Astera | AX5 Triple PAR

Battery-powered RGBWA LED spotlight

Technical specifications

Technology : powered wireless RGBWA LED spotlight

Light source : 3 high-power RGBWA LEDs

Luminous output : Up to 3200 lumens

Total LED power : 45 W

DMX channels : Up to 141, depending on the selected operating mode

Wireless protocols : LumenRadio CRMX and Bluetooth Control: DMX512, Wireless DMX and AsteraApp

Battery runtime : Up to 20 hours Charging time: Approximately 7 hours

Colour temperature : Adjustable from 1750 K to 20000 K

Beam angle : 13°

Colour mixing : RGBWA

Built-in effects : Strobe, fade, colour effects and standalone programmes

Connectors : PowerCON TRUE1 In/Out and 5-pin XLR DMX In/Out

IP rating : IP65

Power consumption : 65 W (maximum)

Dimensions W x H x D : 222 x 222 x 226 mm

Net weight : 3.4 kg

Complementary products

CRMX wireless DMX transceiver with AsteraApp interface

Alternatives

Frequently asked questions

The Astera AX5 Triple PAR features an integrated rechargeable battery, a built-in LumenRadio CRMX wireless receiver and Bluetooth connectivity, allowing completely cable-free operation for several hours without external power or wired DMX. It is the ideal solution for fast, flexible lighting installations where discreet deployment is essential.

Equipped with an RGBWA LED engine, the AX5 delivers a wide range of vibrant saturated colours as well as accurately adjustable white light across multiple colour temperatures, making it suitable for stage lighting, architectural illumination and professional event productions.

The fixture can be controlled via wired DMX, LumenRadio CRMX Wireless DMX, the AsteraApp over Bluetooth or an Astera ART7 AsteraBox for fixture management, addressing, monitoring and advanced system configuration.

Thanks to its battery-powered design, wireless operation and IP65 protection, the AX5 Triple PAR is widely used for corporate events, television productions, temporary architectural lighting, weddings, fashion shows and any production requiring rapid installation without visible cabling.