The Complete Guide to Marquee Stakes for UK Hire Companies

Every setup starts from the ground up. This guide covers everything you need to know about choosing, using and maintaining professional marquee stakes — written for hire companies and event professionals who work in the field, not for spec writers.

Stakes vs Pegs — Does the Name Matter?

You'll hear both terms used across the UK events industry. "Tent pegs" tends to refer to consumer-tents — leisure camping, garden awnings, the pegs that come bundled with a gazebo. "Marquee stakes" is the industry term — the heavy-duty, large-diameter ground anchors used by professional hire companies, those seeking anchorage for temporary buildings, people requiring anchorage for scaffolding structures, stakes for portable flooring and event operators.

In practice, many professionals use the terms pegs and stakes interchangeably, and both searches online might surface the same products. The meaningful distinction is the specification: diameter, material, point design, and manufacturing quality. Those are what separate a stake that performs across a season from one that creates problems by the second job.

This guide refers to "marquee stakes" and "tent stakes" throughout. If you're purchasing kit for a professional operation, the difference from consumer or lower quality tent pegs is important.

Why Stake Quality Matters More Than Most Hire Companies Realise

It's easy to treat stakes as a commodity — a line item in the kit budget that barely registers next to the cost of the canvas, the frames, the lighting or the flooring.

That's understandable. Stakes are underground, invisible when the event is live, and they can seem to be an afterthought when the real order of the day is creating a beautifully finished tent for the client. A bent stake on job one is an inconvenience. Thirty bent stakes across a job is a serious operational problem: displacing the position of carefully measured out structures, slower installation, harder extraction, damaging associated kit like spreader plates and ratchet plates, and overall the kind of routing hassle that makes your team's day harder and slower than it needs to be.

These hassles are almost always avoidable with the right stakes. Standard marquee stakes and tent pegs are manufactured from commodity steel. It's cheap, widely available and adequate in soft ground. However cheaper steel deforms under pressure in anything harder — limestone, chalk, clay, compacted aggregate — producing bent tips and bent stakes that every experienced hire company knows the time consuming hassle of.

The fix is straightforward: higher-quality steel, a better crafted point, and a careful manufacturing process that prioritises performance under real working conditions. That's what separates professional-grade marquee stakes from the rest of the market. Minimum stake specifications for professional installations are set out in the MUTA Best Practice Guide — published by MUTA (Made-Up Textiles Association), the trade body for tent and marquee professionals. Hogan stakes are built to meet those specifications.

Material Matters: Mild Steel vs High Alloy Steel

The Problem with Mild Steel

Most stakes sold in the UK are not made from a consistent grade of steel, with steel choice often fluctuating depending on price and availability. Whilst strong in tension and suited ideally for structural sections in building or for scaffolding tube etc. having adequate yield strength for many applications, milder grades of steel have two properties which make it a poor choice for stake manufacture:

• It deforms more plastically under localised impact loads — which is exactly what happens when a stake is driven through hard ground with a sledge or petrol driven stake driver.
• Whilst more accommodating to flexing, it deforms under load and does not return to its original shape. Once the stake bends, it stays bent and from there the issue only compounds on successive uses.

In soft ground, this rarely matters. In hard or compacted ground, stakes made with milder steel can deform and upon extraction you find the tip has deformed, or the stake itself has bent.

Why High Alloy Steel Makes the Difference

High alloy steel — the grade used consistently throughout the Hogan Manufacturing range — has significantly higher tensile strength and hardness than mild steel. Under impact loads, it resists deformation rather than bending. Upon meeting compacted or hard ground the tip stays true, which means:

• The stake tracks straight from the first blow to the last
• Less steering and deviation, less bending of the stake
• The holding characteristics of the stake are predictable and as per the calculations of structure manufacturers
• Extraction is easier, because a straight stake pulls out on the same line it went in, and does not get snagged on baseplates

Across a season, a hire company running high alloy marquee stakes will drive and extract thousands of stakes. The time and effort saved per stake is small. Multiplied across every setup, it adds up to a real and measurable improvement — one that customers who've switched to Hogan stakes consistently report after their first season. Using stakes that stay straight means fewer valuable hours on a take-down trying to remove stakes that are bent or jammed.

