Peak Home Pull-Up Bar Indoor Doorway Chin-Up Bar Enhanced No-Drill Fitness Equipment for Kids and Adults

True zero-slip, ultra-safe single bar with dual support rods and tripod lever design for enhanced stability

Thickened and widened support rods with increased diameter for doubled safety and stronger load capacity

Adjustable bar length to prevent wall and doorframe damage, featuring TWO FOOT SUPPORT for enhanced stability

Full sleeve coverage design on rods to prevent slipping and ensure firm grip

Rotatable top adjustment with button telescopic buckle for easy, damage-free height and length adjustment

Enlarged anti-slip base with textured pattern (8.5 cm and 18 cm) for firm grip on various floor types including cement, marble, wood, tile, terrazzo, and floor tiles

Triangular inclined upper end design applying tension force to increase stability and safety

New gravity spring design utilizing triangular lever principle to increase wall pressure and stability under load

Internal threaded telescopic rod with thickened, uniform threads and bolt-nut locking for durable, flexible, and jam-resistant adjustment

Soft, high-density NBR foam grips with anti-slip, sweat-absorbent, oil-resistant outer layer and tear-resistant inner layer for comfortable and safe grip without hand injuries

Precision level included for quick (30 seconds) and accurate installation ensuring horizontal and stable setup

Suitable for home gym use in various locations such as corridors, solid wood doors, and cement walls

Installation prohibited on glass, ceramic/decorative walls, plaster walls, hollow wooden doors, wallpaper, and fabric-covered walls

10 major safety enhancements including upgraded dual support rods, tripod lever, enlarged base, and full rod sleeve coverage to ensure zero slipping and maximum load capacity

Thickened PEAK steel tubes for enhanced strength and durability, resistant to bending and breaking compared to ordinary steel

Enhanced anti-slip base design significantly improves grip and stability

Manual measurements may have slight deviations; actual product dimensions prevail.