ADVERTISEMENT
Trainingpadel.com
LOK - Easy Flow - 2024
ADVERTISEMENT
Trainingpadel.com
ADVERTISEMENT
Acero Padel
ADVERTISEMENT
HEAD
ADVERTISEMENT
Goer

LOK - EASY FLOW 2024

Compare prices

Click on a store to continue

Specifications

Information from the manufacturer
Rec. price £160.00

Manufacturer's suggested retail price

The price is a recommendation from the manufacturer and therefore probably does not match the prices in all markets.

Year of launch 2024
Weight 360 - 375 g
Form Round
Balance point Medium
Frame profile 38 mm
Frame - material Carbon fiber
Surface layer - type Smooth
Surface layer - firmness Medium
Surface layer - material Carbon fiber
Core - firmness Medium
Core - material Custom EVA
Type of player Amateur
Target group Adult
Verified Information verified by LOK
Description from manufacturer
One of the main features of the Easy Flow racket is its asymmetric heart, a technology that optimizes weight distribution across the racket to enhance maneuverability and stability with each strike. This allows for a quicker and more precise response on the court, resulting in more effective and consistent hits. The racket has a round shape, offering a centered balance and sweet spot aimed at control of the strike. The Easy Flow features a mixed carbon fiber surface that contributes to a high comfort touch while not forgetting that it is a racket focused on attack with its diamond shape and elevated sweet spot. It also includes the Gradual Face system, which consists of steps and reliefs that help reduce vibration upon impact. Moreover, it incorporates carbon reinforcement technology, involving the strategic integration of additional carbon layers at key points of the frame to increase rigidity and durability of the racket. Finally, it is equipped with the Confort Wristband, an adjustable wrist strap. This racket is very versatile, whether you are hitting from the back of the court or executing volleys at the net, the Easy Flow will provide you with the control and comfort you need to mature and dominate each point.