Montville Creative Lighting: Activating the Night-Time Economy

The Context

Montville is a jewel of the Sunshine Coast hinterland, yet its primary public park was underutilised once the sun went down. Local community groups identified a clear need to improve the night-time appeal of the space, transforming it from a dark thoroughfare into a safe and inviting destination for evening gatherings.
The challenge was to deliver a lighting solution that created vibrancy without disrupting the sensitive hinterland ecosystem or polluting the night sky.

The Collaboration

POMO was engaged to bridge the gap between community aspiration and technical delivery. We aligned this project with an existing Council-sponsored electrical upgrade, ensuring maximum efficiency of public funds. By integrating our creative program with the Council’s infrastructure works, we delivered a high-value outcome that minimised disruption and cost.

Delivering Montville Lighting: The Implementation Process

Our role extended beyond selecting fixtures to designing a complete schematic and detailed lighting control system. We focused on “Implementation” by specifying technology that met strict environmental and operational criteria.

Technical Specification & Control

We specified We-Ef DMX controlled spotlights, a premium solution known for precision and durability. These units are controlled by an Australian-made DMX system that allows for programmed sequences, enabling the lighting to adapt to different community activities and events throughout the year.

Dark Skies Compliance

A critical technical requirement was minimising light spill to protect local nocturnal wildlife. We engineered the design to be fully compliant with Dark Skies best practice. By selecting fixtures with appropriate colour temperatures and precision optics, we ensured the light remained focused on the public realm, reducing pollution and preserving the natural darkness of the hinterland sky.

Operational Efficiency

The system is designed for long-term sustainability. The use of specialist LED technology significantly reduces energy consumption compared to traditional public lighting, while the Australian-made control infrastructure supports the local economy and simplifies future maintenance.

The Impact

The project has successfully extended the usable hours of the park, creating a safer and more social environment for residents and visitors. It demonstrates that creative activation and environmental stewardship can coexist, providing a template for how regional towns can boost their night-time economy responsibly.

Sustainability Outcomes

Social Sustainability Outcomes

  • Community-Driven Enhancement: The project was initiated by a desire from local community groups to improve the park’s nighttime appeal. This community-led approach ensures the final outcome directly meets the needs of the users, enhancing their sense of place and ownership over the public space.
  • Increased Community Activation and Safety: By providing creative lighting, the project makes the park a safer and more inviting place in the evening. This extends the usable hours of the park, enabling and supporting a wider range of nighttime community activities and gatherings, which strengthens social connections.
  • Efficient Use of Resources: The project was strategically integrated with an existing council-sponsored upgrade. This demonstrates efficient and collaborative use of public funds and resources, maximizing community benefit while minimizing disruption and redundant work.

Environmental Sustainability Outcomes

  • Minimisation of Light Pollution: This is a key environmental benefit. The project specifically used spotlights that are compliant with Dark Skies best practice. This means they are designed to minimize light spill and use appropriate colour temperatures, significantly reducing light pollution that can harm nocturnal wildlife and disrupt natural ecosystems.
  • Energy Efficiency: While not explicitly stated as LED, modern, specialist-controlled lighting systems like the DMX-controlled units used are typically highly energy-efficient. This reduces the park’s overall operational energy consumption and associated carbon footprint compared to older, less focused lighting technologies.
  • Support for Localised Economy: The use of an Australian-made DMX control unit supports the national economy and potentially reduces the carbon footprint associated with shipping components from overseas.

Contact POMO to discuss how we can design a Dark Skies compliant lighting strategy for your public space.



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