In this guide
- Speed Gate vs Turnstile: Key Differences
- Throughput & User Experience
- Security Level
- Which Should You Choose?
Table of Contents
Turnstile gate specifications (factory data)
A turnstile gate is specified lane by lane, and the numbers that decide it are the ones below: how many people per minute a lane passes, how wide the passage has to be, what the cabinet is made of, and what the gate has to connect to. The values come from our own pedestrian access gate data sheet and from the turnstile table on our pedestrian access gate series page. Lane throughput comes from our own data sheet: our high-speed access gate is specified at 30–45 persons per minute, and that data-sheet figure is the one we plan a lane array with.
| Lane types | Tripod turnstile (three rotating arms) · full-height turnstile · swing gate · wing gate (retracting wings) · high-speed access gate · optical lane (sensors only) |
| Throughput per lane | Tripod turnstile 20–40 people per minute; wing and swing lanes 20–35; high-speed access gate 30–45; full-height turnstile one person per rotation. Passage rates depend on the credential and the reader; we plan lane arrays on our own data-sheet figure and derate it. |
| Passage width | Swing and wing lane 550–1200 mm; high-speed access gate 550–900 mm; waist-height lanes are normally built around a passage of roughly 550–650 mm |
| Chassis and panels | Brushed SUS304 stainless steel chassis; 10 mm acrylic panels |
| Operation life | 5 million cycles |
| Power supply | AC 220 V ±10%, 50 Hz; 120 W per lane class |
| Operating environment | −30 °C to +75 °C; ambient humidity to 95% (non-condensing) |
| Protection rating | IP24 to IEC 60529 (solid objects 12.5 mm and larger; water splashing from any direction) |
| Reader inputs | One dry contact (NO) from any reader — RFID card, QR/barcode, ticket, fingerprint, palm, or a face recognition terminal on or beside the cabinet |
| Controller interfaces | RS-485/232 and TCP/IP; 4 pairs of infrared sensors per lane; buzzer and voice prompts |
| Power failure / fire alarm | Fail-safe: panels open or arms drop when power is removed — specified for lanes on an egress path (NFPA 101) |
| Accessible lane | One lane per bank in the 900 mm class, or a separate accessible gate beside the turnstile bank (ADA 36 in / 915 mm clear width on an accessible route; 32 in / 815 mm at a door opening) |
| Anti-tailgating | Level 1 physical (one credential = one passage through arms or panels); level 2 sensor-based (infrared beams detect a second person and alarm or refuse the next credential) |
Turnstile, speed gate or swing gate: which one for your entrance?
| Entrance | Usually specified | Why |
| Unmanned perimeter, substation or data hall | Full-height turnstile plus one wide accessible lane | The only form factor that physically resists climbing over and crawling under |
| Factory, staff or school entrance | Tripod turnstile (swing lane for shift-change waves) | Continuous traffic, robust mechanics, simple attendance integration |
| Office, hotel or bank lobby | Speed gate or wing gate, plus one wide swing lane | Highest passage rate per lane with a clean, unobtrusive look |
| Metro, station or stadium concourse | High-speed access gates in a multi-lane array | Ticket, QR and card readers in one bank; 30–45 people per minute per lane |
| Entrance with wheelchairs, trolleys or luggage | Wide swing or wing lane, 550–1200 mm passage | Accessibility is a design requirement, not an option |
| Parking lobby or paid area | Speed gate or swing lane with ticket or QR reader | Payment validated per person at a high walk-up rate |
Figures come from our own data sheet for the pedestrian access gate series and from the turnstile table on the same product pages; the accessibility and egress values are quoted from the ADA Standards and NFPA 101 as described in our turnstile gate selection guide. Nothing here is a performance guarantee: lane counts, passage widths and interfaces for your site are confirmed in writing before the order — send the site plan, the lane count and the peak headcount and our engineers will return a lane-by-lane configuration.
How does a speed gate differ from a turnstile?
