Self Weighted Freestanding Badminton & Pickleball Posts

Elite freestanding badminton and pickleball posts with 70kg bases. Quick setup, indoor or outdoor use, and suitable for international-level badminton.

BMPINF – Self-Weighted Freestanding Badminton & Pickleball Posts

The BMPINF Freestanding Badminton & Pickleball Posts are an elite-level solution designed for high-performance play and maximum facility flexibility. Engineered with a 70 kg self-weighted base and an integrated net tensioning strap, this system ensures consistent, regulation net height for international-standard badminton while seamlessly converting for pickleball use.

Designed for rapid deployment, the BMPINF system can be wheeled into position by a single person and set up in minutes. With no requirement for ground sleeves or anchors, it offers the fastest retrofit solution for sports halls, leisure centres, and multi-use facilities—maximising court availability and reducing downtime between sessions.

Constructed from heavy-duty steel with institutional-grade durability, the BMPINF posts are built to perform for years in demanding environments. The system has been used in international badminton matches across Europe, confirming its suitability for elite-level competition.

An outdoor-treated version, finished in black, is available for facilities requiring weather resistance. This allows easy conversion of outdoor courts for pickleball, further increasing year-round usability and return on investment.

Key Features & Benefits

Height adjustable for Badminton and Pickleball
70 kg freestanding bases – no sleeves or anchors required
Heavy-duty steel posts with long service life
Indoor and outdoor versions available
Net tensioning strap for optimal net height
Simple retrofit for existing courts
Compact storage footprint
Quick and efficient setup
Suitable for international-level badminton competition

The BMPINF system delivers a premium, compliant solution for facilities seeking freestanding badminton and pickleball posts without compromising on performance, safety, or operational efficiency.