The Superdupertube Pendant is more than just an evolution of the classic Supertube luminaire; it represents a bold commitment to sustainability and material innovation. Inspired by the groundbreaking design of the original Supertube from the 1970s, this new fixture is designed to lead the way toward a circular economy. In collaboration with Snøhetta, every aspect of the Superdupertube has been refined — from design to manufacturing — to minimize its environmental impact throughout the entire lifecycle, from raw materials to recycling. This pendant is not only a lighting solution but a clear statement of responsibility and sustainability.
The use of bio-based materials in the Superdupertube brings an earthy, natural element to interior spaces, contributing to a cozy and warm atmosphere. Its monochromatic color scheme creates a sophisticated, timeless environment, while the unique grid design adds both aesthetic appeal and functional innovation. The luminaire’s main profile and LED profile are crafted from extruded bio-based polymer, while the gables and grids are made from injection-molded bio-based polymer. Additionally, untreated cable locks and cardboard gaskets are used to prevent light leakage, further reducing the environmental footprint.
This linear pendant is available with Organic Response wireless controls, a smart lighting system that uses PIR sensors to detect presence and communicate with nearby luminaires via infrared and radio waves. This technology allows the lighting to adapt efficiently to actual occupancy needs, offering up to 80% energy savings compared to traditional on/off operation. The Superdupertube’s distinctive diffuser design provides well-shielded, high-quality light that preserves the natural colors of the environment. It emits both upward and downward light, enhancing vertical illumination to improve contrast and visual comfort. Four different glare shields are available to customize the lighting experience.
Compared to its aluminum equivalent, the Superdupertube reduces metal use and weight by 53%, achieving a remarkable 73% reduction in carbon dioxide emissions. All key components of the housing are plant-based, made from a composite of hemp fiber, wood cellulose, PLA derived from sugar cane, and mineral lime. The hemp fiber lends strength and durability, while the entire material is compostable in industrial composting environments. Even if incinerated, the net carbon dioxide emissions are zero because the carbon released was previously absorbed by the plants during growth. Ateljé Lyktan also offers recycling services to ensure the luminaire can be responsibly disposed of or upgraded with future technology.
The pendant’s frame, end caps, and louvre are all constructed from this bio-based polymer, with gaskets made from cardboard to prevent light leakage, and wire locks crafted from untreated brass. The suspension system uses painted metal and a natural-colored linen cable cover for an organic finish. Installation is facilitated by a 1.5-meter suspension wire with friction lock, adjustable both vertically and diagonally. The number of suspension points varies by luminaire length, with two provided for sizes between 1143 and 1526 mm, and three for lengths from 1708 to 2373 mm.
Electrical connection is supplied with a 3-meter halogen-free cable that can be fitted with a plug or flying leads, supporting Organic Response and Pulldim controls as well as DALI options. A quick connector is available as an optional configuration choice. The included LED light source offers color temperatures of 3000K or 4000K, with a high color rendering index (CRI) of at least 80 or 90. The LEDs have an impressive lifespan, reaching up to 100,000 hours with constant lumen output (CLO).
The Superdupertube’s LED driver uses amplitude modulation to provide flicker-free dimming from 1 to 100%. It comes equipped with two ballasts and supports two DALI addresses. The luminaire is delivered with a pre-programmed CLO function to maintain consistent light output over time. For those opting for smart lighting solutions, an intelligent driver is available that collects data on energy consumption and performance via the Organic Response system.
Due to the natural bio-based materials used, the Superdupertube exhibits slight variations in tone, giving each piece a unique appearance. At present, the addition of non-bio-based polymers is required for coloring, which would compromise compostability and increase the environmental footprint. For this reason, the Superdupertube is offered only in its natural, uncolored finish, reinforcing its sustainable philosophy.
https://www.ateljelyktan.se/products/luminaires/superdupertube
