Turnstile vs Speed Gate vs Swing Gate: Choosing the Right Pedestrian Access Control
Essential Security Supplies
Choosing pedestrian access control is not simply a matter of selecting the fastest or most attractive gate. The right solution depends on how people move through the entrance, the level of physical control required, the available passage width, the access credentials being used, and the environment where the system will operate.
FERN360 offers several pedestrian access control formats, including tripod turnstiles, full-height rotor turnstiles, swing speed gates and conventional swing gates. This guide compares the main differences to help New Zealand installers, security integrators and project specifiers select a suitable access solution.
Start with the movement you need to control
The most useful starting point is to define the movement pattern at the entrance. Is the priority one-person-at-a-time control, high-volume visitor flow, accessible passage for wheelchairs and trolleys, or stronger physical resistance against unauthorised entry?
Turnstiles generally create a more defined lane and provide clear control over individual passage. Speed gates are designed for fast, controlled movement through modern commercial entrances. Swing gates can provide a more open and visually approachable entrance, with wider passage options available for accessible routes and larger items.
Before selecting a model, confirm the required passage width, entrance layout, traffic direction, credential reader, safety devices, emergency release behaviour, power supply and installation environment.
Turnstiles for defined, one-person access
Turnstiles are often selected where the project requires a clearly defined pedestrian lane and stronger control over the direction and sequence of entry. They are suitable for offices, industrial sites, staff entrances, transport facilities, controlled compounds and other locations where pedestrian movement needs to be channelled.
Tripod turnstiles
The FERN360 FGES-TT550-3 is a fully automatic stainless steel tripod turnstile with a passage width of up to 550mm. Its listed specifications include SUS304 stainless steel construction, a 0.2-second unlock time, a throughput rate of 35 people per minute, 100-240V power supply, 24V operating voltage and maximum power consumption of 30W.
The model uses an electromagnetic DC drive and includes a 12V dry contact input. Its stated working temperature is -25°C to 70°C, making it a practical option where a compact, controlled lane is required.
The tripod format is generally best suited to standard pedestrian movement where the available lane width is suitable and the project does not require a full-height physical barrier. It should not be treated as a substitute for a full-height security turnstile where tailgating resistance and perimeter control are the primary concerns.
Full-height rotor turnstiles
Full-height rotor turnstiles provide a more substantial physical barrier than waist-height tripod units. The FERN360 FGES-RTFH650-2B has a 650mm passage width, a 2300mm overall height and 1.5mm SUS304 Hairline 400 stainless steel construction.
The product record lists single or bi-directional arm turning, a 0.2-second operating speed and a passing rate of 25-35 people per minute. It supports RS485 and dry contact communication, with reader compatibility listed for IC, ID, barcode and fingerprint credentials.
The model also lists a solenoid lock, cam and dropper drive arrangement, a 100-240V working voltage, an operating temperature range of -15°C to 60°C and an IP65 rating. This makes the full-height rotor format more appropriate for sites where the barrier itself is an important part of the security design.
Full-height turnstiles can be particularly relevant for controlled industrial entrances, construction sites, utilities, transport facilities and perimeter applications. Confirm the required lane configuration and emergency egress requirements during design, especially where the turnstile forms part of a larger life-safety strategy.
Speed gates for fast, visible entrance control
Speed gates are usually specified for modern commercial environments where fast throughput, a premium appearance and controlled pedestrian movement need to work together. They are commonly seen in office foyers, corporate buildings, education facilities, visitor reception areas and other entrances where the gate is part of the public-facing design.
The FERN360 FGES-SGSW600-1 has a 600mm passage width, 2.0mm SUS304 stainless steel construction, a 0.2-second operating speed and a listed passing rate of 35-40 people per minute. The design includes an acrylic filling panel with LED strip, a brushed motor with encoder and clutch, six pairs of photocells, and a maximum power consumption of 35W.
The model supports RS485 and dry contact communication. Its listed reader compatibility includes IC, ID and barcode credentials, with a working temperature range of -25°C to 70°C.
FERN360 also lists wider speed gate options. The FGES-SGSW900-2 provides a 900mm passage width and is specified for 35-40 people per minute. Its product record lists 1.5mm SUS304 construction, 12mm marble top cover, acrylic side panels with LED strip, RFID and barcode reader compatibility, and six pairs of photocells.
