How to Anchor Your Party Tent in A Storm

We usually remind clients that while different types of tents exist with varying tolerances to the weather elements, even the most costly tent is just a tent. That’s why you must learn how to secure it during adverse weather. Here’s a list of tips to anchor your tent.

Use Anchor

Although anchors work to secure canopies mostly and other shelters, we can use them to secure a tension tent as well. At times, rental tents might come with anchors as part of the accessories to stabilize your tent until you’re done. If your rental doesn’t include an anchor, we can recommend where you can obtain them.

Remember, anchors can’t work on a patio or pavement. Instead, they work on a flat surface. Insert each anchor and drive it to the ground with a mallet before you work on another one. We recommend you place it deep enough; otherwise, it could slip out.

See also  Do You Need Vendor Tents With Walls?

Include Anti-Sink Pole Plates

Unless your high-peak tent is erected on concrete, make sure you use anti-sink plates. They can be made from recycled wood from an old table or anything similar. We recommend them if you don’t want your poles to sink into the ground.

Similarly, if you’re avoiding marks on the ground, this will help. If the ground is too soft and poles penetrate, the wind might push your tent to one side.

Awnings

Most tents come with a zip-on cover on the front awning. If either option exists, we recommend their use once you notice the wind picking up. Awnings help break the wind from sweeping beneath your tent and lifting it in the air. Furthermore, they prevent your belongings, as well as your guests, from getting covered in rain or sand while in a rental high-peak tent. You need to install awnings properly to prevent any issues.

Tent Weights Anchor

If you’re seeking an easy solution to secure your tension tent in high winds, tent weights will come in handy. Depending on the surface on which you erect the tent, weights will come in handy.

Guy Ropes and Pegs

Additional anchoring is necessary for securing our rental tents during a storm. If you think that the guy ropes and pegs don’t hold your tent appropriately, you could obtain more for safe anchoring.

Additional guy ropes and pegs will enhance the stability of the structure to make sure it doesn’t get blown away in strong winds. You could add tiny rocks to the pegs to make sure the pegs remain firm on the ground.

See also  How to Choose the Perfect 20×20 Frame Tent Rental

Water

Water jugs are perhaps the least expensive and simplest to create. They offer significant anchoring as long as the jug is large enough. Although one gallon isn’t sufficient for strong winds, it offers some anchoring, and you can use multiple anchoring at each corner.

To produce a heavier bag, simply fill it with sand before water. We warn our clients that plastic will eventually photo-degrade eventually, so be ready for the day when your bag disintegrates.

Use these as decision triggers, not as a certified wind rating for your specific tent. Your manufacturer’s documented rating always governs.

ETI’s own long-standing guidance is even more conservative. We propose a full evacuation if winds reach gusts of 35 mph sustained for more than three seconds. That three-second gust criterion, along with crowd control, lightning, and extreme-temperature planning, is covered in our companion piece on the safety requirements every tent operator should know.

The point most guides miss

A tent is one of the worst places to be during storms. It offers no lightning protection and no protection from a collapsing frame, and a vinyl top conducts electricity, especially over steel or aluminum poles.

In genuinely adverse weather, evacuation rather than anchoring is the answer. A properly secured tent lowers the risk of the structure being blown over or damaged. It does not eliminate it.

Ballast is what you use when you cannot drive tent stakes: on concrete, asphalt, pavers, or anywhere underground utilities rule out staking. Where staking is permitted, it is stronger than ballast for the same footprint.

The figures below are general industry starting points, not engineered values. A real ballast plan accounts for tent geometry, eave height, sidewall configuration, surface friction, and an ASCE safety factor.

The jump in requirement as footprints grow is steep. A 30×30 footprint already sits outside rule-of-thumb territory, and by the time you reach spans like 30×40 or 40×60, ballast and bracing both need to come from an engineered plan rather than a table.

If storm exposure is a routine part of your calendar rather than an occasional risk, it is worth looking at frames built for sustained heavy-duty use before you try to solve the problem with weight alone.

ETI points installers to ATA’s (formerly IFAI) Tent Rental Division resources — the Procedural Handbook for the Safe Installation and Maintenance of Tentage, the Ballasting Tools, and the Staking Guide — as additional references. These are member-access resources.

Three rules that matter more than the numbers:

1. Sidewalls multiply load. A tent with walls installed acts like a sail. Enclosing a structure can more than double the ballast requirement versus the same frame open on all sides.

2. Never use the minimum. Professional calculations apply a safety factor per ASCE standards. Size up.

3. Sand and water bags are consumables, not engineering. They are acceptable supplementary weight for a small canopy in mild conditions. They are not proper anchoring for a commercial tent in a storm, and plastic photo-degrades in UV and then fails without warning.

Tools and equipment

• Manufacturer’s installation instructions

• heavy-duty stakes sized per those instructions

• sledgehammer or mechanical stake driver

• ratchet straps or guy lines

• anemometer

• engineered ballast for hard surfaces

• anti-sink pole plates

• utility locate confirmation (call 811 before driving any stake into the ground)

Steps

1. Confirm the manufacturer’s wind rating and anchoring spec. Every step below is subordinate to it. If you are renting and do not have the documentation, request it before the event. Anyone shopping for a tent of their own should treat that documentation as a purchase criterion, not an afterthought.

2. Call 811 and confirm utility locates before driving stakes. This is a legal requirement in most jurisdictions and a common cause of serious incidents.

