Top 10 best-selling Microphone Bodypacks

Want to expand your Samson Concert 88 wireless microphone system? If you simply add this Samson CT bodypack, you can hook up any lavalier or headset microphone equipped with a TA4F connector.

Shure's QLXD1 bodypack transmitter (K51, 606-670 MHz) is part of the digital QLX-D series, and can easily be hooked up to a headset, instrument cable or lavalier microphone with a TA4F connector.

The Sennheiser Evolution Wireless Digital Series EW-D SK beltpack transmitter can run on two AA batteries or on the specially-designed BA 70 rechargeable battery (not included). This model operates on the 606 - 662 MHz frequency band.

An extra transmitter like this Xive U45T transmitter is ideal when you want to be able to make another monitor mix with your Xvive U45 wireless in-ear system. You plug the transmitter directly into your mixing console.

This lightweight, compact UHF bodypack transmitter by Shure boasts a range of up to 100 yards and is powered by two AA batteries. It has a TA4F connector.

This UHF bellpack from Shure gives the freedom to walk up to 90 metres away from the receiver. Sturdy, lightweight and compact, it runs on two AA batteries. Equipped with TA4F connector.

Plug a clip-on mic or microphone headset into the Sennheiser SK-XSW beltpack transmitter, couple it with a compatible EM-XSW receiver and grant yourself the freedom of a wireless system. Add a Cl1 adapter, and you can even hook up a guitar or bass.

Plug a clip-on mic or microphone headset, into the Sennheiser SK-XSW beltpack transmitter, couple it with a compatible EM-XSW receiver and grant yourself the freedom of a wireless system. Add a Cl1 adapter, and you can even hook up a guitar or bass.

Expand a Sennheiser EW-DX wireless system with an extra clip-on microphone or headset mic by adding the Sennheiser EW-DX SK beltpack transmitter. This bodypack is compatible with all models fitted with a 3.5mm TRS mini-jack.

Professional bodypack transmitter with 24-bit digital audio and ShowLink® Ease for interference-free, flexible wireless transmission.