A properly installed and maintained full height turnstile can typically provide 10–15 years or more of service in commercial and industrial access control applications. The actual lifespan depends on the turnstile's construction, operating frequency, installation quality, environmental conditions, and maintenance practices.

Full height turnstiles are designed for continuous pedestrian access and are commonly built with stainless steel or other corrosion-resistant materials for demanding environments. Mechanical components, bearings, locking mechanisms, sensors, and electronic controls are subject to normal wear and may require periodic inspection, adjustment, or replacement during the equipment's service life.

High traffic facilities such as factories, transport facilities, stadiums, and campuses may experience greater mechanical wear than low-traffic sites. Outdoor installations may also require additional protection against rain, dust, humidity, and temperature changes.

To maximize service life, the turnstile should be installed on a suitable foundation, operated within its specified conditions, and maintained according to the manufacturer's recommendations. BOLAN can also provide technical guidance and replacement components for long-term full-height turnstile operation.

A full height turnstile door prevents tailgating and unauthorized bypass through a combination of full-height physical barriers, controlled one-person-per-cycle access, and integration with access control systems. Unlike waist-high turnstiles or speed gates, full height turnstiles create a complete security enclosure that makes climbing, crawling, or passing around the barrier extremely difficult.

Bolan full height turnstile door are designed for high-security applications where controlled pedestrian access is required, including factories, stadiums, airports, industrial facilities, government buildings, and restricted areas.

How does a full height turnstile door prevent tailgating?

Tailgating occurs when an unauthorized person follows an authorized user through a gate without completing their own verification.

A full height turnstile reduces tailgating risks through:

1. One-person-per-cycle operation

After an authorized user completes verification:

• RFID card
• QR code
• Fingerprint
• Facial recognition
• Other access credentials

the turnstile allows only one rotation cycle for one person.

After the user passes:

• The rotor automatically returns to the locked position
• The next person must complete their own authorization
• Unauthorized following is prevented

This creates a controlled pedestrian flow instead of an open passage.

2. Full-height physical barrier design

Unlike traditional tripod turnstiles or waist-high gates, full height turnstiles use a floor-to-ceiling structure.

The enclosed design prevents:

• Jumping over the gate
• Crawling underneath
• Passing through side gaps
• Entering from unauthorized directions

The full-height rotor and surrounding enclosure create a secure physical separation between authorized and unauthorized areas.

3. Anti-reverse and anti-bypass protection

Bolan full height turnstiles can be configured with anti-reverse logic.

If someone attempts:

• Reverse rotation
• Forced entry
• Unauthorized movement
• Wrong-direction passage

the system can:

• Lock the rotor
• Trigger an alarm signal
• Send status feedback to the access control system

This helps security teams identify abnormal access attempts.

How does a full height turnstile door prevent bypass?

A full height turnstile door prevents bypass through multiple layers:

Physical Security Layer

• Full-height barrier structure
• Strong steel/stainless-steel construction
• Anti-climbing design
• Enclosed passage area

Mechanical Control Layer

• Controlled rotor movement
• Automatic locking after passage
• Anti-reverse mechanism
• One-direction or bidirectional access control

Electronic Security Layer

Integration with:

• RFID readers
• Facial recognition systems
• QR code scanners
• Fingerprint terminals
• Central access control platforms

allows each person to be verified before entry.

Can someone jump over or crawl under a full height turnstile door?

A properly designed full height turnstile door is specifically developed to prevent these bypass methods.

The full-height structure extends from the floor to the top housing, eliminating common weaknesses found in lower-height barriers.

Compared with traditional turnstiles:

Which applications require anti-tailgating full height turnstiles?

Full height turnstiles are commonly used in:

Industrial Facilities

• Factories
• Warehouses
• Manufacturing plants

Transportation

• Airports
• Railway stations
• Ports

Public Facilities

• Stadiums
• Government buildings
• Exhibition centers

High-security Areas

• Data centers
• Military facilities
• Research centers

Can Bolan customize full height turnstiles with advanced security functions?

Yes. As an OEM and ODM full height turnstile manufacturer, Bolan can customize security solutions according to project requirements.

Customization options include:

• Single or multiple lane configurations
• Access control integration
• Anti-tailgating solutions
• Emergency release functions
• Outdoor weather-resistant designs
• Stainless steel or customized finishes
• Customer branding and appearance customization

Bolan engineers can evaluate:

• Security level requirements
• Pedestrian flow
• Site conditions
• Access control system

to recommend the appropriate full height turnstile solution.

