Built-in unique ID chip on the bottom cap, making it more difficult to replicate or tamper, offering near absolute anti-counterfeit protection.

Take out the phone and use NFC function to verify its authenticity.

Kumpoo cooperated with FUJIKURA which was the most professional golf shaft manufacturer in Japan of badminton shaft. It can adjust the bending point of hitting effectively by keeping the same inner and external diameter of the shaft to satisfy the diversity demand of players.

It enhances the flex point of the shaft for quicker rebound.

The T-joint is optimized with a inverted hexagon structure, strengthening the torsional resistance at the bottom of shaft, reducing the deformation angle by 7.5% compared to traditional rackets.

Patent No. ZL200820201080.7

It makes a racket offensive and defensive.

There are two different stiffness on both sides of the shaft, offering distinctly different hitting sensations.

Patent No. ZL201420364704.2

54g (as light as an egg), but the tension can withstand up to 30LBS.

Patent No. ZL201922333792.5

Bulletproof fiber -- Kevlar was used in the racket frame, resulting in the birth of the KEVLARMOR series rackets. The upgraded strength frame can withstand higher tension, making it a truly bulletproof and armored racket!

Using the stable graphene particles and high-modulus carbon fibers on the frame, resulting in a powerful and stable HOUYI series rackets. The rackets can easily withstand 35LBS with excellent anti-torsion.

Innovative full carbon cap has more excellent strength and stiffness. The touch area of the cap and shaft has increased by 25% while the anti-torsion increased by 40%, making the racket more stable and accurate.

Patent No. ZL202220048813.8

The inner and outer sides of the frame flow in opposite directions, giving the head frame a strong streamlined feel and reducing air resistance. The racket frame adopts a concave trapezoidal design at above 3 and 9 o'clock, aiming to reduce wind resistance and increase swing speed; the inverted triangle design is adopted at below 3 and 9 o'clock, providing a more stable structure for the racket frame and ensuring stability during the swing.

Located at 3 and 9 o'clock of the frame, precisely controls reset, suppresses racket surface shaking, and enhances racket anti-torsion performance, allowing players to hit back faster, more accurately, and more stably during the second swing.

By using a special process, polyurethane raw material fills into the racket frame and changes into a spongeous structure after high temperature and cooling down. It absorbs shock, reduces uncomfortable feelings in arms and improves hitting comfort.

Kumpoo shafts vary from 6.6mm and 6.5mm to 6.3mm and 6.1mm. And 6.1mm shaft creates a more flexible and quicker hitting experience for the players.

The technology is to implant the specially processed core material into the inner cavity of the traditional shaft. It can absorb shocks from the frame and then improve the hitting feeling.

Patent No. ZL202320834705.8

Known as the metal of the future, titanium has the advantages of light weight and high strength.Combined with super high modulus carbon yarn, three memory titanium wire improve the rebound speed of the shaft and anti-torsion performance of the racket.

Compared with traditional wooden handle, carbon handle is tougher, lighter, more durable and not easy to erode by sweat. Carbon handle also provides good control and a comfortable feeling for the players.

Through inner PU foaming technology, it breaks through the limitations of traditional heat moulding, making the internal structure of the carbon fiber smoother. This enhances torsional resistance by 10%, allowing for smoother power transfer and more stable performance. The PU foam material attached to the inner significantly reduces vibration feedback to the hand.

Woven fabric manufacturing is a high-technology process used in high-end badminton rackets. Woven has excellent stability and maintains its best status while hitting, creating rich patterns and beautiful embossing.

A special material that can change into different colors under various lights and angles.

Kumpoo developed shoes KH-100 in 2009.

The new CBS functional rubber and court biting system made the shoes become the lightest in the market.

Kumpoo was the first to use KPU material in professional badminton shoes, which enhances the wear-resistance, stability and anti-deformation as well as extends the service life.

As ETPU particles expand rapidly under high temperature and pressure, the unique "LeoBoom" mid-sole formed.

By using the mid-sole, the shoe body is light and full of power. Players can experience the explosiveness and agility of cell division.

Inspired by the structure of cartilage, ACF technology controls micro-nano structure, making it absorb over 90% of impact into the insole.

Inspired by the structure and function of human muscles, the built-in muscular pillar provides exceptional stiffness and greater support to the shoes.

Built into the arch, it optimizes dynamic torsional resistance, offering the most stable point during movement.

The unique design of the DUO POWER midsole features two layers, each with different densities and functions. The outer midsole is designed to be firmer, providing solid support and excellent protection, while the inner midsole is softer, offering exceptional cushioning and comfort.

One press and twist, quick lacing! Kumpoo introduces a fast lacing system with tightness accurate to 1mm. With simple knob adjustment the perfect fit tightness is easily achieved. Designed to be durable, the Fitgo can withstand more than 50,000 rotations and pulls of more than 30 kg to ensure long-term reliability.

It adopts supercritical foaming moulding technology, creates a finely structured, uniform foam with tiny, consistent pores. It is lightweight yet high quality. During movement, it offers over 92% energy feedback, with a rebound performance up to 60%, ensuring durability and wear resistance.

Inspired by the bionic structure of silkworm cocoons, this technology uses world-class yarn made from ultra-high molecular weight polyethylene (UHMWPE), offering 2.6 times the elasticity of traditional polyester and 12% lighter than conventional Mono yarn. The eco-friendly weaving process breaks away from traditional warp and weft bindings, and the entire process is glue-free, combining the silkworm cocoon-inspired structure for enhanced performance.