The Motosas Approach
Motosas pouches use layered RF shielding materials to help reduce or block the signal from keyless fobs when they are stored in the protected inner pocket. This makes relay attacks significantly harder to carry out.
Step 1
Key Inside the Inner Pocket
Keyless fobs emit low power radio frequency signals. When the fob is placed in the Motosas inner pocket, it is surrounded by conductive layers that help contain those signals.
Step 2
RF Signal Reduction
The layered construction is designed to reduce or block RF energy across key frequency bands commonly used by modern keyless systems, making it harder for relay equipment to detect and amplify the signal.
Why This Method Works
RF shielding is a well-established technique. We apply it specifically to the way drivers store their keys, with a focus on usability and consistency.
Instant When Used
No pairing, charging or configuration. Once the key is in the inner pocket and the pouch is closed, the shielding is in place.
Simple to Explain
If the key is in the pouch, it is shielded. This simplicity makes it easier for frontline staff to explain and for drivers to adopt as a habit.
No Power Source
No batteries or apps to maintain. The shielding comes from the physical construction of the pouch itself.
See the Shielding in Your Own Environment
Request a sample pack to test Motosas with your own keys and vehicles, and explore how it could support your existing risk reduction strategy.
Request a Sample Pack