Vodaland Easy Stormwater Dry Well – Heavy-Duty Modular Drainage System

Overview

The Vodaland Easy Stormwater Dry Well is a durable, modular drainage solution designed to manage stormwater across both residential and commercial settings. Its robust panels, reinforced top, and open-bottom design pave the way for reliable water treatment right where you need it.

Water flows through the system and the HexPave underlayer helps water infiltrate the ground with a minimal gravel base, simplifying installation while delivering solid detention performance. An optional bottom panel supports sump pump setups when needed, expanding the system’s versatility for different site requirements.

Flexible, Fast Installation

Designed for adaptability, the dry well can be buried or stacked, and features four durable side panels with multiple knockout points. This lets you connect to a range of pipe sizes and configurations, making it easier to tailor the solution to your site's drainage plan.

Modular, Scalable Drainage

Start with a single unit and expand by adding more dry wells or stacking units in a single location. Its modular design suits small yards and larger commercial projects alike, offering a scalable approach to stormwater management without sacrificing performance.

What’s Included

• 4 heavy-duty side panels and a reinforced top cover (ready for connection)
• Open-bottom design with 2 HexPave units
• 10 ground anchors and 1 agro geo textile fabric for easy installation

Key Benefits

• Controls runoff, prevents pooling, and promotes groundwater recharge with a high-capacity modular system
• Supports diverse sites, from yards and playgrounds to parking lots and rain gardens
• Reduces gravel needs thanks to HexPave, speeding up installation and lowering material use
• Highly adaptable for buried or stacked configurations, ideal for evolving needs

Whether you’re protecting a residential landscape, maintaining a commercial parking area, or building a rain garden, the Easy Stormwater Dry Well offers a practical, eco-conscious approach to drainage that emphasizes flexibility, efficiency, and long-term performance.