Poles

Telescopic pool poles have a universal connection tube with an inner diameter of 32 mm. This size ensures a perfect fit with all manual tools on the market, using either of two mechanisms:

• Clip fastening: fork-shaped plastic pin with two spring buttons.
• Wing-nut fastening: two transverse wing screws that hold the head firmly in place.

Thanks to this standardization, you can connect either a Starpool deep-net skimmer or any standard wall brush without needing intermediate adapters.

For a pool 8 meters long and 1.80 meters deep, the recommended minimum is an extendable pole measuring 2.40 to 4.80 meters in two sections. This range lets you reach the center of the floor and the bottom of the deep end while maintaining an ergonomic 45-degree working angle from the edge, preventing you from bending your back or overloading your arms. If you choose a shorter model, the leverage will force you to lean over the water, reducing suction grip. For pools over 10 meters long, consider three-section poles with a total length of up to 5 or 6 meters.

Bending of aluminum poles is prevented by adjusting the eccentric lock and controlling the pushing speed underwater. Mechanical strength depends on both the tube wall thickness and the guiding technique:

• Extend only as far as necessary without reaching the inner section's limit.
• Secure the thread or locking nut firmly before placing the equipment in the pool.
• Move forward in straight passes at a constant speed to minimize hydrodynamic resistance.

When using a heavy drag accessory such as the Starpool 35 cm Aluminum Manual Pool Vacuum - Professional Suction Head - Wing Nut Connection, rest the weight on the wheels and push with the pole shaft aligned, avoiding sudden vertical leverage that could deform the anodized aluminum.

Ribbed or fluted aluminum offers notably greater structural strength than smooth, thin-walled tubular aluminum. The longitudinal ribs act as reinforcing supports that increase the flexural modulus without adding excessive weight to the assembly. While an inexpensive smooth pole tends to bend when maneuvering more than three meters away or applying pressure against the wall to remove algae, the ribbed profile absorbs lateral torsion. If you frequently perform maintenance with metal brushes or heavy heads, a ribbed pole prevents permanent deformation and reduces physical effort during each cleaning cycle.

Rinsing the handle with fresh water after each session and storing the tube in a dry position prolongs the life of the locking system. Residual chlorine and salt buildup in pools with electrolysis can crystallize in the inner gaps of the aluminum:

• Disassemble the sections periodically by removing the adjustment ring to eliminate sand particles.
• Clean the locking thread with a damp cloth without applying petroleum-based greases.
• Avoid leaving the extended pole exposed to continuous direct sunlight to prevent damage to the ABS plastic parts.

With these basic mechanical precautions, the telescopic mechanism will continue to slide smoothly without seizing due to limescale.

A standard anodized aluminum telescopic pole can easily withstand the pressure of vigorous brushing if used at a length of less than 80% of its full extension. When scrubbing deposits from tiled walls with high-strength tools, such as the Straight brush, 25 cm, with stainless steel bristles, the force you apply is multiplied by the length of the handle. To prevent looseness in the twist-lock eccentric nut, work in short sections close to the pool perimeter, holding the tube with both hands at least 50 centimeters apart to distribute the torsional force.

The type of locking mechanism can be identified by examining the joint between the tubes of the telescopic pole. Models with an external locking mechanism have a visible threaded polymer nut or ring at the end of the outer tube, which compresses a conical washer against the inner section when turned clockwise. Internal locking models, by contrast, have no external parts at the joint and work by means of an internal eccentric bushing that expands through friction when the tubes are turned in opposite directions. Both systems ensure stability under axial loads of up to 25 kg of tension while submerged.