Anchoring solutions

Our anchoring solutions combine high-performance guying and ground fixation through ballast or anchoring for flawless wind resistance.
Quick installation and maximum safety, even in the most demanding environments.

Ground fixation by ballast and anchoring

Our ballast and anchoring solutions are designed to provide optimal stability. They secure inflatable structures without compromising modularity or quick setup.

Fixed ring

The fixed ring is sewn or welded directly onto the structure.
It allows attachment of stakes, pegs, or ballasts for reliable ground fixation.

Also used as an anchoring point for guy ropes, ensuring stability against wind loads.

Dimensions : 25 mm and 50 mm.

Water Ballast

Designed to ensure reliable fixation, the 50-liter water ballast is the MICHELIN Inflatable Solutions option for stabilizing your inflatable structures in various environments.

Its simple and effective principle provides up to 50 kg of mass when filled, ensuring resistance to external constraints (wind, uneven ground, prolonged use).

This ballast bag is a practical and economical solution that secures your installations without heavy or complex equipment.

Empty weight: 920 g

Other sizes available on request.

Retention and stability through guying

Guying is essential to ensure wind resistance of structures, especially outdoors. Our solutions are designed to withstand high mechanical stresses and guarantee maximum safety.

Guy ropes

Made of Dyneema or high-performance marine rope, guy ropes offer exceptional resistance to traction, abrasion, and extreme weather conditions.

Designed to withstand significant loads, especially for structures exposed to wind, they guarantee reliable and durable fixation.

The ropes are securely connected to rings and anchored to the ground using stakes or other fixed ballast systems, ensuring optimal stability even in difficult conditions.

Diameter : 8 mm

Ring on reinforcement strap

The ring is sewn onto a reinforcement strap, which distributes mechanical stresses over a wider area of the structure, reducing risks of deformation or rupture.

This design is adapted to arches and curved zones where tension is highest.

Contact us

Dear customers,

If you would like to contact us, please send us your request using the following contact form.

We are committed to responding to all your requests as quickly as possible and will be happy to get back to you for further discussion.

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