Regatta 4 Pole Wind Break - Lead Grey

Based on the provided specifications, the length is approximately 495 cm (4.95 meters). While a height of 0.0 cm is listed, typical Regatta wind breaks of this nature usually stand around 120 cm (1.2 meters) high, aligning with the W:120.0 cm measurement often representing height in similar product contexts. Please note the specific dimensions are inferred due to data notation.

Yes, the Regatta Wind Break is made from waterproof Hydrafort 70D Polyester fabric, designed to repel water and keep your sheltered area dry during light rain.

The strong steel poles are designed to be pushed into soft ground like sand or soil. For hard or rocky surfaces, it may be challenging to secure properly, and you might need alternative anchoring solutions (e.g., heavy bases or specialized hard-ground pegs, not included).

The fully fire-retardant fabrics mean the material has been treated to resist ignition and slow the spread of flames if exposed to a fire source. It provides an added safety measure but does not make the product fireproof; caution should always be exercised around open flames.

Clean the 100% Polyester fabric with a damp cloth and mild soap. Ensure it is completely dry before folding and storing it in the included storage bag in a cool, dry place to prevent mildew and prolong its lifespan.

The Regatta Wind Break comes with a 1-year guarantee from the date of purchase.

Ensure all four strong steel poles are firmly and deeply inserted into the ground. If the ground is loose, consider repositioning to a firmer spot or using additional guy ropes and pegs for extra stability (if applicable to the design).

While the Hydrafort 70D Polyester is waterproof, check for any tears or damage to the fabric. Ensure the wind break is tautly pitched to allow water to run off, preventing pooling.

Fold the fabric neatly along its original creases, ensuring all air is expelled. Then, roll it tightly around the poles (if stored together) before placing it back into the bag. Practice often improves the process.