The WMS40 Mini puts a lightweight handheld transmitter in your hand that feels natural during extended performances, with enough freedom of movement to work any stage or venue without tethering yourself to a mic stand. The cardioid dynamic capsule captures vocal presence and warmth while rejecting feedback, letting you cut through a live mix with clarity. This is a straightforward wireless solution built for reliability—worship services, conferences, acoustic performances, or any application where professional sound quality and simple operation matter more than elaborate features.
Wireless Performance & RangeOperating on Band A (537.500 MHz), this system stays interference-free across most indoor and outdoor venues without complicated frequency coordination. The ultra-compact receiver mounts easily with its 1/4" jack output, integrating seamlessly into existing PA and amplification setups.
Power & RuntimeA single AA battery powers the handheld transmitter for a continuous 30 hours of performance, eliminating mid-set battery anxiety during long events or back-to-back services. The included universal switched-mode power supply handles worldwide electrical standards, making this system equally at home in any region.
Key Features- Handheld transmitter with dynamic cardioid capsule
- 30-hour battery life from single AA battery
- Operating frequency: US25A 537.500 MHz (Band A)
- Ultra-compact receiver housing
- 1/4" jack output for mixer and amplifier compatibility
- Universal switched-mode power supply for worldwide use
- Lightweight, ergonomic design for extended vocal performance
- Cardioid pickup pattern for feedback rejection and isolation
The WMS40 Mini combines proven AKG engineering with the practical reliability that performers depend on when clarity and consistency cannot fail.
| Condition | Brand New (New) Brand New items are sold by an authorized dealer or original builder and include all original packaging.Learn more |
|---|---|
| Brand | |
| Model |
|
| Finish |
|
| Categories | |
| Year |
|
Product safety information may be available here.