For higher barrier coverage, the FERN360 FGES-SGFHSW-600 is a full-height stainless steel swing speed gate with an 1800mm height, 600mm passage width, 10mm and 8mm tempered glass components, brushless servomotor drive and a stated MCBF of 5,000,000 cycles.
Speed gates should be selected with careful attention to safety detection, anti-tailgating logic, emergency release, lane width and the way the reader or access control platform will interface with the gate controller.
Swing gates for flexible and accessible passage
Swing gates use a hinged barrier that opens across the pedestrian lane. They are often selected where the entrance needs to feel more open, where a wider passage is required, or where users may be moving with wheelchairs, pushchairs, trolleys or larger items.
The FERN360 FGES-SW600-1 has a 600mm passage width, 1.2mm SUS304 Hairline 400 stainless steel construction, a 0.2-second operating speed and a stated passing rate of 35-40 people per minute. It uses a brushed motor with encoder and clutch, supports RS485 and dry contact communication, and lists IC, ID and barcode reader compatibility.
The model includes five pairs of photocells, a maximum power consumption of 35W and a working temperature range of -25°C to 70°C. Its listed weight is 176kg.
Wide and glass-panel swing gate options
For a wider and more accessible passage, the FERN360 FGES-SWGP900-1 uses an 8mm tempered glass barrier and provides a 900mm passage width. Its listed specifications include a brushless servo motor, 0.2-second operating speed, 35-40 people per minute throughput, RS485 and dry contact interfaces, and a net weight of 40kg including the gate.
The product description identifies applications including offices, museums, airports, railway facilities, exhibition centres, fitness facilities and other public-facing environments. It also states that the gate is designed to open automatically in the event of fire or power outage. Project designers should still confirm the required emergency release and evacuation arrangements for the specific site.
For outdoor or more exposed applications, the FERN360 FGES-SWO900-2 provides a 900mm passage width and lists an IP65 rating. It uses SUS304 stainless steel construction, has a 0.2-second operating speed, a passing rate of 35-40 people per minute, five pairs of photocells and a working temperature range of -25°C to 70°C.
Passage width should be checked against the project access requirements rather than assumed from the product category. For New Zealand projects, review the relevant access route requirements and consult the current New Zealand Building Code D1 Access Routes guidance during design.
Turnstile, speed gate or swing gate?
| Access control type | Best suited to | Main strengths | Key checks before selection |
|---|---|---|---|
| Tripod turnstile | Controlled staff entrances and standard pedestrian lanes | Defined lane control, compact footprint and clear one-person passage | Passage width, emergency release, reader interface and tailgating requirements |
| Full-height rotor turnstile | Perimeter entrances and higher-security sites | Full-height physical barrier and controlled directional passage | Lane configuration, emergency egress, weather exposure, IP rating and credential system |
| Swing speed gate | Commercial foyers and higher-volume entrances | Fast opening, visible status indication and modern entrance presentation | Photocell coverage, anti-tailgating functions, passage width and reader integration |
| Swing gate | Accessible routes, public-facing entrances and flexible lanes | Open entrance format and wider passage options, including 900mm models | Accessibility requirements, barrier material, user flow, safety detection and environmental rating |
There is no universal winner between these formats. A tripod turnstile may be the most practical choice for a compact staff entrance, while a full-height rotor turnstile may better suit a secure perimeter. A swing speed gate can provide fast access through a corporate foyer, whereas a 900mm swing gate may be more suitable where accessibility and flexible movement are priorities.
Questions installers should confirm before specifying
- What passage width is required for the normal user group and any accessibility requirements?
- Is the entrance indoor, sheltered outdoor or fully exposed to weather?
- Does the site require waist-height control or a full-height physical barrier?
- Which credentials will be used, such as RFID, IC, ID, barcode or fingerprint?
- Does the access control platform provide RS485, dry contact or another required interface?
- What happens during power loss, fire alarm activation or emergency evacuation?
- How many people need to pass through the entrance during peak periods?
- Are the gate dimensions, foundation requirements and service clearances suitable for the site?
- Does the selected product need a particular IP rating or corrosion-resistant finish?
- Is the project able to accommodate made-to-order supply and installation planning?
