Most Ontario business owners meet accessibility requirements at the worst possible moment: after a complaint, during a tenant fit-up review, or when a landlord’s consultant walks the property and starts writing things down. By then the door is already installed, and the fixes are more expensive than they needed to be.

The frustrating part is that an entrance almost never fails on one big thing. It fails on an accumulation of small ones — a closer adjusted too firmly, a lever swapped for a knob during a repair, a mat that has curled, a threshold that was fine in 2004. Each is minor. Together they are the reason a customer with a walker turns around.

Here is what actually gets looked at on a storefront entrance, and which of those items are a repair rather than a replacement.

Requirements live in two different places

This confuses people constantly, so it is worth separating.

The Ontario Building Code governs the physical build of the entrance — how wide the opening is, how the threshold is formed, what the approach looks like. It applies when you build or renovate, and what applied on the day of construction is not necessarily what applies to work you do now.

The accessibility standards under the AODA govern how the space is used and serviced, and they reach existing buildings in ways the Building Code does not, particularly when an element is being replaced or altered.

The practical consequence: an entrance can be entirely legal as built and still generate a legitimate accessibility complaint, and a repair that swaps like for like can quietly pull the opening into current requirements. Before committing to any entrance work, confirm the figures that apply to your building, in its municipality, for the year you are doing the work. Requirements and exemptions change, and they differ by occupancy and by whether the work counts as an alteration — this is a question for your municipal building department or your designer, not for a blog post.

What gets measured at the door

Clear width, not door width

The number that matters is the unobstructed opening when the door is standing open, not the width printed on the invoice. Door thickness, the stop, and above all a projecting panic device or pull all eat into it. On a pair of narrow aluminium doors this is the single most common shortfall, and it is why an entrance that looks generous measures short.

Opening force

This is the item that fails most often and is cheapest to correct. A door closer has adjustable spring tension and separate adjustments for the closing and latching phases. Over years of service calls, closers get cranked up to force a stubborn door shut — because the frame has shifted, or the weatherstrip is oversized, or the latch is not aligned. The closer becomes the workaround for a mechanical problem elsewhere, and the door ends up needing real effort to pull.

The right sequence is almost always: fix the reason the door is not closing freely, then back the closer down. Doing it in the other order just moves the problem. Diagnosis on a commercial entrance is straightforward for anyone who works on these daily, and commercial door repair in Toronto calls of this kind are usually resolved in one visit.

Hardware you can use with a closed fist

Round knobs and thumb-turn latches require grip and wrist rotation. Levers, push plates, panic bars and D-pulls do not. This is the most frequent unintentional regression during a repair — a lock fails, a technician replaces it with whatever matches the existing prep, and a lever becomes a knob. The prep is usually compatible with a lever, so this rarely needs to happen.

The threshold and the approach

A raised sill, a lip between an interior and exterior floor finish, or a mat well that has settled all read as the same obstacle to a wheelchair caster. So does an entrance mat that has curled at the edge. Thresholds can often be re-formed, ramped or replaced without touching the frame.

Vision and glazing

Glass doors and adjacent glazed sidelights need to be visible as a surface rather than as open air, and there are requirements about marking them. On storefronts, decals fade and get scraped off during cleaning, and nobody notices because everyone who works there already knows where the glass is. If your entrance is commercial glass doors, this is worth a deliberate look rather than a glance.

Where automatic operators help — and where they create a new problem

Adding a power operator solves opening force outright, and for a heavy entrance it is often the honest answer. But an operator introduces its own failure modes, and a dead operator on a door that was never adjusted to open manually is worse than the door you started with.

Three things decide whether an operator stays reliable. The door itself has to be mechanically sound first, because an operator will drag a binding door until something breaks. The activation has to actually detect people at the height they approach from, which is exactly what goes wrong with a badly aimed sensor. And the door has to remain operable by hand when the operator is off.

Storefront systems: the part nobody budgets for

On an aluminium storefront, the entrance and the wall are one system. That means an accessibility change at the door often reaches into the framing — widening an opening means the adjacent glazing, the head channel and sometimes the sill all move. It is not a door job at that point; it is a storefront glass job.

Worth knowing before you plan, because it changes the order of operations. If the storefront is due for glazing work anyway, that is the moment to correct the opening. Doing it as a separate project later costs more and disrupts the business twice.

A sensible order to work in

1. Measure the clear opening with the door held open, at the narrowest point. This tells you whether you have a hardware problem or a construction problem.
2. Test the pull force from a standing position, without bracing. If it takes effort, something mechanical is wrong before the closer is even considered.
3. Look at the hardware and ask whether a closed fist could operate it.
4. Walk the approach at caster height — the threshold, the mat, the transition, the drainage.
5. Then price the work, with the construction items separated from the hardware items. They have very different costs and very different lead times.

Frequently asked questions

Does an older building have to be brought up to current requirements?

Not automatically, and existing buildings are treated differently from new construction. But altering an element often does trigger current requirements for that element, and the AODA reaches existing spaces in ways the Building Code does not. Confirm your specific situation with the municipal building department before assuming you are grandfathered.

Is a power operator required on a commercial entrance?

Not in every case — it depends on occupancy, on the building, and on whether other means of meeting the requirement are available. It is one solution, not the only one.

Our door is heavy because of wind. Can the closer be softened anyway?

Sometimes, and sometimes the real answer is a different closer, a vestibule, or corrected door alignment. A door that only feels heavy when the wind is up is usually a pressure problem rather than a spring-tension problem.

Can a knob simply be changed to a lever?

Very often yes, on a matching backset and bore. It is one of the cheapest accessibility improvements available and it is regularly overlooked.

Who decides whether our entrance passes?

For construction items, the municipal building department through the permit and inspection process. For accessibility obligations more broadly, compliance sits with the organization, and complaints can come from anyone who uses the space.