In the European bicycle and e-bike theft problem, there is a basic industry consensus: most theft is opportunistic.
Compared with dramatic scenes of hydraulic cutters and angle grinders, more than half of real vehicle losses come from an obvious security gap left by the owner.
One of the most common scenarios is the short-stop illusion: buying a bottle of water, picking up takeaway coffee, or assuming that "I will be back in 30 seconds, so it is fine not to lock the bike." For an opportunistic thief, however, pushing away or riding away an unlocked e-bike can take less than 30 seconds.
According to 2025 GfK e-bike monitoring data referenced in the source article, 18% of respondents in France reported e-bike theft experience, compared with 16% in Belgium, 13% in Germany and 11% in the Netherlands.
Traditional mechanical locks depend on active user operation. Once the user forgets, the entire protection system fails. In high-frequency commuting, short parking and delivery scenarios, this weakness becomes even more obvious.
To address this issue, Lofandi has developed an intelligent lock solution for consumer-side disc-brake e-bike models: the electronic disc brake lock.
The Lofandi electronic disc brake lock acts directly on the disc brake structure. Through electronic control, it performs locking and unlocking after receiving vehicle-side control signals. It does not require an external lock or extra user operation, turning locking into an action that can be executed automatically and triggered through system linkage.
In essence, it provides a second layer of anti-theft protection. Even if an external physical lock is damaged, the electronic disc brake lock can still restrict vehicle movement through mechanical locking, extending the time required for theft, increasing the cost of movement and raising exposure risk.
The shell and core protective structure of the electronic disc brake lock use high-strength die-cast metal materials, improving impact resistance and anti-tamper reliability.
Built-In Single Hall Speed Sensing To Reduce Unsafe Locking Risk
From a safety perspective, the system includes a single Hall speed sensing module, giving the lock basic wheel-speed awareness.
Locking is allowed only within a safe speed range. This mechanism helps avoid wheel lock-up and rider falls caused by accidental triggering while the vehicle is moving.
Hidden Installation For Better Appearance And Security
In terms of appearance, the electronic disc brake lock uses a hidden installation layout. Its compact body integrates closely with the vehicle structure, supporting a cleaner design and meeting the styling requirements of premium e-bike brands.
OTA Upgrade For Continuous Functional Iteration
Beyond hardware, the Lofandi electronic disc brake lock also supports OTA upgrade. As vehicle systems evolve and field usage feedback accumulates, functional logic can continue to be optimized. New linkage strategies can be pushed remotely without replacing hardware.
Installation Position
The product is installed around the rear frame dropout area.
E-bike theft remains a serious issue in Europe. As e-bikes continue to gain popularity, high-value vehicles that can cost thousands or even tens of thousands of euros are becoming increasingly attractive targets.
This means anti-theft capability is moving from an optional add-on to a core capability that vehicle brands need to consider during product definition.
Lofandi does not only provide locks. It provides a system-level solution integrating anti-lock mechanical protection, digital traceability and remote IoT connection, supporting customer requirements for highly integrated security modules and customized vehicle-side integration.