Product Specifications
| Specification | Detail |
|---|---|
| Representative active FERN360 products | FGES-TT550-3 tripod turnstile, FGES-RTFH650-2B full-height rotor turnstile, FGES-SGSW600-1 swing speed gate, FGES-SW600-1 swing gate, FGES-SWGP900-1 glass panel swing gate and FGES-SWO900-2 outdoor swing gate. |
| Tripod turnstile | FGES-TT550-3: 480 x 280 x 980mm; SUS304 stainless steel, 1.2mm; passage width up to 550mm; 0.2-second unlock time; throughput rate 35 people per minute; 100-240V power supply; 24V operating voltage; maximum power consumption 30W; electromagnetic DC drive; 12V dry contact input; working temperature -25°C to 70°C; listed weight 56kg. |
| Full-height rotor turnstile | FGES-RTFH650-2B: 1630 x 1580 x 2300mm; 1.5mm SUS304 Hairline 400 stainless steel; 650mm passage width; single or bi-directional arm turning; 0.2-second operating speed; 25-35 people per minute; 100-240V, 50-60Hz; solenoid lock, cam and dropper drive arrangement; RS485 and dry contact; IC, ID, barcode and fingerprint reader compatibility; -15°C to 60°C; IP65; listed weight 310kg. |
| Swing speed gate | FGES-SGSW600-1: 1400 x 150 x 980mm; 2.0mm SUS304; 600mm passage width; 0.2-second operating speed; 35-40 people per minute; brushed motor with encoder and clutch; RS485 and dry contact; IC, ID and barcode reader compatibility; -25°C to 70°C; maximum power consumption 35W; six pairs of photocells; listed weight 253.84kg. |
| Wide swing speed gate | FGES-SGSW900-2: 900mm passage width; 1.5mm SUS304; 0.2-second operating speed; 35-40 people per minute; brushed motor and clutch; RS485 and dry contact; RFID and barcode reader compatibility; -25°C to 70°C; maximum power consumption 35W; six pairs of photocells; listed weight 253.84kg. |
| Standard swing gate | FGES-SW600-1: 1400 x 185 x 980mm; 1.2mm SUS304 Hairline 400; 600mm passage width; 0.2-second operating speed; 35-40 people per minute; brushed motor with encoder and clutch; RS485 and dry contact; IC, ID and barcode reader compatibility; -25°C to 70°C; maximum power consumption 35W; five pairs of photocells; listed weight 176kg. |
| Glass panel swing gate | FGES-SWGP900-1: 900mm passage width; 1.2mm SUS304 Hairline 400 body; 2mm SUS304 mirror-finish top cover; 8mm tempered glass barrier; brushless servo motor; 0.2-second operating speed; 35-40 people per minute; RS485 and dry contact; listed net weight 40kg including the gate. |
| Outdoor swing gate | FGES-SWO900-2: 1400 x 185 x 1020mm; 1.2mm SUS304 Hairline 400; 900mm passage width; 0.2-second operating speed; 35-40 people per minute; brushed motor; RS485 and dry contact; IC, ID and barcode reader compatibility; -25°C to 70°C; maximum power consumption 35W; five pairs of photocells; IP65; listed weight 203.74kg. |
| Traffic direction and lane configuration | The FGES-RTFH650-2B product record specifies single or bi-directional arm turning. Lane configuration should be confirmed for the selected model and project layout. |
| Supply and lead time | The listed FERN360 products are marked as made-to-order items. Confirm current availability, production timing, freight requirements and installation planning for each project. |
| Model-specific IP rating | IP65 is listed for FGES-RTFH650-2B and FGES-SWO900-2. The live specification text for the other representative models does not state an IP rating. |
For full model-specific data, dimensions and available options, review the relevant FERN360 product record:
Choosing the right FERN360 pedestrian access solution
Choose a tripod turnstile when you need compact, clearly defined pedestrian lanes for a standard staff or visitor entrance. Choose a full-height rotor turnstile when the physical barrier and perimeter security requirement are more important than an open architectural appearance.
Choose a swing speed gate for a fast, high-volume entrance where appearance, throughput and controlled access need to work together. Choose a conventional or glass-panel swing gate where the entrance needs a wider, more accessible or more visually open passage.
The strongest specification is the one that matches the site, not simply the product with the highest stated throughput. Confirm the lane width, credential technology, safety devices, emergency operation, environmental rating and made-to-order lead time before finalising the equipment schedule.
Planning a pedestrian access control project?
If you are specifying pedestrian access control for a commercial, industrial or public facility in New Zealand, Essential Security Supplies can help you compare FERN360 turnstiles, speed gates and swing gates against passage width, throughput, safety requirements and site conditions. Send through your project requirements for equipment guidance, availability and project pricing.
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