Shinnecock Hills Golf Club
Learn how one of the world’s most iconic courses pairs innovative golf irrigation hardware with CirrusPRO™ software to conquer shifting winds and master daily precision.
Learn how one of the world’s most iconic courses pairs innovative golf irrigation hardware with CirrusPRO™ software to conquer shifting winds and master daily precision.
North Hants Golf Club has completed a £1.3m course refurbishment alongside a full Rain Bird® irrigation upgrade. Golf Course Manager Sam Evans explains how the switch to the IC System™ and CirrusPRO™ has transformed surface consistency, cut hand-hosing by half, and empowered his entire team to become masters of their own water usage.
At Hilton Dalaman, intelligent water management is guiding the development of a new 18-hole golf course. With Rain Bird® irrigation technology integrated from the earliest design stages, the course is built for sustainability, performance and long-term resilience.
Set in the mountains of northern Vietnam, Montaña Golf Course relies on a fully integrated irrigation system designed by consultant Adrian Mortram using Rain Bird technology. Built to manage extreme elevation changes and typhoon conditions, it delivers precision water control from reservoir to rotor.
Golf Club Villa Carolina has completed a major irrigation renovation at its La Marchesa course, introducing a Rain Bird® IC System™ with CirrusPRO™ Central Control. The upgrade has reduced irrigation cycle times, improved turf quality and revolutionised the club’s course management capability.
Rock Golf in Siuntio, 25 miles west of Helsinki, is a new nine-hole par-3 course designed by Lassi Pekka Tilander to redefine the short-course experience. Set among pine forest, rock and water features, this sand-built layout delivers a fast, social and visually striking alternative to traditional golf, opening in summer 2025.
At Bray Golf Club in County Wicklow, Ireland, Course Superintendent John Bishop turned to Rain Bird 752 Series rotors to gradually replace outdated sprinklers without disrupting play. The result: more uniform irrigation, 10–15% water savings, and 20% less time spent on maintenance—delivering a smarter, more sustainable approach to course management.