The Acoustic Energy AE309² is a premium floor-standing loudspeaker within the second-generation AE300 Series, engineered for listeners who demand spacious sound, refined tonal balance and room-filling authority. Its slim enclosure houses a 2.5-way driver configuration, combining two 120 mm paper-cone units with a 29 mm fabric-dome tweeter for a smooth, cohesive presentation.
The AE309² benefits from optimised cabinet bracing, revised crossover topology and an improved motor assembly that extends bass control while reducing distortion. The result is a loudspeaker capable of delivering impactful low frequencies, articulate midrange detail and airy high-frequency extension without harshness.
Performance Highlights
The AE309² delivers a confident and immersive soundstage, with improved dispersion ensuring consistent performance across a broad listening area. Bass reproduction is tight and controlled, while the revised waveguide design helps the tweeter integrate smoothly with the mid/bass drivers for natural, well-balanced reproduction.
The Acoustic Energy AE309² is a premium floor-standing loudspeaker within the second-generation AE300 Series, engineered for listeners who demand spacious sound, refined tonal balance and room-filling authority. Its slim enclosure houses a 2.5-way driver configuration, combining two 120 mm paper-cone units with a 29 mm fabric-dome tweeter for a smooth, cohesive presentation.
The AE309² benefits from optimised cabinet bracing, revised crossover topology and an improved motor assembly that extends bass control while reducing distortion. The result is a loudspeaker capable of delivering impactful low frequencies, articulate midrange detail and airy high-frequency extension without harshness.
Performance Highlights
The AE309² delivers a confident and immersive soundstage, with improved dispersion ensuring consistent performance across a broad listening area. Bass reproduction is tight and controlled, while the revised waveguide design helps the tweeter integrate smoothly with the mid/bass drivers for natural, well-balanced reproduction.
