Wireless Outdoor Sports
Lighting Control

Poles on a sports field may be 50–150 feet apart and distributed over acres of open ground. Wired data runs of this distance are expensive and disruptive. Standard short-range wireless protocols (Bluetooth, Zigbee) fail to bridge these distances reliably under outdoor conditions. FusionMesh™ is engineered for the exact distance ranges of typical sports facility pole layouts.

Lights failing during a Friday night football game or a televised athletic event is not an acceptable outcome. Every part of the control architecture must tolerate failure of any single component without disrupting the rest of the system. A central gateway that goes offline is not tolerable — Hyperion™ has none.

Outdoor sports facility controllers live at the tops of poles through rain, freezing temperatures, high humidity, and UV exposure. The Hyperion™ controller is designed for permanent outdoor pole-mount installation — not a rack-room unit pressed into service outdoors.

Sports facilities range from 4-pole recreational fields to 80+ pole professional stadiums. The same control system needs to work elegantly at both ends of that range — and scale linearly as installations grow. Hyperion™'s mesh architecture adds poles without adding complexity.

High School Stadiums

High schools typically operate on tight maintenance budgets with limited in-house technical staff. Hyperion™'s self-maintaining mesh and local schedule storage reduce ongoing technical burden to near zero — once commissioned, the system runs lights-on/lights-off programs, game night scenes, and spirit color shows automatically.

• · Automated game night and practice lighting scenes
• · School color RGB programs for spirit events
• · Minimal ongoing technical maintenance required
• · Retrofit-friendly: works with existing fixtures

College Athletic Complexes

College athletics involves multiple fields, arenas, and practice facilities — often operated from a centralized facilities management team. Hyperion™'s per-venue mesh architecture means each field operates independently. A failure at one venue cannot propagate to another. RGB color programming supports athletic department branding and broadcast event production.

• · Independent mesh per venue — no cross-contamination
• · Athletic brand color programming for all fields
• · Broadcast-grade sync for televised events
• · Scalable from practice fields to main stadium

Municipal Sports Parks

Municipal parks serve diverse community programming — youth sports leagues, adult rec leagues, community events, and seasonal celebrations. Hyperion™'s scheduling system can manage dozens of distinct programs automatically, from standard sports lighting schedules to holiday color programs — all without staff intervention once programs are set up.

• · Calendar-driven scheduling for seasonal programs
• · Holiday RGB programs run automatically by date
• · Multiple zones manageable per facility
• · No technical staff needed for daily operation

Recreational Fields & Parks

Small recreational fields often operate without any control system — lights are manually switched at a panel. Hyperion™ makes advanced scheduling and control accessible at any scale. Even a 4-pole recreational field can have full scene management, auto-shutoff schedules, and remote override capability that eliminates the late-night call from a parks department employee asking "can someone turn the lights off?"

• · Starts at 4 poles — scalable upward
• · Automated shutoff eliminates waste
• · No dedicated technical staff required

Parking Lots & Structures

Sports venue parking lots are among the most energy-intensive outdoor lighting applications — large areas requiring high illumination levels for long evening hours. Hyperion™'s occupancy-responsive and schedule-driven dimming can deliver substantial energy savings on parking lot lighting while maintaining safety-compliant illumination levels throughout event and non-event periods.

• · Event vs. non-event dimming profiles
• · Scheduled shutoff for energy savings
• · DALI + 0–10V support for all driver types

Amphitheaters & Concert Venues

Outdoor entertainment venues demand the most from a wireless lighting control system — full DMX programming capability for entertainment lighting alongside reliable infrastructure lighting, all in an outdoor environment that may see hundreds of events per year. Hyperion™'s hybrid DMX/DALI capability handles both simultaneously.

• · Full DMX entertainment lighting capability
• · Infrastructure + entertainment on same system
• · Scene library for recurring event types

FusionMesh™ RF Performance

• · Frequency hopping spread spectrum
• · Automatic interference avoidance
• · Self-healing mesh — reroutes around failures
• · Designed for outdoor RF environments

Protocol Support

• · DMX512 + RDM (ANSI E1.11 / E1.20)
• · DALI (IEC 62386) with D4i support
• · 16 channels 0–10V analog dimming
• · Simultaneous multi-protocol per pole

Installation Profile

• · Power only to each pole — no data conduit
• · Pole-mount weatherized enclosure
• · One controller per pole (not per fixture)
• · ~1.6 hr commissioning per pole

Upgrading an Existing Sports Facility

Retrofit projects are where Hyperion™ delivers its most dramatic ROI. An existing uncontrolled or wired-DMX sports lighting installation can be upgraded to full wireless control without replacing fixtures or running new conduit between poles.

The Hyperion™ controller installs at each existing pole, connecting to existing fixtures via short local runs. FusionMesh™ handles all inter-pole communication wirelessly. The only new conduit is the short power-to-controller run at each pole — not the thousands of feet of inter-pole data conduit that a wired upgrade would require.

Phased retrofit is fully supported: upgrade poles in priority order as budget allows. Each upgraded pole joins the mesh automatically.

How does Hyperion™ handle a large stadium with 40+ poles?

FusionMesh™ is designed to scale. As more poles are added, each one strengthens the mesh by acting as an additional relay node — expanding coverage and redundancy simultaneously. There is no gateway bottleneck that limits scale. Installations from 4-pole recreational fields to 80+ pole professional stadiums operate on the same architecture with no configuration changes.

Can Hyperion™ maintain schedules through power outages?

Yes. Scheduling logic and programs are stored in non-volatile memory on each pole controller. When power is restored, each controller independently resumes its programmed schedule based on current time — no central restart, no reconfiguration. The system comes back up as though it never went down.

What is the typical installation process for a sports facility?

Installation requires power to each pole — that's the only infrastructure requirement. Each Hyperion™ controller mounts at the pole and connects to local fixtures via short DMX or DALI runs. There is no inter-pole data conduit. Commissioning is performed through the FusionMesh™ network without needing to physically revisit each pole. Typical commissioning is approximately 1.6 labor hours per pole.

Does Hyperion™ work for retrofit upgrades to existing sports facilities?

Yes. This is one of Hyperion™'s strongest use cases. A Hyperion™ controller installs at each existing pole without replacing fixtures or running new conduit between poles. The old central DMX rack and inter-pole data conduit are decommissioned. Phased retrofit is fully supported — upgrade poles in priority order, and each upgraded pole joins the mesh automatically.