Speed gates (also called flap barriers) use motor-driven swing or flap panels that open on authorized access, closing automatically after each pass. Turnstiles use rotating arms (tripod, full-height, or optical) that physically rotate with each person. Both control pedestrian access, but they serve different priorities: speed gates maximize throughput and aesthetics, while turnstiles maximize security and one-person-at-a-time enforcement.
What is the throughput and user experience?
Speed gates are the fastest pedestrian lane solution available: with the lane opening time confirmed per project, they pass 30–45 people per minute per lane. The flap panels are nearly invisible at rest, which suits lobbies with design standards. Turnstiles are slower (20–40 people per minute) and the mechanical arms are more obtrusive, but they are simpler and very reliable in heavy public use.
For office buildings, speed gate lanes integrated with access control terminals create a premium, fast-moving entrance experience. For transit stations and stadiums, full-height or tripod turnstiles are the workhorses that survive constant abuse.
Security Level
- Tripod turnstile — good one-way control, but can be jumped or crawled under
- Full-height turnstile — highest security, prevents climbing over
- Optical turnstile / speed gate — tailgating detection via sensors, clean look, moderate security
If tailgating prevention is critical (e.g., data centers, R&D buildings), optical sensors with anti-tailgating logic are the key feature to look for in either form factor.
The two lane families, side by side
Pick by throughput or passage width
Speed gates
High-Speed Access Gate
- Passing speed 30-45 people per minute
- Passage width 550-900 mm, 10 mm acrylic panels
- SUS304 brushed stainless steel, 5 million cycles
Turnstiles & wing gates
Wing Gate & Swing Gate
- Wing gate: retractable barriers, space-saving lane
- Swing gate: wide passage, wheelchair-accessible entry
- Card, QR, fingerprint or face recognition readers
Which Should You Choose?
Choose speed gates for corporate offices, hotels, banks, and anywhere aesthetics and high throughput matter. Choose turnstiles for transit, stadiums, factories, and high-abuse public environments. Many projects use both: speed gates at the main entrance for visitors and employees, turnstiles at secondary or high-security checkpoints.
Both integrate with the same access control ecosystem — card readers, face recognition terminals, and our access control system series. See the high-speed barrier gate series for vehicle-side speed control and the pedestrian gate series for pedestrian lane options.
FAQ
How many people per minute can a speed gate handle?
A speed gate lane passes 30–45 people per minute; the lane opening time is confirmed per project. A turnstile lane handles 20–40 people per minute, because each person must physically rotate the arms.
Which is more secure: a speed gate or a turnstile?
A turnstile enforces one-person-at-a-time access mechanically, so it is the safer choice at high-security checkpoints and ticket-controlled sites. A speed gate relies on sensors and tailgating detection, trading some of that strictness for throughput and appearance.
Which one should I choose for a corporate lobby?
For an office, hotel or bank lobby, a speed gate is usually the better fit: it absorbs staff and visitor peaks, looks unobtrusive, and works with card, QR and biometric readers. Turnstiles suit transit stations, stadiums and factory floors where strict individual passage matters.
Can speed gates and turnstiles work in one system?
Yes, and it is a common layout: speed gates across the main entrance for everyday traffic, turnstiles at internal checkpoints such as server rooms and cash handling. Both connect to the same access control platform and can be managed from one interface.
| Aspect | Speed gate | Turnstile |
| Throughput per lane | 30–45 people per minute (our high-speed access gate data sheet) | 20–40 people per minute |
| Lane opening | Confirmed per project, driven by the lane controller | Mechanical: each person rotates the arms |
| How it enforces access | Sensors and tailgating detection | Physically, one person at a time |
| Best for | Lobbies, offices, hotels, banks | Transit stations, stadiums, factory floors |
| Access readers | Card, QR, biometric — same platform as turnstiles | Card, QR, biometric — same platform as speed gates |
Conclusion
Match the lane to the traffic: speed gates for fast, premium entrances; turnstiles for secure, high-abuse public access. A mixed deployment gives you both. Send us your project layout and we'll recommend the lane configuration that fits your building.