:

Apply the 120 rule before every cold-water paddle to determine thermal protection needs
Verify multiple air chamber integrity during pre-trip inspections
Carry repair kits, first aid supplies, and communication devices on every outing
Understand wind limits and water hazards specific to your destination
Practice capsize recovery techniques in controlled conditions before you need them
Wear your PFD without exception, it only works when worn

For additional general kayak safety guidelines that apply to all paddlecraft, explore our complete safety resource. Safe paddling, and see you on the water.