The Heat Drawn Point: What It Is and Why It Matters

How Standard Stake Points Are Made

On most cheaper stakes, the point is formed either by cold sharpening, cutting the point or hot forging the tip — essentially the shaft is tapered down to a point, either mechanically or by cutting or by forging. If formed by cutting or sharpening, this creates a tip with the same material properties as the rest of the shaft: ordinary steel, susceptible to deformation under impact. If the tip is forged, this is better but still the choice of cheaper steel means the tip is likely to deform when encountering resistance.

What the Patented Heat Drawn Point Does Differently

Hogan Manufacturing's patented heat drawn point process applies heat and pressure to the tip during manufacture, producing a point with significantly different properties from the rest of the shaft.

The result is a tip that:

• Resists deformation under repeated impact — it doesn't mushroom, fold or bend on the way into hard ground
• Maintains its geometry across hundreds of drives and extractions
• Creates less resistance on the way in, because a clean, true point displaces ground more efficiently than a damaged or irregular one
• Extends the working life of the stake by eliminating the primary failure point

This is not a marginal improvement. Hire companies who switch from cheaper stakes to Hogan Tiger Stakes in hard-ground environments consistently describe it as a significant operational saving — faster installation, easier extraction, less kit damage and much less time and money wasted on each and every setup. Stake failure typically occurs through friction loss or soil yield — a distinction explained in detail in this InTents Magazine guide to stake holding power.

Choosing the Right Marquee Stake Size

Tiger Stakes are available in five sizes, covering the main range of professional marquee applications. Choosing the right size depends on three factors: your structure type, the load per anchor point, and your ground conditions.

Size Guide

Size	Metric	Typical Application
30" × 1"	770mm × 26mm	Side pegs on sailcloth tents and pole marquees, anchors on smaller clearspan structures
36" × 1"	920mm × 26mm	Intermediary anchors for pole marquees, sailcloth tents, most clearspan tents up to 12m wide
42" × 1.125"	1070mm × 29mm	Larger pole marquees, main sailcloth anchors, stretch tents, and harder ground where 36" is short of full embedment
48" × 1.125"	1219mm × 29mm	Primary hard-ground anchors for large marquees, sailcloth tents, and stretch tent pole positions where extra shaft contact area matters
60" × 1.125"	1530mm × 29mm	Large clearspan and frame marquees, stretch tent main tension points, very soft or friable ground, large tension tents and larger pole marquees and bigtop tents

General Rules

Err longer, not shorter. In most applications, a longer stake driven to full depth outperforms a shorter stake at the same depth — you're getting more shaft area in ground contact, which improves lateral resistance and holding power.

Match diameter to load. The 29mm shaft on the 42", 48", and 60" stakes provides greater resistance to lateral bending under load — important on high-tension anchor points and in challenging ground.

Ground conditions override structure type. If you're regularly working in hard limestone, chalk or compacted clay, consider advanced staking options like spreader plates and load distribution systems so more anchors can be combined to provide the correct amount of holding power. We can advise you if you think your standard staking methods might not perform adequately.

We have a lot of experience anchoring structures of all sizes and types and we manufacture a variety of spreader plates of all types — we are happy to advise towards a solution to help you hold it down.

How Deep Should Marquee Stakes Be Driven?

There's no single answer — it depends on the calculated specifications given by the manufacturer of your structure combined with the stake size, the structure type, anchorage system design, the ground conditions, and the weather conditions the stake is securing against. But there are useful rules of thumb that every professional installer should know.

Deeper Driven Gives Greater Holding Power

As a starting point: stake pullout resistance varies greatly depending on the quality of the ground, and the length of the stake. More compacted ground has a greater holding power, and as such a shorter stake may sometimes be used on ground which is of ideal compactness. Longer stakes should be chosen if the ground is very loose. Alternatively gang staking or staking with spreader bars and plates can be undertaken in looser ground, or where higher tension loads are placed on the anchor.

