How should I choose between the models?

Compare read distance, display, voice prompt, tag type and the lane workflow. Final values must be confirmed for the quoted configuration.

Can this series connect to LPR or RFID?

The project can be reviewed for LPR/ANPR, RFID/UHF, remote control or detector-based operation. Exact controller interfaces are confirmed before quotation.

Can I request a datasheet?

Yes. Include the exact model and intended configuration in your enquiry so the relevant technical document can be identified.

Are certifications included?

No certification is assumed. Tell us the destination and required standard so the exact model, power supply and wireless configuration can be reviewed before an offer is prepared.

Two-Wheeler Access Control

Motorcycle and E-Bike Access Systems

Name: Motorcycle and E-Bike Access Systems
Brand: ZiBOR

Purpose-built access control for motorcycle and e-bike entrances, parking areas and managed two-wheeler lanes.

Product Overview

Motorcycle and E-Bike Access Systems

Designed for controlled motorcycle and e-bike entrances, these systems coordinate vehicle identification, lane control and safe passage. Reader, credential and barrier components can be configured around the site layout, user types and operating workflow.

7-Day Delivery Time
Quick Reply
Custom Services
Reliable Quality
Feature: 15+ Years R&D Experience

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Product Introduction

Introduction of Motorcycle and E-Bike Access Systems

Motorcycle and e-bike access systems manage registered two-wheelers at residential communities, campuses, factories, commercial parking areas and delivery entrances. A complete solution may combine RFID/UHF credentials, recognition devices, lane controllers, vehicle detection and a suitable physical gate or barrier. The project design should consider lane width, mixed traffic, rider safety, identification distance, entry frequency, mounting positions and emergency access. Final equipment selection is confirmed after the site workflow and required interfaces are reviewed.

Product Key Features

Configured for Safe Two-Wheeler Access

Two-Wheeler Identification

Support credential or recognition workflows designed around motorcycles and e-bikes.

Lane Access Control

Coordinate authorised entry and exit commands with the selected gate or barrier equipment.

RFID/UHF Integration

Review reader distance, tag position and regional frequency requirements for registered users.

Recognition Options

Combine approved camera or plate-recognition devices where the site workflow requires them.

Safety Coordination

Plan vehicle detection, anti-collision inputs and manual release for rider safety.

Project Configuration

Match devices, mounting, network and control logic to the confirmed lane layout.

Specification

Motorcycle and E-Bike Access Systems Specifications

Technical values remain pending until their source status is confirmed in WordPress.

Swipe horizontally to compare models.

Product Parameter	ZB-MP01	ZB-MP02	ZB-MP03	ZB-MP04
Vehicle detection method	RFID-integrated Automatic Sensing System	RFID-integrated Automatic Sensing System	RFID-integrated Automatic Sensing System	RFID-integrated Automatic Sensing System
RFID detection distance	1–7 m	1–7 m	1–7 m	1–7 m
Door operating speed	3 s	3 s	3 s	3 s
Display / audio / intercom	Display + Audio + Intercom	Display + Audio + Intercom	Audio + Intercom	Audio + Intercom
Payment methods	Alipay / WeChat / Credit Card / Custom Payment system	Alipay / WeChat / Credit Card / Custom Payment system	Alipay / WeChat / Credit Card / Custom Payment system	Alipay / WeChat / Credit Card / Custom Payment system
Offline operation / local storage	Yes	Yes	Yes	Yes
Control and data outputs	Yes	Yes	Yes	Yes
Software / API compatibility	Yes	Yes	Yes	Yes
Cabinet dimensions	310 × 210 × 980 mm	320 × 230 × 1020 mm	280 × 180 × 880 mm	180 × 120 × 880 mm
Power supply input voltage	AC 110/220 V	AC 110/220 V	AC 110/220 V	AC 110/220 V
Power frequency	50/60 Hz	50/60 Hz	50/60 Hz	50/60 Hz
Power supply output voltage	24 V DC	24 V DC	24 V DC	24 V DC
Gate options	The RFID electric vehicle management system can work with different devices and match various gates, like barriers, small electric doors, and passage gates. Gate size, material and color could be customized.	The RFID electric vehicle management system can work with different devices and match various gates, like barriers, small electric doors, and passage gates. Gate size, material and color could be customized.	The RFID electric vehicle management system can work with different devices and match various gates, like barriers, small electric doors, and passage gates. Gate size, material and color could be customized.	The RFID electric vehicle management system can work with different devices and match various gates, like barriers, small electric doors, and passage gates. Gate size, material and color could be customized.
Design cycle life	3,000,000 cycles	3,000,000 cycles	3,000,000 cycles	3,000,000 cycles
Ingress protection rating	IP54	IP54	IP54	IP54
Operating temperature	-35°C to +65°C	-35°C to +65°C	-35°C to +65°C	-35°C to +65°C
Operating humidity	<90% RH	<90% RH	<90% RH	<90% RH
Remote control range	≤30 m	≤30 m	≤30 m	≤30 m
Remote frequency	344 MHz	344 MHz	344 MHz	344 MHz
App control from phone range	Any Distance	Any Distance	Any Distance	Any Distance
Accessories / spare parts available	1. PET Electronic License Plate with RFID Chip. 2. ABS Electronic License Plate with RFID Chip.	1. PET Electronic License Plate with RFID Chip. 2. ABS Electronic License Plate with RFID Chip.	1. PET Electronic License Plate with RFID Chip. 2. ABS Electronic License Plate with RFID Chip.	1. PET Electronic License Plate with RFID Chip. 2. ABS Electronic License Plate with RFID Chip.

Description

Motorcycle and E-Bike Access Applications: Motorcycle and e-bike access systems manage registered two-wheelers at residential communities, campuses, factories and delivery entrances. Equipment is selected around rider behaviour, lane geometry and the required identification workflow.
Rider and Vehicle Identification: RFID/UHF credentials, recognition devices or other approved methods can identify authorised users. Reader position, tag placement, identification distance and regional wireless requirements must be reviewed for the site.
Lane Control and Rider Safety: A suitable gate or barrier is coordinated with vehicle detection and the expected approach speed. Mixed pedestrian and two-wheeler traffic, stopping space and manual release need attention in the lane design.
Controller and Network Integration: Readers, detectors and access devices can connect to a project-selected controller and management platform. Entry permissions, event records and communication interfaces are confirmed for the operating workflow.
Installation Configuration: Mounting height, lane width, power, network routing and exposure conditions affect device selection. The physical layout should be checked before finalising reader orientation and barrier position.
Model Selection and Support: Share site drawings, user types, expected traffic, credential method, lane width and safety requirements. Our team can recommend a motorcycle and e-bike access system configuration and confirm the final equipment scope.

Product Details