In summary, full height turnstiles stop tailgating and bypass attempts by combining a complete physical barrier, controlled one-person access, anti-reverse mechanisms, and intelligent access control integration. They provide a reliable security solution for facilities requiring strict pedestrian management and unauthorized entry prevention.

Fail-safe and fail-secure modes define how a full height turnstile responds during power failure, emergency situations, or system faults. Bolan full height turnstiles support configurable security logic to meet different application requirements, balancing safety, security, and operational continuity.

Full height turnstiles are widely used in high-security environments such as stadiums, factories, airports, industrial facilities, government buildings, and restricted areas. The correct failure mode selection depends on the security level, emergency regulations, and access control strategy of the project.

What is the fail-safe mode of a full height turnstile?

Fail-safe mode means the turnstile automatically releases access or unlocks during a power failure or emergency condition, allowing authorized evacuation or free passage.

In fail-safe operation:

• The locking mechanism is released when power is lost
• The rotor can rotate freely or the passage can be opened depending on the configuration
• Emergency evacuation requirements can be supported
• Users can exit safely during fire alarms or emergency situations

Fail-safe mode is commonly selected for:

• Emergency exits
• Public buildings
• Stadium evacuation routes
• Facilities with strict life-safety requirements

The priority of fail-safe mode is:

Life Safety > Access Security

What is the fail-secure mode of a full height turnstile?

Fail-secure mode means the turnstile remains locked during power failure, preventing unauthorized access and maintaining security protection.

In fail-secure operation:

• The locking system remains engaged when power is interrupted
• Unauthorized entry is prevented
• Restricted areas remain protected
• Security personnel can maintain controlled access

Fail-secure mode is commonly used for:

• Important or Dangerous Factories
• Data centers
• Military facilities
• Critical infrastructure
• High-security restricted areas

The priority of fail-secure mode is:

Security Protection > Free Access

Can Bolan full height turnstiles support both fail-safe and fail-secure configurations?

Yes. As an OEM and ODM full height turnstile manufacturer, Bolan can configure security logic according to project requirements.

Depending on the application, customization options include:

• Fail-safe or fail-secure operation
• Emergency release configuration
• Fire alarm integration
• Access control system connection
• Directional access control
• Remote management interface
• Customized controller logic

The final configuration depends on:

• Building safety regulations
• Security level requirements
• Access control system design
• Local emergency standards

How does a full height turnstile work during a power failure?

During a power interruption, the controller evaluates the configured security mode:

Fail-safe configuration:

Power failure → Lock released → Passage available according to emergency settings

Fail-secure configuration:

Power failure → Lock remains engaged → Unauthorized access prevented

For projects requiring both security and emergency compliance, Bolan engineers can provide customized solutions combining:

• Emergency exit control
• Backup power supply
• Fire alarm linkage
• Access management systems

Which mode should I choose for my project?

The correct choice depends on the application:

Bolan's engineering team can help customers select the appropriate configuration based on security requirements, pedestrian flow, and local regulations.

Can Bolan customize full height turnstiles for different security requirements?

Yes. Bolan provides OEM and ODM full height turnstile solutions, including customized mechanical structures, access control integration, emergency functions, materials, finishes, and control logic.

Customers can provide:

• Project drawings
• Security requirements
• Access control specifications
• Emergency operation requirements

Bolan can develop a suitable full height turnstile solution for stadiums, factories, airports, industrial facilities, and other controlled-access environments.

In summary, fail-safe and fail-secure modes determine how a full height turnstile behaves during power loss or emergency situations. Fail-safe prioritizes safe evacuation, while fail-secure prioritizes security protection. Bolan supports customized configurations to meet different project requirements.

A full-height turnstile is a floor-to-ceiling pedestrian access control gate designed to create a physically controlled entry or exit point. Unlike waist-high or optical turnstiles, its full-height structure helps prevent users from climbing over or passing around the barrier, making it suitable for sites where stronger physical access control is required.

A full-height turnstile should be specified when perimeter security, controlled pedestrian flow, and unauthorized-entry prevention are higher priorities than the open appearance of a conventional lobby turnstile. Typical applications include factories, warehouses, industrial sites, utility facilities, construction sites, stadiums, campuses, transport facilities, and other restricted-access areas.

The appropriate configuration depends on factors such as indoor or outdoor installation, traffic volume, available space, required passage direction, emergency egress requirements, and access-control system integration. Single, dual, and multi-lane configurations can be selected according to project requirements.

For projects requiring a more open architectural appearance, speed gates or swing barrier turnstiles may be more appropriate. BOLAN offers full-height and other pedestrian turnstile configurations for different security and site conditions.

The installation of a full height turnstile requires proper site preparation, foundation work, electrical connection, assembly, and system commissioning. Bolan provides installation guidance and technical support to help customers complete the installation smoothly.

