Unger Ninja Carbon Telescopic Window Cleaning Pole

The Unger Ninja Carbon Telescopic Window Cleaning Pole is a professional-grade extension pole engineered for high-performance traditional window cleaning. Built from 100% carbon fibre, it delivers an optimal combination of low weight, high rigidity, and precise control, making it suitable for demanding cleaning tasks at various heights.     The carbon construction provides excellent stiffness and stability, allowing efficient pressure transfer to the glass surface while maintaining control during use. At the same time, the reduced weight supports fatigue-free working, even during extended cleaning sessions.  A defining feature is its ergonomic triangular profile, which enhances grip and prevents the pole from twisting or bending under load. This design improves handling accuracy and ensures consistent, controlled movements during cleaning. The pole uses a quick-release clamp system that allows stepless adjustment of length. These clamps can be operated with one hand and provide secure locking when closed, while integrated pull-out stops prevent sections from separating during use. At the base, a two-component ergonomic handle with a non-slip end cap ensures a secure and comfortable grip, even in wet conditions, and allows the pole to be safely placed on the ground without slipping. The working end is fitted with a universal locking cone, enabling fast and secure attachment of cleaning tools while preventing accidental detachment. The pole is compatible with all Unger window cleaning accessories, allowing quick tool changes during operation. An integrated rubber pole tip adds versatility by providing grip for microfibre cloths, making it suitable for detailing, edge drying, and spot polishing at height. The Ninja Carbon pole is available in multiple sizes, typically ranging from approximately 1.2 m to 5.5 m extended lengths, with compact collapsed dimensions for easy transport and storage. Overall, the Unger Ninja Carbon Telescopic Pole is designed to deliver precision, efficiency, and ergonomic performance, supporting safe, ground-based window cleaning while improving control and reducing physical strain.