Headset Adapter for ICOM A3, A6, A14, A22, A24

The Headset Adapter for ICOM Radios is an essential accessory for any Pilot. It allows you to convert the standard dual jacks of your aviation headset (.25" (PJ-055) and .206" (PJ-068)) into a single right-angle plug, specifically designed for a perfect connection with a wide range of ICOM series radios.

This adapter is a high-quality, direct replacement for the original OPC-499 model. With its robust design and ability to meet the specifications of ICOM radios, it ensures clear and uninterrupted communication during your flights. It's the most practical and economical solution so you don't have to buy new, specific headsets for your radio.

Its right-angle design makes connecting to the radio easier, preventing the cable from getting in the way or being accidentally damaged. Simply connect the two jacks of your headset to the adapter's inputs, and the plug will fit perfectly into the ICOM radio models A3, A6, A14, A22, and A24.

Don't compromise the quality of your communications. This adapter is a reliable and durable option to keep your aviation equipment always ready and in optimal condition. Find this and other models on our headset adapters page.

Features

• Input Connector: Dual jacks (.25" (PJ-055) and .206" (PJ-068)).
• Output Connector: Right-angle ICOM plug.
• Compatibility: ICOM A3, A6, A14, A22, A24 radios.
• Replacement: Direct replacement for the OPC-499 model.

Frequently Asked Questions (FAQs)

What headsets is this adapter compatible with?

This adapter is compatible with any aviation headset that has the two standard connectors (dual jacks) of 0.25 and 0.206 inches.

What is the advantage of this adapter over a direct cable?

Its right-angle design prevents the cable from sticking out, which reduces the possibility of accidental snagging or damage to the cable and connector.

Is it compatible with other ICOM radio models?

This adapter is designed specifically for the A3, A6, A14, A22, and A24 models. A different adapter is required for other ICOM models.