Description
Description
The Beyma PRO10CFXND is a 10-inch neodymium coaxial loudspeaker designed to reproduce low-/mid-frequency and high-frequency content from one aligned mounting location. Its coaxial architecture is intended for compact professional, motorcycle, powersports and custom mobile systems that need broad bandwidth without separate woofer and horn openings.
The current distributor catalog confirms the PRO10CFX model, 10-inch size, neodymium construction and single-speaker format, but its full electrical and mechanical specification row is not included in the current technical table. Exact power, impedance, sensitivity, response, voice-coil, excursion and crossover data must be confirmed from the current Beyma PRO10CFXND technical sheet.
Specifications
| Model | PRO10CFXND |
|---|---|
| Nominal diameter | 10 inches |
| Transducer type | Neodymium coaxial loudspeaker |
| Sold as | Single speaker |
| Published impedance | Not listed for this exact model in the current distributor technical table |
| Published power handling | Not listed for this exact model in the current distributor technical table |
| Published sensitivity | Not listed for this exact model in the current distributor technical table |
| Published frequency range | Not listed for this exact model in the current distributor technical table |
| Published voice-coil and Xmax data | Not listed for this exact model in the current distributor technical table |
| Magnet | Neodymium |
| System requirement | Use the exact manufacturer crossover and enclosure data for PRO10CFXND |
Features
- Coaxial architecture combines low-/mid-frequency and high-frequency reproduction in one frame.
- 10-inch format provides substantial radiating area.
- Neodymium motor reduces weight compared with a comparable ferrite design.
- Single mounting location can simplify a compact two-way installation.
- Suitable for professional, motorcycle, powersports and custom mobile systems.
- Exact crossover, amplifier and enclosure requirements must be confirmed before installation.
- No numerical specifications from another Beyma coaxial model have been substituted.