Marquee Staking Glossary

This glossary covers the terminology UK hire companies, event professionals, and structure manufacturers encounter when specifying, installing, and maintaining marquee stake systems. Terms are defined as they are used in trade practice, with links to the relevant guides and product pages where useful.

A

Anchor point

A position in a marquee or tent installation where a stake or group of stakes secures the structure to the ground. Anchor points correspond to guy rope attachment positions, baseplate locations, or tension cable end points. The required holding load at each anchor point is determined by the structure's loading specification and ground conditions.

B

Baseplate

A steel plate at the foot of a clearspan or frame marquee leg, transmitting the leg forces to the ground. Baseplates are anchored by stakes driven through holes in the plate. They are subject to both vertical uplift and horizontal racking forces simultaneously — the anchor arrangement at a baseplate position differs from a standard guy rope anchor. See the clearspan structure guide.

E

Embedment depth

The length of stake driven below ground level. MUTA Best Practice Guide recommends driving at least two-thirds of the stake length below ground to achieve rated holding performance. A stake at 60% embedment provides meaningfully less pull-out resistance than the same stake at full depth — the difference becomes significant in challenging ground where you cannot afford to lose any holding power. Also referred to as embedment length.

EN 14960

A European standard governing inflatable leisure products, including bouncy castles, inflatable slides, and similar amusements. For staking, EN 14960 specifies minimum anchor requirements: 16mm diameter stakes, 380mm embedment depth, minimum 163 kg pull-out resistance per anchor point. Compliance is verified by PIPA inspectors. See the full EN 14960 staking guide.

G

Gang staking

Using two or more stakes connected through a spreader bar or ratchet plate to distribute the load from a single anchor point across multiple ground contacts. The standard response when a single stake cannot provide sufficient holding power for a given anchor position — typically in soft, waterlogged, or loose ground. A two-stake gang arrangement provides more holding power than a single stake, but not precisely double, as soil disturbance between adjacent stakes means each carries slightly less than its standalone capacity. See the gang staking and spreader bars guide.

Guy rope

A tensioned cable or rope running from a structural element — ridge pole, eave point, or frame — to a ground anchor. Guy ropes transfer wind and structural loads from the marquee to the stakes. The tension in a guy rope depends on the wind load, structure geometry, and tensioning applied at installation. Guy rope tension is the primary load that marquee stakes resist in a pole or traditional frame structure.

H

Heat drawn point

A manufacturing process where the stake tip is shaped under heat and pressure rather than cut or machined. The result is a dense, deformation-resistant tip that tracks straight during driving and resists damage in hard ground. A cut or pressed point loses material density at the tip and deforms more readily. Hogan Tent Stakes hold a patent for their heat drawn point process, applied to all Tiger Stakes.

High alloy steel

An alloy steel with significantly greater yield strength than commodity mild steel. Commodity mild steel marquee stakes typically bend at the tip in hard ground and deform along the shaft under repeated impact — both problems that compound across a season. High alloy stakes resist tip deformation and shaft bending under the same loads, maintaining their geometry from the first drive of the season to the last. The material difference is one of the two primary reasons professional hire companies switch to Tiger Stakes. See why marquee stakes bend.

I

IFAI (Industrial Fabrics Association International)

The North American trade body for the tent and fabric structure industry, now the Advanced Textiles Association. The IFAI Tent Rental Division published the Pullout Capacity Pocket Guide, which gives indicative pull-out capacity figures across soil consistency classifications — from Very Soft (~45 kg per stake) to Hard (~1,134 kg per stake). These figures are widely referenced in UK practice, alongside MUTA guidance. See the IFAI soil capacity table.

M

Marquee stake

A heavy-duty steel ground anchor driven into soil to secure the guy ropes, baseplates, or anchor points of a marquee, tent, or temporary structure. Professional-grade marquee stakes are typically 1" or 1.125" (26mm or 29mm) in diameter and 30"–60" (770mm–1530mm) in length. Also called a tent stake. The term tent peg is sometimes used interchangeably but is more commonly associated with lighter-duty consumer or camping equipment.

