The Complete Handbook of Motorcycle Alarms & Locks

Chapter 1: Understanding Motorcycle Alarms & Locks

Walk through any urban parking garage on a Sunday evening and count the motorcycles. Then ask yourself which of those bikes will still be in that exact spot in the morning. For every 1,000 motorcycles registered in a major metropolitan area, theft rates typically fall between 2% and 5% annually, though the number is heavily skewed by geography. In dense city centers with high port traffic, the rate can be double the national average. This is the concrete problem the motorcycle alarm and lock exists to address, but before you can understand the technology, you need to be honest about what it is up against.

The moment a motorcycle is left unattended, the dynamic changes. The thief does not need to outsmart you; they need to outlast the tools they have and the time they have to use them. A motorcycle is a fundamentally portable object. A typical naked bike or standard motorcycle weighs between 350 and 450 pounds. Two strong adults can lift the rear end and roll a bike onto a pickup bed or into a transit van in under ninety seconds without ever cutting a single cable or disabling a single alarm. The single most important point about motorcycle alarms and locks is that they are a delay mechanism, not an impenetrable fortress. The goal is to make the theft process take so long, make so much noise, or trigger such a chain of events that the thief rationally moves