AKG C411 PP High-Performance Miniature Condenser Vibration Pickup

The AKG C411 PP is an exceptionally compact vibration pickup designed for professional instrument miking and contact recording applications. Its diminutive form factor—just 9.7mm in height and 14.2mm in diameter—allows discreet placement on acoustic instruments without compromising aesthetics or acoustic properties. The sealed condenser transducer delivers articulate, detailed signal capture across a wide midrange emphasis ideal for capturing the natural resonance of stringed and percussion instruments.

Design & Build Quality

This miniature pickup combines precision engineering with practical durability. The matte black finish and sealed condenser enclosure protect the sensitive transducer from environmental interference, while the lightweight 18g construction minimizes mass loading on the instrument surface. The MPAV standard XLR connector with mini XLR female 3-pin output ensures reliable, low-noise signal transmission to your preamp or mixing interface.

Audio Performance & Specifications

The C411 PP operates across a 10 to 18000 Hz bandwidth with 2 mV/Pa sensitivity, delivering responsive output that captures both subtle vibrations and transient detail. A figure-of-eight polar pattern provides controlled directionality, while the 96 dB / 103 dB maximum SPL (at 1% / 3% THD) handles dynamic playing without distortion. The 200 Ohms electrical impedance with 1000 Ohms recommended load impedance ensures clean integration into standard professional audio chains.

Key Features

Matte black finish, sealed condenser transducer
Compact dimensions: 9.7mm height × 14.2mm diameter
Net weight: 18 grams
Audio frequency bandwidth: 10 to 18000 Hz
Sensitivity: 2 mV/Pa
Electrical impedance: 200 Ohms
Recommended load impedance: 1000 Ohms
Polar pattern: Figure of Eight
Power supply: 9 to 52 V phantom power
Current draw: 2 mA
MPAV standard XLR connector with mini XLR female 3-pin output
Maximum SPL: 96 dB / 103 dB (1% / 3% THD)

The AKG C411 PP remains a trusted choice for studio professionals and live engineers requiring accurate vibration capture from acoustic instruments without visible or tonal compromise.