Mill finish

The natural surface finish of steel as it leaves the rolling mill — a dark, slightly rough surface without additional coating, plating, or treatment. Mill finish stakes develop surface rust in damp storage or outdoor conditions. This is cosmetic and does not affect structural performance. If surface condition matters, a light oil coat before long-term storage maintains appearance.

MUTA (Made-Up Textiles Association)

The UK trade body for the marquee and event structure industry. MUTA publishes the Best Practice Guide for the erection and safe use of temporary structures, which specifies pull test requirements, safety factors, embedment standards, and operational procedures for professional hire companies. MUTA membership and compliance with the Best Practice Guide is the recognised professional standard in the UK market.

P

PIPA (Product Industry for Play Association)

A UK inspection scheme for inflatable play equipment. PIPA inspectors check compliance with EN 14960 staking requirements, including stake diameter, embedment depth, and pull-out resistance. Operators of EN 14960-covered inflatables require a current PIPA tag and associated inspection record. See the EN 14960 and PIPA inspection guide.

Pull-out resistance

The maximum upward force a driven stake can resist before extracting from the soil, measured in kilograms. Also called pull-out load or pull-out capacity. Pull-out resistance varies significantly with soil type, stake diameter, embedment depth, and driving technique. In Very Soft ground (waterlogged showground, loose sand), a single stake may provide only 40–50 kg of resistance. In Hard ground, the same stake may provide over 1,000 kg. See the ground anchor load calculation guide.

Pull test

An on-site measurement of a stake's actual pull-out resistance, performed using a calibrated load indicator attached to the stake head. MUTA Best Practice Guide requires pull testing before any structure opens to the public. Results are recorded and used to verify that each anchor provides the required holding load for the structure's specification. The Just Joe Pull Test Indicator measures pull-out resistance in kilograms on site. See the pull test guide.

R

Racking force

A horizontal force exerted on an anchor point by a tensioned or dynamically loaded structure. At clearspan baseplate positions, the combination of vertical uplift and horizontal racking means the anchor must resist movement in two directions simultaneously. Standard pull test measurements test axial (vertical) resistance; engineered specifications for high-racking positions may require additional assessment. See the clearspan structure staking guide.

S

Safety factor

The ratio of an anchor's maximum pull-out resistance to its working load. MUTA and IFAI guidance recommends a minimum 2× safety factor — if the calculated load on a guy rope is 90 kg, the anchor should provide at least 180 kg of pull-out resistance. Safety factors account for measurement variability, soil variability across a site, and dynamic loading from wind gusts. See the ground anchor load calculation guide.

Spreader bar

A rigid steel bar with multiple stake holes and a central attachment point. Stakes are driven through the holes at spaced intervals; the guy rope or anchor connection attaches to the bar's central point, distributing load across all stakes. Standard configurations carry 2, 3, 5, or 6 stakes. The 5-hole and 6-hole bars are used at high-load anchor positions on sailcloth tents and wide-span structures. See the gang staking and spreader bars guide.

Stake driver

A petrol or electric-powered tool for driving marquee stakes mechanically. The Wacker Neuson BH55 is the most commonly used stake driver in the UK professional hire market. Used with a compatible stake driving cup matched to the stake head profile. Mechanical driving reduces installation time significantly on large marquees and in hard ground.

T

Tent peg

A ground anchor for securing tent fabric or guy lines, typically thinner, shorter, and made from lower-grade steel than a professional marquee stake. In trade contexts, the terms tent peg and marquee stake are sometimes used interchangeably. For tipi, canvas, or leisure tent applications, shorter tent pegs are common. For professional event structures, the load requirements call for the heavier-duty marquee stake specification.

Tiger Stakes

The product range manufactured by Hogan Tent Stakes (USA) and distributed exclusively in the UK by Hogan Stakes UK. Available in five sizes: 30" × 1" (770mm × 26mm), 36" × 1" (920mm × 26mm), 42" × 1.125" (1070mm × 29mm), 48" × 1.125" (1219mm × 29mm), and 60" × 1.125" (1530mm × 29mm). Made from high alloy steel with a patented heat drawn point. Manufactured in the USA since 1948. See the full product range.

Hogan Stakes UK is the sole authorised UK distributor of Tiger Stakes, manufactured by Hogan Tent Stakes in the USA since 1948. For technical queries about stake selection or installation, get in touch.