Solar Road Stud

IP68 Solar LED Road Stud with Anchor – Heavy-Duty 20-Ton Load Capacity

Autonomous solar-powered road marking for roads, parking areas, and traffic infrastructure.

Enhance road visibility and lane delineation with the CS-SR-805 Solar LED Road Stud, a durable, self-powered signaling solution designed for demanding traffic environments.

Manufactured from die-cast aluminum, this solar road stud features an IP68 protection rating and a 20-ton static load capacity. Its integrated anchoring shaft provides secure ground fixation, helping maintain stability in areas exposed to vehicle traffic.

Equipped with 6 high-visibility LEDs, the CS-SR-805 offers steady or flashing lighting modes and is available in five LED colors to improve nighttime guidance and clearly identify lanes, parking areas, intersections, and other traffic zones.

Its integrated monocrystalline solar panel and rechargeable battery ensure autonomous operation without electrical wiring or grid connection, simplifying installation on existing road infrastructure.

Key Benefits of the CS-SR-805 Solar Road Stud

• High-Visibility LED Signaling: 6 LEDs with a stated luminous intensity of 5,000–8,000 mcd per LED, providing clear nighttime road marking.

• 20-Ton Static Load Capacity: Heavy-duty die-cast aluminum housing engineered to withstand substantial static compression.

• IP68 Waterproof Protection: Sealed construction designed to resist dust and water exposure in demanding outdoor environments.

• Secure Anchor Installation: Integrated ground anchoring shaft provides stable positioning and helps prevent movement under traffic conditions.

• Autonomous Solar Power: Integrated monocrystalline solar panel and rechargeable Ni-MH battery eliminate the need for external electrical wiring.

• Flexible Lighting Options: Steady or flashing modes, available in red, amber, blue, green, and white.

• Extended Operating Autonomy: Up to 100 hours of claimed operation on a full charge, depending on usage conditions.

• Durable Construction: Die-cast aluminum housing combined with polycarbonate optical components for long-term outdoor use.

Recommended Applications

The CS-SR-805 Solar LED Road Stud is designed for road infrastructure professionals, local authorities, contractors, and facility managers seeking reliable autonomous road marking solutions.

Typical applications include:

• Urban roads and traffic lanes

• Highways, access roads, and entry ramps

• Parking lots and parking facilities

• Industrial and logistics access roads

• Construction sites and temporary traffic zones

• Airport infrastructure, subject to applicable regulations

• Road edges, lane boundaries, and traffic guidance areas

Technical Specifications

Reliable Solar Road Marking for Professional Infrastructure

Combining a reinforced aluminum structure, independent solar power supply, and high-visibility LEDs, the CS-SR-805 Solar Road Stud provides an efficient solution for improving road boundary recognition and guiding vehicle movements after dark.

Its robust design and integrated anchoring system make it suitable for infrastructure projects requiring autonomous LED road signaling, secure ground installation, and high mechanical resistance.

With no external electrical connection required, the CS-SR-805 also offers a practical solution for upgrading existing traffic infrastructure without additional power cabling.

Important: This product is intended for road delineation and visual signaling. It is not designed to replace roadway lighting systems used to illuminate surrounding pavement surfaces.

Your Solar Road Marking Project with LIPTENA SOLAR ENERGY

Looking for a reliable solar road marking solution for highways, parking facilities, industrial sites, or urban infrastructure?

LIPTENA SOLAR ENERGY helps professionals select high-performance solar road studs tailored to their project's technical and operational requirements.

Contact us today to request detailed technical specifications, a personalized quotation, or a solar road marking solution adapted to your infrastructure project.