Roger™ CarKit C


The Roger CarKit C is an easy-to-fit emitter that sends an encrypted audio signal from the vehicle’s radio installation directly to the Roger Earpiece C.
Related Products
Roger™ Earpiece C
The Roger Earpiece C is a masterpiece of miniaturized technology. It offers best-in-class secure audio reception on 2.4 GHz with AES-128 encryption. Discreetness and a comfortable fit within the ear canal are guaranteed, thanks to its ergonomic design. It can recognize both personal and car networks as selected via the Roger Remote C, and has 12 hours of autonomous operation.
Roger™ Covert C
The Roger Covert C is the central unit of the Roger Covert system. Its miniaturized components create a discreet, reliable and easy-to-use device that offers high-quality transmission for over 15 hours of autonomous operations. It features a Bluetooth interface and connects wirelessly to the Roger Earpiece C, Roger Remote C and the operative’s communications device. A micro-USB socket enables charging and a headphone connection (listening only).
Roger™ Covert Dual C separable
The Roger Covert Dual C separable offers the same features as the Roger Covert C with the addition of a wired radio lead, allowing both a radio and a Bluetooth enabled GSM handset or any other Bluetooth source to be connected.
Mini-microphone MM11
The MM11 microphone, hard wired to the Roger Covert C and Roger Covert Dual C units, offers world-beating performance in a discreet housing. This neutral-looking lapel microphone uses beam-forming and noise cancelling technology to deliver excellent voice pick-up, even in noisy conditions. Using Phonak’s Digital Sound Processing it delivers perfect speech intelligibility, even when the operative is whispering.
Profilo Nano
Phonak’s transductive loop technology is the only analog transmission technology that guarantees wearers of in-ear receivers 100% interference-free communication. The crackling and hissing in the ear caused by electromagnetic interference (EMI) from alarm systems, vehicles and other electronic circuits can quickly lead to unclear communication and, in the worst case, can cause undercover investigations to fail. Similarly, failure can also result from a large and obvious earpiece being spotted by a surveillance target




