Outdoor Speaker Design
Outdoor Line Arrays.
Outdoor line arrays use multiple drivers arranged vertically to shape coverage, improve projection and maintain clarity across demanding spaces where conventional speakers cannot control the audience area effectively.
A coverage instrument
More than multiple drivers.
Controlled projection.
A line array places several compatible drivers in a vertical arrangement so their combined behavior controls how energy spreads through the audience area. Array length, module geometry, splay, mounting height, aiming, amplification and processing must be coordinated around the exact product and property.
Line Array Planning Console
Coverage shapes
the result.
Audience geometry, array configuration, structural mounting and electronics work together. Each decision changes projection, consistency, safety and long-term reliability.
Audience
Design the array from the audience backward.
Define the closest and farthest listeners, changes in grade, required level and sightline constraints. The array must cover people consistently without sending excessive energy above, below or beyond them.
Complete Line Array Systems
Arrays are systems.
Not isolated boxes.
Wide project views keep the array, rigging, audience geometry, supporting subwoofers and finished environment together. Every module remains one part of a complete engineered system.
Where Line Arrays Belong
Built for spaces where
coverage control matters most.
Line arrays earn their complexity when audience distance, elevation or performance requirements exceed conventional outdoor speaker behavior.
Project across long lawns and destination areas while managing vertical spill.
Support resorts, clubs and expansive gathering areas across the property.
Deliver higher output and clarity across audiences that change in size and position.
Coordinate arrays, subwoofers and DSP for demanding outdoor program areas.
The Complete System
The invisible details
protect the result.
A line-array installation is an engineered loudspeaker, rigging and electronics system. Structure, approved hardware, audience-based aiming, amplification, DSP and service access must be designed together.
Verify support, loads, wind and attachment with qualified site-specific review.
Use manufacturer brackets, splay hardware and safety provisions.
Set height and angles from measured coverage geometry.
Provide the channels, load capability and headroom the array requires.
Configure crossover, equalization, delay and limiting for the exact system.
Maintain safe access for hardware, connections and periodic review.
Choose the right form
Line Array—or another
speaker design?
Line arrays solve demanding projection problems. Towers, Surface-Mount and distributed Landscape systems may offer a simpler answer when distance and vertical control are less critical.
| Design decision | Line Array | Tower | Surface-Mount | Landscape |
|---|---|---|---|---|
| Visual approach | Technical vertical array | Tall statement enclosure | Cabinet on an adjustable bracket | Small garden fixtures |
| Coverage behavior | Highly controlled long-range projection | Broad or controlled high-output coverage | Conventional aimable dispersion | Layered close-range coverage |
| System complexity | Highest: rigging, DSP and modeling | High: foundation and electronics | Moderate: brackets and amplification | Moderate: quantity, zones and burial |
| Best reason to choose | Control across distance or elevation | Full-range impact in one form | Flexible structure-mounted coverage | Discreet property-wide evenness |
The Next Direction
Plan accurately.
Listen confidently.
WOS can develop the audience-specific Line Array direction first, then demonstrate the broader Outdoor Sound system in the actual environment before the final system becomes part of the property.
Coverage, placement, wire routes, surfaces, bass and installation conditions are developed around the actual property.
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Selected products and system directions can be heard in the environment where the finished system will live.
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Outdoor Line Array Sound