Dual Podcast Kit: High-Performance 2-Person Production System

The Dual Podcast Kit is a professional-grade hardware solution engineered for two-person vocal capture and high-fidelity monitoring. Centered on the RØDECaster Duo or RØDECaster Pro II integrated consoles, this bundle provides a complete signal chain for host-and-guest configurations. Optimized for broadcast-standard workflows, the kit utilizes high-gain preamplification, dynamic microphones, and silent boom mounting to deliver studio-quality audio with minimal post-processing.

Technical Specifications & Features

• Scalable Control Surface: Compatible with RØDECaster Duo or Pro II interfaces, both featuring ultra-low-noise Revolution Preamps™ and on-board APHEX® DSP for hardware-level signal enhancement.
• 2x PodMic Dynamic Microphones: End-address dynamic capsules specifically tuned for speech. Integrated internal shock mounting and pop filtration reduce mechanical vibration and plosive artifacts.
• 2x PSA1+ Studio Arms: Premium articulated mounts utilizing a silent parallelogram spring design for constant mic placement across a full 360-degree range of motion.
• 2x NTH-100 Monitoring Accuracy: Over-ear headphones with custom-matched 40mm dynamic drivers, delivering a flat frequency response and exceptional sonic clarity.
• Real-Time Production Tools: Programmable SMART pads for instantaneous triggering of digital assets and automated mixer functions.
• Wireless Series IV Integration: Built-in dual-channel wireless receiver for seamless synchronization with up to two RØDE Series IV transmitters.

Operational Infrastructure

The system is built for sustained professional use, offering superior thermal management and mechanical isolation. The PSA1+ arms feature fully damped springs and rubber contact points to isolate the microphones from desk-borne noise, while the NTH-100 headphones utilize CoolTech™ gel-infused earcups to dissipate heat during extended sessions. The inclusion of a precision-fit RØDECover ensures the central console remains protected from environmental contaminants and physical damage.