Full height turnstiles are heavy-duty security barriers designed for high-security applications such as stadiums, factories, airports, prisons, industrial facilities, military areas, and restricted-access locations. Due to their larger structure and multiple components, correct installation is important to ensure stable operation, durability, and long-term performance.

What are the main installation requirements for a full height turnstile?

The core installation requirements usually include the following:

1. Site preparation and installation space

Before installation, customers should confirm:

• Available installation area and passage layout
• Entrance and exit direction
• Pedestrian flow requirements
• Floor condition and installation surface
• Maintenance space around the equipment

The installation area should be flat, stable, and strong enough to support the weight of the full height turnstile.

2. Foundation and fixing requirements

Full height turnstiles normally require secure fixing to the ground.

The customer should prepare:

• A level concrete installation surface
• Pre-positioned cable routes if required
• Expansion bolts or anchor bolts according to installation conditions
• Proper drainage solutions for outdoor applications

For outdoor projects, additional consideration should be given to weather protection, drainage, and corrosion resistance.

Bolan also have mobile full height turnstile, it's made of single or double entrance full height turnstile with portable basement. It's remained liftfork hole for moving, and don't need to fix on the ground, just move it to the position you want to install. It's very convenient and can be recycled.

3. Packaging and assembly requirements

To ensure safe transportation, Bolan usually divides a full height turnstile into four main sections for wooden case packaging. After receiving the shipment, customers should first check and confirm all components before assembly.

The typical package structure includes:

• Main frame sections
• Rotating barrier components
• Control system and electrical components
• Accessories and installation hardware

Before installation, customers should:

• Check the packing list and product components
• Confirm that all sections are complete and undamaged
• Assemble the four main parts according to the installation manual
• Ensure all mechanical connections are properly fixed before power-on testing

This modular packaging method helps reduce transportation risks and makes international shipping more efficient.

4. Electrical and access control connection

Full height turnstiles require suitable power supply and control wiring.

Typical requirements include:

• Stable power input
• Proper grounding
• Control signal connection
• Access control system integration

Bolan full height turnstiles can integrate with various access control systems, including:

• RFID card readers
• QR code scanners
• Fingerprint systems
• Facial recognition terminals
• Third-party access control platforms

Communication interfaces can be configured according to project requirements, including dry contact, RS232, RS485, and customized solutions.

5. Installation commissioning and testing

After mechanical installation and electrical connection, the system should be tested, including:

• Entry and exit direction
• Rotation movement
• Access authorization signals
• Safety functions
• Emergency release operation
• Communication with access control systems

Bolan provides technical documentation and engineering support to assist customers during installation and commissioning.

Can Bolan provide customized installation solutions for different projects?

Yes. As an OEM and ODM full height turnstile manufacturer, Bolan can customize full height gates according to project requirements, including dimensions, materials, finishes, access control configurations, and installation conditions.

For large projects, customers can provide:

• Site drawings
• Installation dimensions
• Project specifications
• Access control requirements
• Environmental conditions

Bolan's engineering team can recommend a suitable configuration and provide technical support from production to installation.

In summary, successful full height turnstile installation requires correct site preparation, proper assembly, secure fixing, electrical connection, and commissioning. With modular packaging and professional OEM/ODM support, Bolan helps customers complete full height gate projects efficiently and reliably.

Yes. Bolan provides OEM and ODM customization for turnstile gates, including dimensions, layout, materials, surface finishes, colors, branding, LED indicators, access control windows, barrier wings, and selected functional configurations.

Our BLS-SG71 sliding turnstile gate is designed with a modular structure, making it suitable for project-specific customization. Dimensions and overall layout can be adjusted to match on-site space conditions, architectural requirements, pedestrian flow, and specific installation constraints.

What dimensions can be customized?

Bolan can customize the overall length, width, height, passage width, and layout of turnstile gates according to project requirements. For speed gates such as the BLS-HS321, barrier width can also be configured within the applicable design range.

This allows the turnstile to be adapted for different environments, including corporate offices, commercial buildings, airports, transportation hubs, campuses, factories, stadiums, and other controlled-entry facilities.

Can the material and finish be customized?

Yes. Depending on the model and project requirements, available options include:

• 304 stainless steel
• 316 stainless steel for applications requiring enhanced corrosion resistance
• Powder-coated steel with custom colors
• Anodized aluminum for selected models
• Marble or wooden covers etc special materials
• Brushed finish
• Frosted / snowflake finish
• Mirror finish
• Matte finish

These options allow customers to match the turnstile with the architectural style and interior design of their project.

