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G REPRESENTS A FUNDAMENTAL SHIFT IN HOW WE PERCEIVE OPS FOR ATHLETIC ACHIEVEMENT, MODERN FLOORS ARE NOW INJURY PREVENTION, ENVIRONMENTAL SUSTAINABILITY AND EVEN ABLE TO GENERATE DATA TO OPTIMISE TRAINING. OD PROVIDING OPTIMAL ELASTICITY, TO THE MACRO LEVEL OF VEMENT PATTERNS ACROSS ENTIRE FACILITIES, TECHNOLOGY O MUCH SO THAT THE INTEGRATION OF RECYCLED MATERIALS VIRONMENTAL RESPONSIBILITY ARE NOT COMPETING VALUES SQUASH COURTS, AND HEALTH CLUBS CONTINUE TO EMBRACE EFIT FROM BEING ABLE TO PERFORM ON WHAT HAVE BECOME E THAT QUIETLY SUPPORT, PROTECT, AND EMPOWER ATHLETIC UNIMAGINABLE AT THE START OF THE CURRENT MILLENNIUM. BETWEEN TRADITION AND INNOVATION, SUSTAINABILITY AND BUT IN RECOGNISING THAT ADVANCED TECHNOLOGY ALLOWS LY. AS MATERIAL SCIENCE, SENSOR TECHNOLOGY, ARTIFICIAL INUE TO ADVANCE, THE SPORTS FLOORS OF TOMORROW WILL ER, AND MORE ENVIRONMENTALLY RESPONSIBLE THAN EVER. NTS COME VIA THE INTEGRATION OF IOT AND AI, GIVING THE PERFORMANCE METRICS, INCLUDING SPEED, ACCELERATION, RE DISTRIBUTION, AND AREAS OF MOTION, ALL IN REAL-TIME. THE ASB GLASSFLOOR LED COURT, WHICH LAYERS ARTIFICIAL OGY, DEMONSTRATING HOW FLOORING DESIGNS CAN DISPLAY PECTATORS, AND COACHES AN IMMERSIVE EXPERIENCE THAT ORMS THE VERY CONCEPT OF WHAT A SPORTS FLOOR CAN BE. CIENCE HAVE REVOLUTIONISED THEIR PHYSICAL PROPERTIES, HE BIOMECHANICAL DEMANDS PLACED ON ATHLETES’ BODIES. E 1970S, MASSIVE PLANKS MADE OF BEECH AND MAPLE WITH
STANDARD. BUT THEIR SOLIDITY PLAYED HAVOC WITH JOINTS F THE SORT OF ADVANCEMENTS MADE SINCE THEN WAS ASB’S
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