MID-SIZED 2×8″ LINE ARRAY SYSTEM
The Red Baron RB281 is a highly modular and fully scalable line array system. It consists of one full-range module with 90° horizontal coverage. Thanks to its acoustic and mechanical modularity, it can be utilized in a wide variety of applications, from small to large venues, where pattern control and long-throw reinforcement with a mid-format box size are required.
An optimal solution in terms of size (reducing transportation costs) and capabilities.
All Favo products are weatherized and covered with a thick Polyurea coating.

| LF Section Power AES/Continuous/Peak | 400/800/1600W | |
| HF Section Power AES/Continuous/Peak | 100/200/400W | |
| SPL Efficiency (1W/1m) | 100dB (average in usable bandwidth, details on the graph) * | |
| Max SPL (peakCF4 12dB) | 138dB (MD4420 amplifier with dedicated preset) | |
| Recommended amplifiers | MD4820 for up to 4 modules per pair of channels (625W/1 module) MD4420 for up to 6 modules per pair of channels (800W/1 module) | |
| Recommended frequency range | 70Hz-18kHz – details on the attached graph * | |
| Directivity | Horizontal 90 degrees, vertical dependent on the set geometry | |
| Vertical geometry settings | 0-12 degrees in one-degree increments between modules (and 0.5 degrees between the initial angles) | |
| Phase 300Hz-20kHz | +/-45 degrees – details on the graph (IIR preset before 2020) * | |
| Speakers | B&C – 2 x 8″ woofer, 2″ coil, neodymium magnet; high-frequency driver with 1.7″ coil and 1″ exit forming an isophase sound source with uniform phase across the full frequency spectrum | |
| Impedance | 16Ω LF and 16Ω HF | |
| Connectors | 2x Neutrik NL4 | |
| Dimensions (HxWxD) | 244mm x 548mm x 525mm | |
| Weight | 21kg | |
| Dimensions of transport case for 4 modules (HxWxD) | 740mm (with wheels) x 1090mm x 660mm | |
* Measurement from an anechoic chamber performed with a high-pass filter HPF 70Hz@24dB Butterworth and 1/12 Oct smoothing. More detailed technical data available upon request. In the support section, a *.TRF file for the SMAART program is available for download with the graph of a single module for your reference.