Presonus PD-70 Broadcast Dynamic Microphone

The PreSonus PD-70 is an end-address dynamic microphone developed for broadcasters, podcasters, streamers and content creators who require clear, professional vocal recordings.

Its cardioid polar pattern focuses on sound directly in front of the microphone while rejecting noise from the sides and rear. This makes it suitable for home studios and other recording environments that have not received extensive acoustic treatment.

The PD-70 offers a wide 20Hz-20kHz frequency response, capturing the depth of lower voices while providing a gentle presence boost for improved clarity and articulation. Its dynamic capsule does not require phantom power and can be connected to a standard XLR microphone preamplifier, mixer or audio interface.

A removable windscreen helps control plosives and sibilance, while the durable metal body and integrated swivel mount make it suitable for desktop stands and broadcast boom arms.

Key Features

• Broadcast-quality dynamic microphone
• Designed for podcasting, streaming and radio
• Suitable for voice-over and vocal recording
• End-address microphone design
• Cardioid polar pattern
• Helps reject unwanted background sound
• Wide 20Hz-20kHz frequency response
• Clear and articulate vocal reproduction
• Durable metal construction
• Integrated adjustable swivel mount
• Removable windscreen
• Helps reduce plosives and sibilance
• Standard three-pin XLR output
• No phantom power required
• Compatible with desktop stands and boom arms
• 3/8-inch and 5/8-inch stand compatibility

Specifications

Microphone Type: Dynamic

Application: Broadcasting, podcasting, streaming, voice-over and vocal recording

Operating Principle: Pressure gradient

Polar Pattern: Cardioid

Address Type: End address

Frequency Response: 20Hz-20kHz

Sensitivity: 1.6mV/Pa

Output Impedance: 350

Audio Output: Three-pin male XLR

Sound Field: Mono

Power Requirement: No phantom power required

Construction: Metal

What's in the box
1 X Presonus PD-70 Broadcast Dynamic Microphone