Vessels

Lead Designers Tom Newell

Entry Description

Vessels is a contemporary monument where science, technology, and culture converge. Echoing ancient structures that celebrated the sun, it invites shared contemplation through light and sound. Part of an ongoing series exploring how light shapes humanity and how we shape light, the installation transforms light into architecture. The concept originated from a desire to embed animated video content within light installations.
Three transparent pyramids contain sculpted laser beams made visible with water-based haze, choreographed to an ethereal soundscape. These shifting geometries move between meditative pulses and dynamic bursts, creating a space that is both otherworldly and grounding. Visitors are encouraged to pause, reflect, and connect, sharing moments of stillness and awe.
Designed for outdoor public exhibition, allowing close encounters and 360-degree viewing at heights between 30cm and 200cm, the work balances technical precision with accessibility and safety.
Each unit is self-contained, housing a laser module, haze machine, sound system, and a control computer within durable, weatherproof enclosures. Built from smash-resistant polycarbonate and powder-coated metal, the installation meets strict safety standards. Developed in collaboration with laser safety consultants, the work is certified as a Class 1 laser product, fully safe for public exhibition.

Sustainability Approach

Vessels prioritises sustainability through ultra-low energy use, efficient design, and long-term durability. Each laser consumes just 2.5W. The compact, modular design minimises transport emissions and simplifies deployment. Vessels was fabricated within the same building as our studio accounting for zero mileage during it’s creation. The structures are built for a minimum 10-year lifespan, using recyclable core materials like powder-coated aluminium, steel, and polycarbonate. Components are designed for easy repair and reuse, supporting circular design principles and reducing waste. With only one power connection per unit, the system is energy efficient, resilient, and low maintenance, delivering high visual impact with a minimal environmental footprint.