Line Arrays
21 instruments available
Shop Line Arrays 2026
RCF HDL 6-A KART Bundle
Line Arrays
FBT Mitus 206LA/118FSA Bundle
Line Arrays
DAS Audio EVENT 8x26A/4x115A Bundle
Line Arrays
DAS Audio EVENT 12x28A/4x118A Bundle
Line Arrays
DAS Audio EVENT-28A
Line Arrays
QSC LA108
Line Arrays
QSC LA112
Line Arrays
FBT Mitus 206LA
Line Arrays
DAS Audio EVENT-26A
Line Arrays
RCF 8xHDL6-A/2xHDL12-AS Bundle
Line Arrays
DAS Audio Vantec 6x20A/2x118A Bundle
Line Arrays
DAS Audio Vantec 6x20A/4x118A Bundle
Line Arrays
DAS Audio Vantec-20A
Line Arrays
RCF HDL 12-AS
Line Arrays
RCF HDL 6-A
Line Arrays
dB Technologies DVA K5
Line Arrays
RCF HDL 10-A
Line Arrays
the box pro A 10 LA Line Array Module
Line Arrays
RCF HDL 20-A
Line Arrays
dB Technologies DVA 10xK5/4xKS20 Bundle
Line Arrays
DAS Audio Vantec 6x20A/4x218A Bundle
Line Arrays
About Line Arrays
Line arrays are modular sound reinforcement systems designed to distribute sound evenly over a wide area. Primarily used for live sound, touring, and large-scale events, they offer superior coverage and clarity compared to traditional speaker setups. Their vertical dispersion characteristics minimize unwanted reflections and maximize intelligibility.
Line Arrays — Pros & Cons
PROS
- Provides exceptionally even sound distribution across a wide area.
- Offers controlled vertical dispersion, minimizing feedback and reflections.
- Modular design allows for scalability to suit varying venue sizes.
- Can achieve higher sound pressure levels with greater clarity than traditional systems.
CONS
- Generally more complex to set up and optimize than conventional speakers.
- Can be significantly more expensive than alternative PA solutions.
- Requires careful system design and potentially specialized expertise.
- Transport and storage can be challenging due to size and weight.
Frequently Asked Questions About Line Arrays
Throw refers to the distance sound can travel while maintaining a consistent volume and clarity, a key factor in line array design.
Line arrays are often flown (suspended) to optimize coverage and positioning, requiring robust and safe rigging hardware and techniques.
This depends on venue size, audience capacity, acoustic properties, and desired sound pressure levels – often requiring acoustic modeling or professional consultation.
