OMNI M209TKS helmet lock close-up from the official OMNI product page

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🔒 Smart Lock

Fleet Recommended

OMNI

M209TKS Helmet Lock

Name: M209TKS Helmet Lock
Brand: OMNI
SKU: M209TKS

Bluetooth/app-controlled scooter helmet lock with automatic relocking, helmet identification, IP67 protection, and 3.6V sub-battery power.

Capability Categories

Lock Only

Helmet Lock

Bluetooth

Locking / Access Summary

Access

BLE app / IoT trigger

Battery

3.6V / 3600mAh

Runtime

~1.5 years at 2/day

Radio

FCC ID 2AI2O-M209TKS

Contact for Pricing Manufacturer Site

Technical Specifications

Helmet-Lock Workflow

Mounting

Installed on scooter tube

Unlock Methods

Smartphone app over Bluetooth or connected scooter IoT trigger after BLE connection

Return Flow

Automatic locking when the helmet is returned

Identification

Each helmet can be identified through OMNI IoT technology

Electrical & Environmental

Battery

3.6V / 3600mAh lithium sub-battery

Lifetime

About 1.5 years at two unlocks per day

Working Temperature

-20C to +70C

Standby Current

80uA on product page; <=100uA appears in catalog context

Ingress Rating

IP67 on product page/manual; IPX7 appears in broader catalog context

Mechanical & Certification

Dimensions

95.9 x 57.3 x 40 mm

Weight

About 300g

Installation

4-PM4 x 8 mm screws

Radio

BLE, FCC ID 2AI2O-M209TKS

Frequency Range

2402-2480 MHz in FCC test material

Physical Specifications

IP Rating

IP67

Connectivity

Bluetooth

Yes

Companion App

OMNI app / scooter IoT command

Features & Capabilities

Key Features

BLE/app-controlled helmet retention lock

Scooter IoT device can trigger lock/unlock after BLE connection

Unlock via smartphone app or connected scooter IoT device

Automatic relocking when the helmet is returned

Built-in helmet identification / anti-counterfeiting recognition

3.6V / 3600mAh lithium sub-battery

Tube/riser mounting with hoop bracket/base

FCC ID 2AI2O-M209TKS, 2.4GHz BLE filing

Pros

Directly targets helmet loss, theft, and return validation for shared fleets
BLE/no-wiring workflow is better for retrofit than wired-only helmet locks
Standalone helmet lock instead of a full cable-lock assembly
Official sources publish useful fitment data: dimensions, weight, battery, temperature range, and runtime
FCC filing supports US radio due diligence for the BLE hardware

Cons

-Locks the helmet only; it is not a vehicle cable lock
-Battery life claim assumes low use: two unlocks per day at 25C
-Public docs do not publish clamp diameter, mechanical retention force, battery replacement process, or backend/API details
-Ingress rating is inconsistent across OMNI materials: IP67 vs IPX7

Ideal For

Shared e-scooter fleets in helmet-required markets

Bike-share or e-bike fleets adding helmet availability

Operators retrofitting helmet locks to tube-mounted vehicles

Helmet-return validation pilots

Shared mopeds where bracket and helmet-interface fitment are verified

Compatible Fleet Platforms

OMNI IoT platform

Specs from OMNI M209TKS official product page, OMNI catalog context, and FCC/user-manual mirror material. Cataloged as the standalone BLE helmet-lock sibling to M230TKS.

About This Product

M209TKS is OMNI's BLE smart helmet-retention lock for rental scooters and shared micromobility fleets where the helmet needs to stay attached to the vehicle between trips. OMNI describes scooter-tube mounting, Bluetooth control, app unlock, automatic relocking, and helmet identification through OMNI IoT technology.

FCC/user-manual material frames M209TKS as a Bluetooth-controlled intelligent helmet lock that communicates over BLE with either an IoT device or app, without requiring a wired lock bus. Treat it as a low-power helmet-management accessory, not a cable lock or vehicle immobilizer.

Published public specs include 95.9 x 57.3 x 40 mm dimensions, about 300g weight, a 3.6V / 3600mAh lithium battery, -20C to +70C operation, and about 1.5 years of runtime at 25C with two unlocks per day. OMNI sources are inconsistent on ingress rating, with IP67 on the product page/manual and IPX7 in broader catalog context.