For many commercial sites, the entrance gate or barrier is critical infrastructure. It controls vehicles, protects people and assets, and often sits at the only practical way in and out. When it fails, the impact isn’t just inconvenience – it can mean lost trading time, traffic issues, and increased security risk. As we head towards busier, lighter months, now is a good time for facilities managers and business owners to take a fresh look at their existing automatic gates and barriers and ask a simple question: are they ready for spring?

Why reliable access control matters

Whether it’s a sliding gate on an industrial estate, a pair of swinging gates at a depot, or a rising arm barrier on a car park, the system has to do three things well:

• Operate reliably, day in, day out.
• Manage access efficiently, without creating bottlenecks.
• Protect users by meeting current safety expectations.

If any of those areas are weak, the risk of an incident – or simply repeated disruption – increases.

Common issues we see on commercial sites

A quick walk around many sites reveals familiar problems:

• Gates or barriers that have been knocked by vehicles and never properly checked.
• Safety devices misaligned or bypassed to “stop them getting in the way”.
• Access control equipment (keypads, intercoms, readers) that is outdated, unreliable or poorly positioned.
• Older control equipment that may be difficult to evidence against today’s safety expectations if there was an incident.

These issues tend to get worse as sites get busier in spring and summer, when delivery volumes rise, visitor traffic increases and people are more likely to be distracted.

Pre‑spring checks for commercial gates and barriers

A structured review doesn’t need to be complicated. We recommend looking at four key areas:

1. Structure and movement

• Check for damage to gate leaves, barriers, posts and foundations.
• Watch a full open/close cycle: is it smooth, consistent and free of unusual noise or vibration?
• Check hinges, rollers, guides and rising arm pivots for wear.

2. Safety devices

• Confirm safety edges, photocells and any other detection devices are present, securely fixed and undamaged.
• Ensure they operate as intended (stopping or reversing movement when activated).
• Check nobody has covered or bypassed a safety device to keep traffic moving.

3. Controls and Access

• Review how staff, visitors and contractors operate the system: keypads, fobs, ANPR, intercoms or manual release.
• Make sure emergency and manual release procedures are understood by relevant staff.
• Consider whether control methods still match current site use (for example, increased deliveries or shift changes).

4.Traffic flow and segregation

• Observe where vehicles and pedestrians mix around the entrance.
• Ensure the layout doesn’t encourage pedestrians to squeeze around moving equipment.
• Check driver line of sight, especially on tight entrances or where the barrier is close to the public highway.