Remember — softer ground, ground recently subject to a lot of rainfall or ground which is of unknown quality (has not received an anchor test) should be treated with caution and a full pullout test assessment be conducted before planning the anchorage requirements for your structure.

Hard Ground Considerations

In hard ground, depth is often limited by driving difficulty rather than engineering requirement. A stake driven to 18" in hard compacted earth may hold more securely than a stake driven to 24" in soft loam — the density of the material and the friction along the shaft are what matter.

In very hard ground, the priority is getting a clean, vertical drive with a true point. This is where the Hogan heat drawn point makes its biggest contribution — a stake that doesn't deviate stays in its intended position and holds its rated load. A bent stake driven at an angle loses holding power and becomes progressively harder to extract cleanly.

If you are unable to drive longer stakes straight into the ground, or if pegs consistently deviate, consider using spreader bars or staking plates to allow the use of several shorter anchors in place of one longer marquee stake.

Angle of Drive

Stakes should be driven perpendicular to the ground surface unless a specific angle is required by your engineer. Angled drives reduce effective depth and compromise the stake's resistance to the lateral loads applied by guy ropes and fabric tension. By standard design, stakes should be positioned so that guy ropes are at a 45 degree angle to the horizontal and pegs should be driven in vertically / perpendicular to the ground, to achieve maximum holding power. The reason for this is because of how much earth remains "behind" the shaft of the stake, when the force is applied through the guy rope. When driven in vertically, more earth is "behind the shaft" compared to when the peg is driven in at an angle.

Ground Conditions: Adapting Your Approach

Different ground types require different approaches to stake selection and installation technique. This is one of the areas where experience counts — but some principles apply consistently.

Clay Ground

Clay is initially soft but becomes increasingly resistant as the stake compacts it during driving. Stakes driven into clay can be very difficult to extract — the material seals around the shaft and creates significant adhesion. Additionally after rain the surface can be wet and soft.

In clay ground: use a stake removal tool for extraction — levering or twisting damages both the stake and the ground. If you're working in clay regularly, the Hogan stake extraction tool will save significant time and effort across the season. Spreader boards should be used for your peg extractor to spread the load on the ground so the peg extractor does not sink into the soft ground.

Rocky or Stony Ground

This is the ground type that causes the most damage to cheaper stakes. Any irregularity in the substrate deflects a poorly-made point off line, and the problem simply compounds.

In rocky ground: the heat drawn point is your most important asset. Drive steadily and allow the point to find its line rather than forcing it. Driving hard against a sub-surface rock transfers enormous loads to the tip, so if the stake truly does not move after sustained pressure, stop and undertake a compound staking system to add holding power where you cannot drive in longer stakes fully.

Sand and Loose Ground

Sand provides low lateral resistance — stakes pull out under load more readily than in firm ground. In sandy or loose ground, depth becomes even more important. Consider using spreader bars across multiple stakes to distribute the load and increase total holding power. Alternatively, you can use an auger type stake which is particularly suited for sandy ground.

Waterlogged Ground

Wet and waterlogged ground reduces the adhesion around the stake shaft, particularly if there has been heavy rainfall since the structure was erected. Matching the right anchoring method to the ground you're actually working in — not the ground you planned for — is a challenge every hire company knows. InTents Magazine covers the trade-offs in detail. If the structure has been up for successive weeks anchors should be inspected regularly and exceptionally after stormy weather. In wet and windy conditions, setup the structure with a failsafe mentality. Drive to maximum depth and re-check stake positioning and holding regularly — if the anchors are changing their position, or you notice anchor movement — add additional stakes in a multi staking arrangement to increasing holding power.

Stakes by Structure Type

Sailcloth Tent Stakes

Sailcloth marquees — with their curved canvas profiles and high-tension anchoring — need reliable, consistent holding power at every anchor point. The 42", 48" or 60" Tiger Stake suit most sailcloth applications in good ground. The aesthetic of a sailcloth event demands clean, efficient installation — bent or irregular stakes compromise the finished result as well as the holding capacity. For the clean lines required of a sailcloth marquee, where possible a single anchor of a suitable length is often preferred over multi stake systems on individual lines. Use discretion and choose the best product for the job.

