Annual Energy Savings |
Annual Cost Savings |
Fixtures Commissioned |
Improved Lighting Levels |
449,280 kWh/Yr |
$33,022.08 |
156 |
66% |
Kelley Park is the central hub for athletic events in Fort Smith—home to organized league games, school tournaments, and community recreation. With multiple fields operating year-round, the city aimed to unify the entire sports complex under a single lighting system that was modern, energy-efficient, and consistent in performance.
The focus was not just on brightness, but on delivering uniform lighting levels across every zone, reducing visual discomfort, and simplifying operations. IKIO was brought in to develop a scalable lighting plan that could be executed efficiently without disrupting scheduled games or requiring structural modifications.
The primary goals of the project included:
This was a chance to transform Kelley Park from a collection of fields into a seamless sports campus.
IKIO created a centralized lighting plan designed for long-term scalability, field-specific clarity, and clean execution. The team used pre-engineered layouts, pole-specific bracket tilt drawings, and AGi32-based beam spread visualizations to ensure accurate, field-aligned placement.
A total of 156 Dynamo 3 floodlights (500W)—each with an efficacy of 160.2 lm/W—were pre-configured and deployed across zones including Skokos, Hernreich, Kelley, Parker, Pendergraft, Kuykendall, and Higgins Fields. Fixtures were installed with precision-mapped tilt angles to eliminate light spill and overlit zones.
Installation was carried out in phases, with crews working around scheduled events. Components were pre-labeled and matched to field layouts, allowing the team to minimize on-site adjustments and complete the deployment with no disruption to park operations.
IKIO engineered and executed a centralized, high-performance LED upgrade across Kelley Park’s multi-field athletic zone, delivering a system optimized not just for brightness—but for planning precision, operational ease, and long-term scalability.
Challenge |
Before |
After |
Result |
Inconsistent brightness |
Variable light levels across fields |
Uniform layouts simulated using AGi32 |
Professional-grade, balanced visibility |
Maintenance complexity |
Multiple fixture types and outputs |
Standardized system using Dynamo 3 (500W) |
Streamlined servicing and reduced inventory |
Glare and discomfort |
Overlit zones and poor field transitions |
Precision-aimed beam angles with pole-specific tilt |
Improved visual comfort for athletes |
Scheduling constraints |
Limited night-time playability |
Consistent lux levels across all fields |
Enhanced scheduling flexibility and usability |
Energy inefficiency |
High draw from legacy lighting |
High-efficacy LED system (160.2 lm/W) |
Lower operating costs and reduced load |
The lighting system was implemented across all active ballfields in Kelley Park, including zones such as Skokos, Hernreich, Kelley, Pendergraft, Kuykendall, Higgins, and others. Each layout was tailored to mounting height, field size, and infield/outfield distribution needs.
“We used to make lighting decisions field by field. Now we don’t have to. Every field performs the same way, and that means we can operate the entire complex like a single unit — schedule confidently, host professionally, and maintain easily.”
— City of Ft. Smith Parks Supervisor