1800 264 628 get a quote

Beach Access

Beach Access

Premium Beach Access Matting Solutions

Providing safe, reliable, and compliant access to beaches is a challenge for councils, resorts, and event organizers. Soft sand creates a natural barrier for individuals with mobility challenges, vehicles, and heavy equipment. JWA’s Beach Access Matting solutions bridge this gap, offering a stable implementation that ensures everyone can enjoy the coastline.

The Challenge: Accessibility vs. Nature

Soft sand, while beautiful, is notoriously difficult to traverse.

  • For Pedestrians: It can be strenuous and unstable, leading to slips or falls.
  • For Wheelchairs & Strollers: It creates a near-impossible barrier, excluding families and individuals with disabilities.
  • For Vehicles: It poses a risk of bogging, requiring specialized equipment or causing environmental damage.

Our Solution: Engineered Access Pathways

Our interlocking and roll-out matting systems are specifically engineered to distribute weight effectively over soft substrates. By creating a firm, consistent surface on top of unstable sand, we provide a pathway that is both functional and environmentally sensitive.

For heavy-duty temporary roadways and platforms over sand, we rely on the Dura-Base Composite Mat System.

Key Benefits

1. ADA Compliant Accessibility

Ensure your beachfront is inclusive. Our mats are designed to meet ADA guidelines for firmness and stability, making them ideal for:

  • Wheelchair users
  • Parents with strollers
  • Seniors with walking aids

2. Enhanced Safety & Slip Resistance

Safety is paramount. The unique surface textures of our mats provide superior traction for bare feet, even when wet. This significantly reduces the risk of slips and falls compared to wooden boardwalks or unstable sand.

3. Environmental Protection

Preserve your coastline. Our mats sit on top of the sand rather than requiring permanent excavation.

  • Minimizes Erosion: Protects dunes and sensitive vegetation from foot traffic.
  • Eco-Friendly Materials: Manufactured from durable, UV-stabilized materials (often 100% recycled) that are safe for marine environments.

4. Versatility for Any Application

From light pedestrian walkways to heavy-duty vehicle access:

  • Pedestrian Pathways: connect parking lots to the water’s edge.
  • Event Flooring: Create stable platforms for weddings, festivals, or pop-up events.
  • Boat Ramps: Facilitate easy launching and retrieval of small watercraft.
  • Vehicle Access: Support maintenance vehicles, emergency rescue units, and cleaning equipment.

Technical Specifications & Features

Standard Beach Access Specifications

Material High-Density Polyethylene (HDPE) or reinforced polyester
Surface Non-slip aesthetic tread pattern
Load Capacity Ranges from pedestrian-only to heavy vehicle support (up to 60 tons depending on system)
Installation Rapid deployment; often requires no heavy machinery
Maintenance UV stabilized, easy to clean with pressure washers
Color Options High-visibility blue, natural tan, or custom options

Frequently Asked Questions

Q: Can these mats stay out year-round? A: Yes, our mats are UV-stabilized and designed to withstand harsh coastal elements, including saltwater and intense sun. However, many clients choose to remove them during storm seasons to prevent displacement.

Q: Are they difficult to install? A: Most of our systems are designed for rapid deployment. Roll-out mats can be installed by two people in minutes, while interlocking panels snap together quickly without special tools.

Q: How do I clean the mats? A: Maintenance is simple. The permeable design allows sand and water to pass through. Regular sweeping or a quick spray with a pressure washer acts to keep them looking new.

Q: Is it suitable for cars and trucks? A: We offer specific heavy-duty variants designed to support vehicular loads. Please consult with our team to ensure you select the correct grade for your intended traffic.

Send us a message in a bottle, or for quicker response, click below.

GET A QUOTE

Our Clients and Major Projects