ONROADLED uses inductive power transfer, which eliminates exposed wiring, sparks, and the risk of electrocution. This makes installation and maintenance far safer, allowing even non-electrical specialists to handle the system with confidence compared to traditional wired solutions.

A single power supply is capable of powering and controlling up to 2.5 kilometres of cable, supporting as many as 250 markers along its length. Each unit is designed for demanding road conditions, remaining visible from distances of up to 800 metres and delivering consistent performance even under heavy traffic.

Each marker is manufactured from UV-stabilised, impact-resistant polycarbonate and sealed against corrosion and environmental damage. Scratch-resistant lenses further extend service life, ensuring the system continues to perform with minimal maintenance in high-use environments.

With a completely sealed design, the markers are protected from water ingress and remain resilient in wet, icy, or extreme temperature conditions. This level of protection makes ONROADLED significantly more robust and reliable than conventional hard-wired lighting systems.

The inductive communication system allows every marker to be programmed individually, enabling advanced features such as dimming, flashing, sequencing, and even colour variation. Each unit can also deliver diagnostic data, with the entire network capable of being monitored remotely for maximum efficiency.

The system has been designed for straightforward deployment, with shallow cabling and a minimal number of components. Faults can be quickly detected and addressed, ensuring reduced downtime, while compatibility with both mains and 24V supplies makes it highly adaptable for a wide range of applications.

Motorways & Trunk Roads – Lane guidance, curve delineation, and unlit route visibility.

Roundabouts & Junctions – Improved navigation, accident prevention, and clear driver guidance.

Crosswalks & School Zones – Dynamic pedestrian safety and reduced vehicle approach speeds.

Dangerous Curves & Obstacles – High-contrast markers to prevent run-offs and collisions.

Temporary Lane Management – Dynamic lane markings for roadworks, diversions, or tidal flows.

Street-Lighting Decarbonisation – Ground-level lighting reduces dependence on overhead columns.

Snow & Ice Conditions – Visibility maintained when painted markings are obscured.

Tunnel Vehicle Guidance – Continuous in-lane lighting for safe navigation.

Dynamic Tidal Flow Lanes – Reversible lanes to manage peak-hour capacity.

Emergency Exit Lighting – Markers at exit doors activated during emergencies.

Evacuation Route Lighting – Spaced markers guiding pedestrians in smoke or fire conditions.

Tunnel Portals & Approaches – Improved visibility for entry and exit transitions.

(Complies with EU Directive 2004/54/EC and CIE recommendations for tunnel evacuation lighting.)

City Centres & Residential Streets – Enhancing safety in shared spaces and traffic-calming areas.

Cycleways & Active Travel Routes – Green Wave technology synchronised with signals for seamless cycling.

Pedestrian Crossings & Sidewalks – Active guidance for vulnerable road users.

Driveways & Local Access Points – Clear delineation where road layouts are complex or congested.

Public Realm Enhancements – Architectural and urban guidance lighting to complement streetscapes.

Smart Parking Guidance – Intelligent integration with apps and systems for seamless navigation.

Car Park Safety – Vehicle and pedestrian separation.

Building Entrances & Loading Docks – Clear approach lighting in busy commercial sites.

Petrol Stations & Service Areas – Safe traffic management on forecourts.

Railway Crossings – Improving safety at high-risk intersections.

Platforms & Stations – Guidance lighting for passenger flow and evacuation.

Tram Crossings & Tramways – Dynamic lane delineation for shared rail-road environments.

Bus Lanes & Bus Stations – Clear delineation and priority lanes.

Micromobility Lanes – Safe guidance for e-scooters and shared mobility corridors.

Stadiums & Event Venues – Managing heavy flows of vehicles and pedestrians.

Temporary Event Roads – Rapidly deployable guidance systems.

Emergency Evacuation Routes – Fail-safe markers guiding people to safety.

First Responders – Active guidance for emergency vehicles approaching critical sites.

Bridge Approaches – Lane discipline to reduce collisions.

Bridge Strike Prevention – Enhanced visibility to prevent damage to structures.

Viaducts & Elevated Roads – Edge delineation in poor visibility conditions.

Taxiways & Aprons – Safer guidance for aircraft ground movements.

Airport Service Roads – Vehicle traffic control across large sites.

Passenger Safety Zones – Pedestrian guidance between terminals, car parks, and shuttle points.

Logistics Hubs & Distribution Centres – Safer routing for HGVs, forklifts, and plant equipment.

Manufacturing Facilities – Wayfinding and safety in large-scale operations.

Mining & Heavy Industry – Reliable operation in extreme environments.

Energy & Utilities Sites – Power plants, refineries, and substations where safety is critical.

Dockside Operations – Vehicle and crane movement guidance.

Loading Bays & Warehouses – Safer manoeuvring in busy port environments.

Ferry Terminals & Passenger Areas – Guidance for vehicles and pedestrian boarding.