Name: Audio-Technica AT4041
SKU: AT4041
Price: 3949.00 ZAR
Availability: SoldOut

Audio-Technica AT4041

New

6 were available

R3,949.00

Shipping

R35.00 Standard shipping using one of our trusted couriers applies to most areas in South Africa. Some areas may attract a R30.00 surcharge. This will be calculated at checkout if applicable.
Check my rate

The seller allows collection for this item. Buyers will receive the collection address and time once the order is ready.

The seller has indicated that they will usually have this item ready to ship within 3 business days. Shipping time depends on your delivery address. The most accurate delivery time will be calculated at checkout, but in general, the following shipping times apply:

Standard Delivery

Main centres:	1-3 business days
Regional areas:	3-4 business days
Remote areas:	3-5 business days

Seller

Soundselect659

98.10 % Positive ratings

Buyer protection

How you're covered

Get it now, pay later

Condition

New

Location

South Africa

Product code

AT4041

Bob Shop ID

653192732

A Condenser Mic That's Punchy and Clean!

The AT4041 outperforms mics twice its price! Its warm, delicate, sweet sound makes recordings spring to life. It's ideal for drum overheads, acoustic guitar, piano, horns and under snares. This premium electret condenser microphone is engineered to meet the most critical acoustic requirements of professional recording, broadcast and live sound. The AT4041 cardioid studio condenser microphone features a smooth, extended frequency response with a slight rise in the high-frequency region and a transformerless output for very high SPL-handling capability. A unique combination of audio excellence and moderate cost, the AT4041 is a rugged microphone housed in a case of turned brass with black chrome plating for durability and low reflectivity. The element back plate holds a fixed charge and has been aged to provide energy stabilization. The surface of the back plate is precision milled to ensure maximum charge linearity, resulting in a reduction in both frequency response peaks and diaphragm break-up distortion.