Description
Monitor Audio Radius 1 4G
Monitor Audio Radius 1 4G is ideal for discreet AV, surround or multi-room sound systems. With versatile mounting options, a wall, desktop or floor stand and the option of adding a subwoofer, Radius 1 4G can deliver full-range, high-fidelity sound from an ultra-compact form. The newly designed 4-inch C-CAM driver with RST III geometry, partnered with a 19 mm C-CAM Gold Dome tweeter, delivers precise, lifelike sound from this cleverly engineered micro-speaker.

Big Sound, Minimal Footprint
Compact yet remarkably capable, the Radius 1 4G delivers genuine hi-fi performance from an ultra-small form factor.
At its heart, a newly designed 4-inch C-CAM RST III bass/mid driver pairs with a fully vented 19 mm C-CAM Gold Dome Tweeter to produce precise, lifelike sound with exceptional clarity, controlled dispersion and low distortion – hallmarks of Monitor Audio’s metal-driver expertise.
Engineered for versatility, Radius 1 4G suits discreet AV, surround and multi-room installations equally, with mounting options for wall, desktop, or floor stands via compatible accessories. Add a Monitor Audio subwoofer for truly full-range performance. Whether enhancing a design-led home, boutique commercial space or immersive home cinema, Radius 1 4G achieves the ideal balance of acoustic transparency and understated elegance.

Features at a Glance
1 x 4-inch C-CAM Driver | RST II Cone | RST III Bass Driver | 19 mm C-CAM Gold Dome Tweeter | New Crossover Design | Through-bolt Driver Bracing | HiVe II Ports
* Desk pads and stands not included
Other models in the Monitor Audio Radius Series
Radius 3 | Radius Stands | Radius Desk Pad
About Monitor Audio
Monitor Audio started life in a factory in Teversham near Cambridge, England in 1972 and has been focused on making some of the world’s best sounding hi-fi and home cinema speakers ever since. In addition to a long line of award-winning loudspeakers, the company is also highly regarded for its constant design innovations like the C-CAM driver, which uses a material originally developed by the aerospace industry for a high resistance to bending stress, resulting in a smooth transition of audio frequencies.















