Li-Ning AXFORCE 80 II Badminton Racket AYPW049 - Electro Purple
Unleash devastating power and surgical precision with the Li-Ning AXFORCE 80 II! Engineered for strong offensive players and advanced professionals, this flagship racket features a 6.6mm shock-absorbing slim shaft paired with an enlarged sweet spot for higher forgiveness. Its optimized frame deformation and enhanced resilience deliver explosive repulsion, rock-solid anti-torsion stability, and seamless energy transmission on every smash.
- Model: AYPW049
- Color: Electro Purple
- Performance Classification: Offensive
- Frame Material: M46 + T1100 + ULTRA High-Elasticity Carbon Fiber + Polymer Energy Storage Shock-Absorbing Material
- Shaft Material: ULTRA High-Elasticity Carbon Fiber + High-Density Shock-Absorbing Material
- Weight / Grip Size: 3U, 4U, 5U / G5, G6
- Overall Length: 675mm
- Shaft Stiffness: Medium Stiff
- Max String Tension: 3U ≤ 31 lbs, 4U ≤ 30 lbs, 5U ≤ 29 lbs
Feature:
FRTP TECH High-Rigidity Anti-Torsion Frame:
Adopts a classic box-section structure with uniform wall thickness and square geometry to build a rigid frame. Minimizes frame deformation upon shuttle impact for zero power loss and a solid, clear feel.
HDF High-Density Composite Shock Absorption System:
Utilizes precision foam molding technology to fill key structural layers of the frame and shaft with high-density foam. The lightweight, high-toughness foam core rapidly absorbs and disperses impact energy.
COMPOSITE POWER Frame:
Features integrated grommet weights at the frame top to shift the balance point forward and boost swing inertia. Simultaneously raises and thins the top section to optimize airflow and enhance bending elasticity.
POLYMER ENERGY Layer:
Embeds a polymer energy storage film within the carbon fiber layers. Accumulates elastic potential energy during swing and releases it concentratedly upon impact for higher rebound performance.
STABILIZED ELASTIC SHAFT:
Features high-density foam filling with an aramid fiber core inside the shaft cavity to form a composite shock-absorbing structure. Rapidly dampens residual vibrations, accelerates elastic shaft recovery, and reduces arm strain.




