ASICS opens European sport science institute with French tennis lab HumanFab

ASICS has established its third regional sport science institute by launching the ASICS Institute of Sport Science Europe (ISS Europe), headquartered within ASICS Europe B.V. The move extends the Japanese footwear maker’s global research and development network to a third continent, following the creation of its Americas equivalent at the close of 2025.

ISS Europe’s first operational partnership is with HumanFab, a sports science research center in Aix-en-Provence, France, initially focused on tennis performance.

According to HumanFab, the facility includes an indoor tennis court lab with 22 cameras, 10 force plates embedded in the playing surface and a Hawk-Eye tracking system, enabling full-scale biomechanical analysis on a regulation-size court. The setup allows researchers to capture ball spin, speed and movement data at a precision level that, ASICS says, complements and extends the work already conducted at its founding institute in Kobe.

Why Europe, why tennis

Europe is a priority growth market for ASICS and home to a significant share of its contracted professional athletes. A research presence on the continent is intended to shorten the time between athlete performance data and product development. Tennis is a natural entry point: the sport sits at the intersection of ASICS’ heritage categories and its expansion into elite performance footwear.

The partnership was presented at the ASICS Global Tennis Summit on June 14, where researchers from both organizations shared early findings and introduced a prototype of a next-generation tennis shoe now under development.

ISS Europe is a node in ASICS’ global innovation network

ISS Europe is not conceived as a standalone lab. ASICS positions it under its Global Integrated Enterprise (GIE) approach, designed to route regional athlete insights and technical findings across markets into a centralized innovation pipeline. The Kobe institute remains the anchor; ISS America and ISS Europe are meant to serve as data-collection and collaboration nodes.

If the model operates as described, product development authority sits centrally while athletic intelligence is gathered locally. This structure could compress development timelines, though its practical effect will only be visible in future product generations.