Can we add our own logo or branding?

Yes. OEM branding is supported.

Bolan can apply customer logos through engraving or silk-screen printing on suitable cabinet or barrier surfaces. Brand-related customization can also include access control reader windows, slogans, LED indicators, barrier-wing details, and other visual elements depending on the selected model.

Can the BLS-SG71 be customized for a specific project?

Yes. For OEM and ODM projects, the BLS-SG71 can be configured according to the customer's site dimensions, architectural style, branding requirements, access control equipment, passage width, material preferences, and functional requirements.

Customers can provide drawings, dimensions, reference images, CAD files, branding guidelines, or project specifications. Bolan's engineering team can then evaluate the requirements and develop a suitable customized configuration.

What other options can be customized?

Depending on the model, Bolan can also customize or configure:

• Glass, acrylic, or stainless-steel barrier wings
• Barrier width
• RFID, fingerprint, facial recognition, or QR-code reader installation
• Access control reader window size and shape
• Static or dynamic LED indicators
• Ambient lighting colors
• Audio alarms
• Control and communication interfaces
• Selected access-control functions and logic

In short, Bolan does not only customize the appearance of turnstile gates. We can provide project-level OEM and ODM solutions covering dimensions, materials, finishes, branding, accessories, and selected functions.

Yes. Bolan turnstile gates can integrate with most existing access control systems, including RFID card readers, QR code scanners, fingerprint and facial recognition terminals, NFC devices, biometric systems, and other third-party access control platforms.

Bolan turnstiles are designed with flexible control interfaces, including dry contact, RS232 and RS485, while selected models can also be customized with TCP/IP or other communication interfaces to meet specific integration requirements. This allows the turnstile to work as the physical access point within an existing security system rather than requiring a complete replacement of the customer's current access control infrastructure.

For example, the BLS-HS321 speed gate uses an intelligent PLC control system and can be configured for integration with external access control equipment. Bolan's flap barrier turnstile and swing gate turnstile models also support linkage with external access control systems and customized access logic.

For OEM and ODM projects, Bolan can further customize the control interface, access logic, transmission system, appearance and functional configuration according to the customer's existing system and project requirements. This makes the turnstiles suitable for office buildings, commercial complexes, airports, transportation hubs, factories, campuses, stadiums and other controlled-entry environments.

What access control systems can Bolan turnstiles connect to?

Depending on the model and project requirements, Bolan turnstiles can work with:

• RFID and proximity card readers
• QR code and barcode scanners
• Fingerprint and other biometric readers
• Facial recognition terminals
• NFC devices
• Time attendance systems
• Third-party access control controllers
• Visitor management systems
• Customized security management platforms

What interfaces are available?

Standard interfaces may include dry contact, RS232 and RS485, some modles has TCP/IP interface, and other communication interfaces can be customized for specific projects. The exact interface and communication protocol should be confirmed according to the selected turnstile model and the customer's existing access control system.

Do customers need to replace their existing access control system?

Usually, no. The turnstile can be used as the physical barrier while the existing card reader, biometric terminal, QR scanner or access controller continues to handle user authentication. After authorization, the access control system sends an opening signal to the turnstile controller.

For projects requiring deeper system-level integration, Bolan can evaluate the existing access control architecture and provide an OEM/ODM integration solution based on the required interface, communication method and access logic.

Yes. Speed gates are a strong choice for high-traffic facilities because they combine fast pedestrian processing, intelligent detection, access-control integration, and smooth user flow. Multiple lanes can be configured to handle higher peak-hour traffic.

Speed gate turnstiles are well suited for high-traffic pedestrian areas such as airports, subway stations, railway stations, stadiums, office complexes, and transportation hubs. Their fast barrier movement, sensor-based detection, and access-control integration help maintain smooth pedestrian flow while controlling unauthorized entry.

BOLAN speed gates are designed for applications where fast access, reliable security, and continuous pedestrian movement are important. Depending on the model and configuration, BOLAN speed gates can achieve approximately 30–40 people per minute per lane, with fast barrier opening after authorization.

For high-traffic environments, speed gates can be integrated with RFID cards, QR codes, electronic tickets, NFC, biometric identification, and other third-party access-control systems, depending on the selected model. This allows passengers, employees, or visitors to be authenticated quickly before the barrier opens.

Speed gates can also use infrared sensors and intelligent detection systems to monitor the passage area, detect unauthorized entry or tailgating, and help prevent the barrier from closing when a person is still within the passage. The exact safety and detection functions depend on the model and configuration.

