Mission MS-200 10'' Active Dynamic-Drive IB subwoofer - Each
The Mission MS-200 Sub is a dynamic active subwoofer designed to enhance the bass performance in both home cinema and stereo systems. With its long-throw bass driver and efficient Class D amplifier, the MS-200 Sub is engineered to deliver deep, powerful, and precise bass that can transform your audio experience.
Key Features:
- 10-Inch Long-Throw Driver: The subwoofer is equipped with a 10-inch (250mm) long-throw driver that moves a large amount of air, creating impactful low-frequency sound.
- Class D Power Amplifier: The 120W ultra-fast balance-drive Class D amplifier ensures efficient power delivery, resulting in tight and responsive bass.
- Wide Frequency Response: Covers a range from 35Hz to 150Hz, allowing the subwoofer to handle deep bass frequencies with precision.
- Adjustable Crossover and Phase Control: The variable crossover frequency (40Hz to 150Hz) and phase inversion control enable seamless integration with other speakers, ensuring that the subwoofer blends perfectly with your existing audio system.
- Multiple Input Options: Includes stereo line inputs and a mono (LFE) line input, providing flexibility in connecting to various audio sources.
- Auto On/Off Feature: The auto-sense function allows the subwoofer to automatically power on when it detects a signal and switch off when not in use, conserving energy.
Specifications Overview:
- Frequency Response: 35Hz - 150Hz (±3dB)
- Amplifier Power Output: 120W
- Input Sensitivity: 100mV for maximum output
- Signal-to-Noise Ratio: ≥85dB
- Average Max Output: 110dB at 1m
- Dimensions: Width 333mm, Height 363mm (+32mm), Depth 366mm
- Net Weight: 13kg
- Gross Weight: 16.5kg
The Mission MS-200 Sub is ideal for users looking to add a powerful and refined bass extension to their home theater or stereo setup. Its combination of advanced driver technology, efficient amplification, and versatile controls ensures that it delivers precise and room-filling bass, making it a valuable addition to any audio system.