10H 10-Pack Rain Bird MPR Nozzles – 10 ft Half-Circle Pattern (180°)

Overview

Upgrade your irrigation with a 10-pack of Rain Bird MPR nozzles from 10H, crafted for reliable 10 ft half-circle throws and a true 180° arc. These nozzles are designed to maintain matched precipitation rates across multiple Rain Bird series, enabling flexible layouts without sacrificing even coverage. Each set ships with white 0.035 inch filter screens from the 1800 Series and a stainless steel adjustment screw, delivering durable components that resist typical yard wear. The top of each nozzle is color-coded to simplify radius and arc identification at a glance, even when the system is idle, helping you verify setup quickly and accurately.

What’s Included

• 10 MPR nozzles (brand-new)
• Fine mesh nylon filter screens
• Stainless steel adjustment screw
• White 1800 Series filter screens shipped with nozzles

Key Features & Benefits

• Top color-coding enables quick identification of arc and radius on-site
• Designed to fit Rain Bird and Hunter spray bodies and 1/2" risers for broad compatibility
• 10 ft throw with a 180° half-circle pattern to target edges and borders
• Matched precipitation rates across Rain Bird series 5, 8, 10, 12, and 15 for design flexibility
• Stainless steel mechanism plus a fine mesh nylon filter to help maintain performance

Practical Use Scenarios

In everyday landscapes, these nozzles support balanced watering along lawn edges, planting beds, and shrub borders. The half-circle pattern helps you aim spray away from walkways while keeping interior zones evenly watered. The color-coding and durable components make setup and maintenance feel straightforward, even when you’re managing a mixed-arc circuit. Consider pairing these with nearby shrubs or ornamentals where you want reliable edge coverage without overspray onto hardscapes.

With the 10H 10-pack, you gain design flexibility: you can mix arcs and radii on a single circuit while still maintaining consistent distribution. This can help streamline installation, reduce rework, and contribute to a tidier irrigation layout over time.