For airports, subway stations, and other transportation hubs, multiple speed gate lanes can be installed in parallel to increase total entrance capacity. The required number of lanes should be determined based on peak-hour pedestrian volume, expected processing time, entrance layout, accessibility requirements, and the response speed of the ticketing or access-control system.

For projects with extremely high passenger volumes, BOLAN can help select the appropriate speed gate model and lane configuration based on the project's traffic flow, security requirements, passage width, access-control system, and installation environment.

Speed gates are best for fast, secure, and premium pedestrian access; tripod turnstiles are ideal for cost-effective controlled entry; and full high turnstiles are designed for maximum physical security and perimeter protection.

The main difference between speed gate turnstiles, tripod turnstiles, and full-height turnstiles is their balance of pedestrian throughput, security level, physical design, user experience, and application environment.

A speed gate turnstile uses fast-moving glass, acrylic, or other swing barriers together with infrared sensors and an intelligent control system. It is designed for fast, secure, and comfortable pedestrian access, making it particularly suitable for modern office buildings, corporate campuses, airports, hotels, transportation hubs, and other high-traffic facilities. BOLAN speed gates can typically achieve approximately 30–40 people per minute, with barrier opening times of around 0.2–0.5 seconds after authorization, depending on the model and configuration.

A tripod turnstile uses three rotating arms to control one-person-at-a-time passage. It is generally a more economical access-control solution and is widely used in factories, stadiums, amusement parks, fitness centers, and other controlled pedestrian entrances. Tripod turnstiles are particularly suitable when the project prioritizes reliable access control and cost efficiency rather than premium architectural appearance. BOLAN offers models such as the BLS-T502A for high-traffic applications.

A full-height turnstile extends from the floor to the top of the entrance and provides a much stronger physical barrier. It is designed for high-security outdoor or unmanned areas, where preventing climbing, crawling, tailgating, and unauthorized entry is a major priority. Typical applications include industrial facilities, construction sites, stadium perimeters, critical infrastructure, and restricted areas.

Quick Comparison

Which Turnstile Should You Choose?

Choose a speed gate when your project requires a combination of fast throughput, high security, modern appearance, and a premium user experience.

Choose a tripod turnstile when you need reliable pedestrian access control, high durability, and a cost-effective solution for standard controlled entrances.

Choose a full-height turnstile when maximum physical security and anti-climbing protection are more important than aesthetics or accessibility.

For projects with different entrance requirements, BOLAN can also combine different turnstile types—for example, speed gates for main lobby entrances, tripod turnstiles for staff or stadium entrances, and full-height turnstiles for outdoor security perimeters.

For a typical outdoor stadium ticket entrance, a heavy-duty IP65 tripod turnstile such as the BLS-T502A is an effective choice for balancing security, weather resistance, and pedestrian throughput. For high-security stadium perimeters or unmanned entrances, full-height turnstiles such as the BLS-FH53/FH62 may be more appropriate.

For outdoor stadiums, the best turnstile depends on the required security level, pedestrian traffic volume, weather conditions, and ticketing system. For most stadium entrances, a heavy-duty tripod turnstile made of 304 or 316 stainless steel with an IP65-rated configuration is a practical choice because it combines controlled pedestrian access, efficient throughput, and weather resistance.

BOLAN's BLS-T502A heavy-duty tripod turnstile is designed for high-traffic applications such as stadiums, sports venues, and other outdoor access points. It can be integrated with RFID cards, QR codes, electronic tickets, and other access-control systems, allowing authorized spectators to enter efficiently while maintaining controlled access.

For stadiums that require a higher level of perimeter security and stronger protection against tailgating, climbing, or unauthorized entry, a full-height turnstile can be a better solution. BOLAN offers full-height models such as the BLS-FH53 and BLS-FH62, which are designed for outdoor and high-security pedestrian access applications. BOLAN also offers full-height turnstile combinations with a wider accessible lane for wheelchair users and large carts.

When selecting a stadium security turnstile, consider:

• Security level: Tripod turnstiles are suitable for controlled ticketed entrances, while full-height turnstiles provide stronger anti-climbing and anti-tailgating protection.
• Weather resistance: For exposed outdoor installations, select an appropriate IP-rated configuration and corrosion-resistant material such as 304 or 316 stainless steel.
• Pedestrian throughput: High-capacity entrances can use multiple turnstile lanes to handle peak spectator flow.
• Ticketing and access control: RFID, QR codes, electronic tickets, biometric identification, and other access-control systems can be integrated depending on the model.
• Accessibility: A dedicated wide lane or accessible swing gate should be provided where required by local accessibility regulations.
• Project layout: The number of lanes, passage width, installation space, and entrance configuration should be selected according to expected peak-hour traffic.