Flexi Multi 2-in-1 Professional Net System | Adjustable Badminton & Pickleball Post

Value Proposition

Switch Sports in Seconds. Maximize Your Court’s Potential. The Flexi BPX-080AS is an elite-tier, dual-sport post system engineered for professional clubs, schools, and multi-purpose sports facilities. Combining heavy-duty steel stability with aerospace-grade aluminum mobility, this system allows for seamless transitions between badminton and pickleball heights without changing equipment.

Key Selling Points

● Precision Dual-Sport Engineering Specifically designed for both badminton and pickleball. The integrated height-adjustment slide system ensures the net is always at the official tournament height for either sport.

● Heavy-Duty Hybrid Construction The base box is crafted from reinforced steel for a low center of gravity and maximum stability. The post is made from Φ80mm high-strength aluminum profile, providing exceptional durability without the excessive weight of full-steel systems.

● Industrial-Grade Mobility Equipped with 2.5-inch heavy-duty nylon wheels on the rear, the entire 66kg system can be tilted and moved by a single person for easy setup and storage.

● Weather-Resistant Professional Finish The entire system features a premium industrial powder-coated surface, offering superior resistance to scratches, UV, and corrosion—ideal for both indoor arenas and outdoor courts.

● Pro-Grade Knotless Netting Comes with a high-tension 2" polyester knotless rope net, designed to withstand high-impact play and maintain its shape over time.

Technical Specifications

Model: BPX-080AS

MAIN APPLICATION ：  Badminton + Pickleball (2-in-1)

POST MATERIAL ：  Φ80mm High-Grade Aluminum

BASE BOX ：  Steel (600 × 320 × 310 mm)

ADJUSTMENT ：  Integrated Slide Height System

TOTAL WEIGHT ：  66 kg / Pair

MOBILITY ：  2.5" Heavy-Duty Nylon Wheels

NETTING ：  2" Polyester Knotless Net

SURFACE FINISH ：  Powder Coating (Anti-Corrosive)

Installation Note: Requires a minimum of 40kg ballast (sand or gravel) per set for structural stability.