Full height turnstile with bicycle gate

Full Height Turnstile with Bicycle Gate is a high-security entrance control system specifically designed to allow pedestrians and bicycles to pass through a controlled entry point while preventing unauthorized access. Unlike standard full-height turnstiles that only accommodate pedestrians, bicycle full-height turnstiles feature a wider passage and a synchronized gate mechanism that safely permits bicycles, e-bikes, scooters, and other wheeled items.

Bicycle full height turnstiles are commonly installed alongside pedestrian entrances at factories, business parks, universities, cycling facilities, transportation hubs, residential communities, and secure industrial sites.

What Is a full height turnstile with bicycle gate?

A bicycle full-height turnstile combines two access-controlled lanes:

Pedestrian Lane: Standard full-height rotating turnstile.
Bicycle Lane: Wider gate or rotating section that accommodates bicycles and other wheeled equipment.

The system ensures that both pedestrians and cyclists enter through authorized access while maintaining a high level of perimeter security.

How Does a Bicycle Full Height Turnstile Work?

Step 1: User Authentication

The cyclist presents valid credentials such as:

RFID card
QR code
Barcode
Fingerprint
Facial recognition
Mobile credential (NFC/Bluetooth)
PIN code

Step 2: Access Verification

The access controller verifies:

User permissions
Time schedules
Entry restrictions
Anti-passback rules

If authorized, the controller sends an unlock signal.

Step 3: Gate Unlock

Depending on the design:

The pedestrian turnstile unlocks.
The bicycle lane gate unlocks simultaneously or independently.

The cyclist pushes the bicycle through the wider passage.

Step 4: Passage Detection

Multiple sensors monitor:

Direction of travel
Number of users
Tailgating attempts
Gate position
Passage completion

Step 5: Automatic Locking

After passage:

The turnstile rotates back into the locked position.
The bicycle gate closes automatically.
The system records the event.

Main Components

A bicycle full height turnstile typically consists of:

Full-height rotating barrier
Wide bicycle gate
Stainless steel housing
Access controller
RFID reader
QR scanner
Fingerprint reader (optional)
Face recognition terminal (optional)
Infrared safety sensors
Position encoder
Electric locking mechanism
Motor (motorized models)
PLC control board
Emergency release system

LED status indicators

Features

1. Bicycle-Friendly Passage

The wider lane allows:

Standard bicycles
Electric bicycles
Cargo bikes
Folding bicycles
Scooters
Small carts

2. High Security

The full-height enclosure prevents:

Climbing
Jumping
Crawling underneath

3. Single User Passage

Designed to allow only one authorized user per transaction.

4. Anti-Tailgating

Infrared sensors detect:

Multiple users
Unauthorized following
Piggybacking

5. Multiple Authentication Methods

Compatible with:

RFID
QR code
Barcode
Facial recognition
Fingerprint
Mobile access
Remote release

6. Bidirectional Operation

Supports:

Entry
Exit
Controlled two-way traffic

7. Weatherproof Design

Suitable for:

Outdoor installations
Rain
Snow
High humidity
Dusty environments

8. Heavy-Duty Construction

Typically manufactured from:

304 stainless steel
316 stainless steel (marine environments)

9. Emergency Unlock

Automatically releases during:

Fire alarm activation
Power failure
Emergency evacuation

10. Access Log Recording

Stores:

User ID
Date
Time
Direction
Authentication method

Advantages

Enhanced Security

Prevents unauthorized entry while allowing legitimate cyclists.

Accommodates Bicycles Safely

No need to lift or carry bicycles over barriers.

Reduces Unauthorized Access

Prevents:

Tailgating
Climbing
Forced entry

Efficient Traffic Flow

Allows cyclists and pedestrians to use separate lanes simultaneously.

Supports Smart Access Control

Integrates with:

Building management systems
Visitor management
Time attendance
Parking management
Campus security

Durable and Low Maintenance

Designed for continuous operation with corrosion-resistant materials.

Suitable for Outdoor Use

Reliable performance in various weather conditions.

Customizable

Options include:

Different passage widths
Branding
Color finishes
Integration with multiple credential types

Applications

Full height turnstile with bicycle gates are ideal for locations where secure access and bicycle accommodation are both important.

Industrial Facilities: Employee entrances with bicycle commuting.
Corporate Campuses: Secure access for staff and visitors.
Universities and Colleges: Student bicycle parking and campus entry.
Residential Communities: Controlled access for residents using bicycles.
Transportation Hubs: Bike-and-ride stations and transit interchanges.
Government Facilities: Secure perimeter access for authorized cyclists.
Military Bases: Controlled bicycle entry with strict security.
Parks and Recreation Areas: Managed access to cycling trails and facilities.
Data Centers and Utility Sites: Secure entry for maintenance staff using bicycles.
Logistics and Warehouses: Employee entrances with bicycle parking.

Optional Accessories

Many systems can be equipped with:

RFID card readers
QR code scanners
Biometric terminals
Facial recognition devices
Intercom systems
LED traffic lights
LCD information displays
Remote control units
UPS backup power
Fire alarm integration
IP network communication
IoT monitoring modules

Typical Technical Specifications

Parameter	Typical Value
Material	304 / 316 Stainless Steel
Passage Width (Pedestrian)	550–650 mm
Bicycle Lane Width	900–1,200 mm
Height	2,200–2,400 mm
Power Supply	AC 100–240 V, 50/60 Hz
Operating Voltage	24 V DC
Throughput (Pedestrian)	20–35 persons/min
Throughput (Bicycle)	8–15 bicycles/min
Protection Rating	IP54–IP65
Operating Temperature	-25°C to +70°C
Communication	RS-485, TCP/IP, Wiegand
Authentication	RFID, QR, Barcode, Fingerprint, Face Recognition, NFC
Emergency Mode	Automatic unlock on fire alarm or power failure

Typical Installation Scenarios

Factory employee entrances with adjacent bicycle parking.
Corporate campuses promoting bicycle commuting.
Universities with dedicated cyclist access points.
Transit stations connecting bicycle parking to passenger platforms.
Residential communities with secure bicycle entry.
Parks and recreational facilities with controlled cycling access.

Conclusion

Full height turnstile with bicycle gate provides a secure, efficient, and user-friendly solution for controlling access where both pedestrians and cyclists require entry. By combining a full-height security barrier with a dedicated bicycle passage, it minimizes unauthorized access while supporting smooth traffic flow. Its robust construction, compatibility with modern access control technologies, and suitability for outdoor environments make it an excellent choice for industrial sites, campuses, transportation facilities, residential communities, and other locations where secure bicycle access is essential.

By understanding the different types, features, and applications, businesses can implement the most effective bicycle full height turnstile solution to enhance security and streamline operations. Please check our STXtek turnstile video at YouTube.