Stretch Tent Stakes

Stretch tents apply significant and continuous lateral loads to every anchor point throughout the event. Unlike a clearspan marquee where the structure bears most of its own load, a stretch tent's shape is defined entirely by the tension between anchor points — which means every stake is carrying meaningful load at all times.

For stretch tent installations, we recommend the 42", 48", or 60" Tiger Stake depending on pole height, ground, and whether the anchor is a primary or secondary position. In challenging ground conditions or for larger structures, the 60" is appropriate, used also in multi stake arrangements or gang-staking arrangements. Because stretch tent anchor points never fully relax during the event, stake quality has a direct impact on how the structure sits — a stake that works loose degrades the whole installation.

Pole Marquee Stakes

Traditional pole marquees distribute their loads across a high number of anchor points — typically every 2-3 metres around the perimeter. This reduces the load per stake relative to stretch tents, but the total number of stakes is much higher. Efficiency of use matters when there are more stakes to put in and take out on each job.

For pole marquees in good ground, the 30" or 36" Tiger Stake is the standard choice. For main anchor points, or in hard or challenging ground, move to the 36" or 42" or even 60" stakes. Consistent stake quality across a large inventory is important — a marquee setup with mixed stake size and diameter will have inconsistencies in ground penetration and holding power that experienced operators will notice. It also makes it more difficult to instruct crew who are not as familiar with the equipment. Standardising operations saves money and time.

Clearspan and Frame Marquee Stakes

Clearspan structures present specific challenges: anchors are typically placed vertically at the bottom of the legs through baseplates, and are subject to unique forces compared to stakes securing guy lines. The "jumping" and "racking" forces on clearspan baseplates are higher and unique compared to traditional pole marquees, and the engineering requirements demand firm holding down of the baseplates at the bottom of the legs. Many clearspan installations are governed by structural engineering specifications that specify minimum holding loads per anchor point, which are stipulated by the manufacturer.

For smaller clearspan applications, we recommend the 30" or 36" Tiger Stake. Stakes for larger clearspan marquees will typically be 42"–60" long, with the 48" now sitting between the general-purpose 42" and the longest 60" for hard-ground sites that need more embedment without moving to the maximum length. If you're working to an engineering specification that includes minimum pull-out loads, get in touch and we can advise on the right stake and configuration for your requirements.

Accessories That Make the Difference

The right accessories improve installation efficiency, safety and holding performance at every site. Here's what to consider.

Marquee Ratchet Straps

Ratchet straps are the primary tensioning device for fabric and component securing on most setups. The quality of the strap — particularly the webbing material, thread count and grade, ratchet mechanism and hook rating — determines how reliable that tension remains across a full event.

We stock heavy-duty marquee ratchet straps with hook ends for tent side poles and structural components, and wedding white ratchet straps with D rings for high-end events where kit visibility matters. The tension you apply with a professional ratchet strap can be set precisely and released reliably, unlike cheaper components which jam or stick — which matters when you're rigging and time is money.

Spreader Bars and Load Distribution Plates

When a single stake doesn't provide sufficient holding power for a specific anchor point, spreader bars allow the load to be distributed across two or more stakes simultaneously.

Use spreader bars where:

• Ground conditions are poor and individual stake holding power is limited
• Engineering specifications require a higher pull-out load than a single stake can provide
• You're working in sand or loose ground and need to increase effective anchor area

We stock galvanized stake bars in various configurations. If you have a specific load distribution requirement, get in touch and we can advise on the right setup.

Stake Caps

Protective stake caps are a simple, important safety measure for any installation where members of the public or site personnel are present. White plastic caps cover exposed stake tops and prevent trip and contact injuries from protruding stake heads.

Stakes that are standing proud before the structure is fully rigged — or stakes left in the ground during multi-day setup — should always be capped. Whilst many companies use carpet and tape or other methods, our affordable stake caps look uniform and are quick to use which saves money and time.

Stake Removal Tool

A purpose-built extraction tool is one of the most cost-effective investments a marquee hire company can make. The time and physical effort involved in extracting stakes from hard or clay ground — particularly after a multi-day event — is significant without the right tool.

