I looked up the FCC ID on my key FOB and found the FCC report; it's a pretty complex security system, which uses a bunch of RF frequencies within the controller and the KEY FOB.
Perhaps there is something that is causing interference between the Controller and KEY FOB; I've personally seen a Motion Sensor Flood Light cause enough RF interference, which affected folks from being able to LOCK or UNLOCK their vehicles using their wireless OEM Key FOB, if parked within 500' to 700' of their neighbor's garage (
Flood Light was mounted high up and center of the garage door).
i.e. There's a stretch of highway on RT. 17 in NJ, where I lose the navigation map view on my R18 B briefly, every single time I pass through that particular area; I'm sure that there is some rouge Wi-Fi emitter in the area which is interfering with the Wi-Fi link between my phone and the TFT Infotainment system on my bike.
Questions:
- Does the problem only seem to rear its ugly head at specific places, locations or when riding alongside with other friends?
- Maybe something installed on your buddy's bike?
- Is there anything that you recently installed on your bike, especially anything that required 12 V power?
- GPS, L.E.D. Lights, DASH Camera, Bluetooth Sound system, etc.
- Is there anything new that you introduced on your person?
- Wireless Helmet Blue-Tooth Speaker-Microphone, Body Camera, etc.
See Below the Technical details, maybe it will help troubleshoot this problem:

Technical System Description Keyless Ride BMW Motorrad
Project designation: Keyless Ride BMW Motorrad
- Keyless Ride ECU operates the ECU function sequences based received messages and signals
- Rx interface and RF-antenna for unidirectional HF- communication
- Rx /Tx interface and LF-antenna for bidirectional LF- communication
- External Tank Cap Button to wake up the ECU and steer the tank cap bolt coil
- WL / Wake Up Line used to wake up the ECU
- KL15 output steered by the Keyless Ride ECU
- CAN for communication via bus used as well as a continuous vehicle speed monitor
- Keyless Ride ID device. It defines and match a legal user and activates / deactivates central lock-
- ing and anti-theft alarm.
- ECU internal RF antenna
- Steering column bolt
- CAN interface
3.2 System Functionalities
3.2.1 Keyless Ride in far field communication
A pressed button S0 placed on the KR-ECU causes switching on the external vehicle LF- antenna. A
message is sent out via a LF-field up to an operating distance of 1m. When an ID device is matched in
this range, it will be woken up. The ID device itself answers via the HF-filed by a message back to the
KLR-ECU and the steering column is locked or unlocked as well as the ignition is switched ON/OFF. The
HF-filed operates in a range up to 10 m.
3.2.2 Immobilizer deactivation option in near field communication
In case that the wireless key’s power supply is too low for HF-communication, it is possible to place the
ID device directly on the LF- antenna ( distance ca. 3cm). After the button (S0) is pressed the ID device is
supplied by the induction field of the LF- antenna directly, waked up and now able to answer backwards
also via the adjacent LF- antenna.
Carrier frequency model HUF5750: 434.42 MHz
Carrier frequency model HUF5752: 315.00 MHz
Carrier frequency model HUF5794: 433.92 MHz
Output power model HUF5750*: < -19 dBm (RoW)
Output power model HUF5752**: < -15 dBm (Japan, TELEC-T244, 315 MHz)
Output power model HUF5794***: < 3 mW (South Korea)
Type of modulation: FSK
FSK deviation: ±20 kHz
Method of frequency generation: PLL
Number of channels: 1
RF baud rate: 7.5 kbps, tolerance≤0.3 %
LF frequency: 134.2 kHz
LF baud rate: 1,3 kbps, tolerance≤0.3 %
Immobilizer frequency (uplink): 123.2/134.2 kHz
Crystal unit HUF5750/HUF5794: 13.08148 MHz
Crystal unit HUF5752: 9.185183 MHz
Type of RF antenna: PCB Loop antenna