3. Assess the surface and the soil. Compacted soil and grass accept stakes. Concrete, asphalt, decking, and pavers require ballast or drilled-in anchors. Soft, sandy, or saturated ground dramatically reduces stake holding capacity, which is the single most common anchoring failure. Also check overhead, because trees and limbs above the canopy are a hazard in high winds regardless of how well the tent is secured.

4. Drive stakes to full depth at roughly 45°, angled away from the tent. Drive each one fully before starting the next. A partially driven stake holds a fraction of its rated capacity. ETI supplies double-headed, steel-forged 1-inch stakes in 30″ and 42″ lengths, and the longer stakes are for softer soil.

5. Set guy lines and ratchet straps between 45° and 68° from horizontal. IFC Section 3103 specifies this range for ballast-anchored perimeter-pole tents. Shallower angles pull the stake out of the ground. Steeper angles fail to resist lateral load.

6. Place anti-sink plates under every pole on anything other than concrete. Poles that sink change the frame geometry, slacken every strap, and let the structure rack sideways.

7. Tension all straps evenly at every corner and re-check them. Vinyl and rope stretch. Walk the perimeter and re-tension after the first hour, then again before weather arrives. ETI’s 1-inch and 2-inch webbed ratchet strapping with bull snap and D-ring is built for this.

8. Add cross-bracing on longer frames. ETI recommends additional bracing to meet engineering and wind-load specifications on Trio frame tents longer than 20 ft and Classic frame tents 40 ft or longer. Bracing stabilizes the structure and prevents the frame from bowing. It is a stability measure, not an optional add-on.

9. Reduce sail area as wind builds. Remove or roll the walls and open the tent through. A canopy open on all sides carries a fraction of the load of an enclosed one.

10. Secure or shut down electrical equipment. Lighting, heaters, generators, and cabling become hazards in heavy rain and standing water. De-energize before conditions deteriorate, not during.

11. Watch the roof for pooling water. ETI warns that frame shift and loosening stakes or buckles let the cover “pocket” water in rain conditions. Pooled water adds load fast and is a leading cause of collapse, so inspect and adjust continually.

12. Install an anemometer and post evacuation signage. IFC requires this. Assign one named person to monitor wind and call the evacuation.

13. Evacuate at your documented threshold, into a permanent building rather than another tent. Then strike the structure only if time and conditions safely allow. Taking a frame down under load is its own hazard, and the correct sequence for striking a commercial tent matters as much as the sequence for putting it up.

Not all anchoring methods are created equal, and the right one depends entirely on your surface.

ETI manufactures concrete block covers (8 oz. lacquer-coated white vinyl, sizes 21″×21″×11.5″, 21″×21″×16″, and 21″×21″×22″) and barrel covers that fit standard 55-gallon water barrels, both with a 2-inch hook-and-loop opening across the top for access to tie-downs.

Ballast is a permanent fixture of the event footprint, so covering it keeps the setup presentable without compromising how securely the tent is anchored.

Whatever method you choose, the goal is the same: keep the tent properly secured against the elements, prevent damage to the frame and cover, and reduce the risk to everyone underneath.

Durability of the components matters as much as the method, because a correctly sized anchor on a worn strap is still a failure point.

Anchoring constraints tighten further when the structure has to move. Shelters deployed on the go are often placed on whatever surface is available, with no time for a site survey, which makes ballast planning and surface assessment more important rather than less.

ETI’s Trio® Frame System is an engineered, patented frame that is wind load tested up to 75 mph and holds Kentucky Tent Model Approval. Covers are lacquer-coated 18 oz. vinyl.

Our tent sidewalls are manufactured from 13 oz. flame retardant vinyl, in solid, clear, mesh, screened, and cathedral window styles. Material choice drives how a cover behaves under wind and water load, which is worth understanding before you compare specifications, and we break down the fabrics tents are made from separately.

Read the 75 mph figure carefully

It is a structural test result, not permission to occupy the tent at 75 mph. A frame that survives a 75 mph load test tells you about the frame’s capacity under controlled conditions with correct installation and anchoring.

It says nothing about whether guests are safe underneath, and it does not override the IFC’s 35 mph limit or ANSI E1.21’s 40 mph threshold. Occupancy thresholds and wind load ratings answer different questions.

ETI’s published Safety Best Practices set out four points that bear directly on inclement weather:

1. The installer is solely responsible for site evaluation and selecting the securing method. Some soils require different staking or securing than what ships with the tent. ETI’s responsibility is limited to the construction of the tent, not damage due to installation.

2. Installation during threatening weather is not advised under any circumstances. The installer or maintainer determines the severity of the weather. In any questionable conditions, evacuation is recommended, and valuable merchandise should be removed immediately.

3. Frame shift and loosening stakes or buckles let the cover pocket water in rain. Continually inspect the frame and cover for fit and alignment and adjust as required.

4. Use proper safety equipment. Evaluate the need for hard hats, steel-toe shoes, and safety glasses, and consider a tent jack or other equipment for installation and take-down.

About Economy Tent International

Economy Tent International was established in 1948 and is based in Miami, Florida, at 2995 NW 75th Street, Miami, FL 33147. ETI is a wholly-owned subsidiary of Anchor Industries, Inc. and has grown into one of the largest frame tent manufacturers in the United States.

Our Miami facility runs computerized cutting equipment, radio frequency, hot air and hot wedge heat sealing equipment, and a full-service metal fabrication and welding facility. Tents are made in the USA and shipped worldwide, and ETI products are available on GSA schedule.