The stake removal tool works on a camming system with a lever and pivot principle, applying mechanical advantage to break the stake free from the ground cleanly. It works with all stake sizes and eliminates the improvised levering with bars and hammers that damages stakes and demoralises teams by extending the time taken to remove stakes at the end of a job.

Stake Care, Storage and Long-Term Kit Management

Cleaning and Inspection

After each use, stakes should be inspected for:

• Tip condition — any deformation, mushrooming, splitting or bending at the point
• Shaft straightness — a visibly bowed shaft reduces efficiency
• Head condition — damage or splitting to the head affects driving efficiency and can pose a safety risk

Hogan Tiger Stakes, used correctly in suitable ground conditions, will show minimal tip wear with use. If you're regularly finding deformed tips after normal installations, it's worth reviewing your driving technique and ground conditions — and considering whether harder-ground jobs require a full heat drawn point advantage and a multi staking arrangement.

Storage

Straight stakes store efficiently. They stack flat, load cleanly into vehicles, and take up predictable space in your kit inventory. This sounds basic, but the contrast with a mixed inventory of bent and irregular stakes — which tangle, take up inconsistent space, and cause problems in transit — is a real operational benefit.

Store stakes horizontally in bundles, sorted by size. Keep in a dry environment where possible — though mill finish stakes will develop surface rust in storage without affecting performance, the high grade of steel used by Hogan Manufacturing does not rust as readily as cheaper steels. If surface condition matters for your operation, a light oil coat before long-term storage will maintain appearance. Additionally you can paint your stakes to make it easier to identify different sizes and describe to team members what stakes to use in a particular circumstances.

When to Retire a Stake

Retire any stake that:

• Has visible shaft bending (not just a slightly deformed tip)
• Has a significantly damaged or split head
• Has been bent and straightened — the steel structure is compromised at the bend point

A bent-and-straightened stake may look serviceable, but the localised work hardening and potential micro-cracking at the bend point means it should not be relied upon for professional use. The cost of a replacement stake is small compared to the risk of a ground anchor failing under load during an event.

When to Upgrade Your Current Stakes

The question we hear most often from hire companies considering a switch to Hogan stakes is: "Is it worth it?" Here's an honest framework for answering that question.

The case for upgrading is strongest when:

• You're regularly working in challenging ground where tip deformation or bending is a consistent problem
• Your team is spending significant time on difficult peg removals, or when you are removing stakes and it is taking ages to remove each stake
• Your current stake inventory has a high replacement rate — you're constantly retiring bent kit
• You've had a near-miss or incident related to a stake failing or coming loose
• You're moving into higher-specification events where the professional and consistent finish of your installation matters more

The case for staying on commodity stakes is strongest when:

• You undertake fewer installations per year and you have time to spend sorting through a combination of stakes and sizes ahead of each job
• You primarily work in uniform ground with very low hard-ground volume
• Your installation volume is low and your current replacement rate is acceptable
• You're at the budget end of the market and kit quality isn't a differentiator for your customers

For most professional hire companies working across the UK's varied ground conditions — including limestone, chalk, clay and compacted aggregate — the performance difference is real and the return on investment is typically recovered within one season.

Customers who make the switch tend to see the difference quickly. Our feedback tells us everything we need to know.

Ready to Talk?

If this guide has raised questions about your current stake inventory, or if you're working on an upcoming project with specific ground or engineering requirements, we'd like to hear from you. Similarly, if you are a marquee or structure manufacturer who wants to supply the best to their customers, we are here to talk.

No hard sell — just a straight conversation about what you need and whether Hogan stakes are the right fit for your operation.

Email: hoganuk [at] hoganstakes.co.uk
Contact form: hoganstakes.co.uk/contact
Product range: hoganstakes.co.uk/products

Hogan Stakes UK is the sole authorised UK distributor of stakes manufactured by Hogan Manufacturing Inc., producers of premium tent and marquee stakes in the USA since 1948.

This guide is intended for professional reference. For structural engineering applications with specified minimum holding loads, please consult a qualified structural engineer for your specific installation requirements.