Liam Macrae
![stone island navigation series [under the radar] by liam macrae](https://storage.ghost.io/c/14/ee/14eef3be-ca5a-434b-8324-fa1f874026f1/content/images/size/w300/2025/09/stone-island-navigation-series-under-the-radar-liam-macrae-techspec-02.jpg)
stone island navigation series [under the radar] by liam macrae
Stone Island’'s Navigation Series: Under the Radar by Liam MacRae examines sonar, signal, and instinct in aquatic navigation. Radar sweeps above are mirrored by sharks circling below, drawn to a submerged emblem that acts as both marker and transmission. The study observes how symbol and frequency converge—technology tracing, nature responding.
![stone island navigation series [reinvent the wheel] by liam macrae](https://storage.ghost.io/c/14/ee/14eef3be-ca5a-434b-8324-fa1f874026f1/content/images/size/w300/2025/08/stone-island-liam-macrae-navigation-series-002-1.jpg)
stone island navigation series [reinvent the wheel] by liam macrae
Stone Island’s Navigation Series: Reinvent the Wheel, photographed by Liam MacRae, is part of the brand’s ongoing study of orientation and movement. The work frames navigation as both physical and symbolic—referencing terrain, direction, and systems of guidance. Within the series, “Reinvent the Wheel” emphasizes reinterpreting established structures of travel and perception, continuing Stone Island’s research into exploration and the mechanics of wayfinding.
![Stone Island Navigation Series [shedding light] by Liam Macrae](https://storage.ghost.io/c/14/ee/14eef3be-ca5a-434b-8324-fa1f874026f1/content/images/size/w300/2023/09/F5WkecNXQAA78GB.jpeg)
Stone Island Navigation Series [shedding light] by Liam Macrae
Stone Island Navigation Series: Shedding Light by Liam MacRae deploys a canine unit as both subject and sensor. The sequence examines tracking protocols, movement signatures, and light scatter in terrain navigation. Objective: assess animal-assisted pursuit as a guidance vector. Visual narrative captures the moment of release—unleashing the chase to test instinctive tracking against controlled illumination parameters.
