Absolutely, and I am glad you asked. When you are buying urban benches for a public space, a transit stop, or a high-footfall commercial plaza, theft is not a minor worry — it is one of the first things a good manufacturer tackles. So yes, many of our urban benches do include anti-theft features, and locking mechanisms are a core part of that conversation, but let me break down how they actually work because it is rarely just a padlock.
Think of a typical heavy-duty street bench. If you just bolt it to the pavement with standard hex-head screws, someone with a spanner can walk off with it in under two minutes. That is why we design in tamper-proof hardware from the ground up. The most common solution is security shear bolts or clutch-head screws that are installed through pre-drilled feet. These are tightened in place until the hex head shears off, leaving a smooth, cone-shaped fastener that cannot be gripped by pliers or spanners. To remove the bench, you need to drill it out completely — not something a casual thief is going to do on a busy street. This is not a “keyed lock” in the traditional sense but it is a permanent locking mechanism that physically prevents disassembly.
Then there are benches that come with an actual locking system, often for designs where the seat or backrest is removable for maintenance or where a bench doubles as a storage unit — think planter benches with a hinged lid. Here, we typically use marine-grade stainless steel cam locks or barrel locks with restricted keys. These are flush-mounted into the powder-coated steel panel so nothing protrudes. The lock is hidden under a drip-edge cover and often protected by a small magnetic cap, so it is weatherproof and invisible unless you know it is there. The keys are uniquely coded and registered, meaning you control exactly how many copies exist. For city councils, losing a key is far less painful than losing a whole bench.
But anti-theft goes beyond just locks. Real security is layered. The bench feet can be drilled for ground anchors: we hammer-drill into concrete, insert expansion anchors, and then the bench's feet cover them entirely. Once the shear bolts are snapped off, you cannot access the anchor nuts. Some clients also request a surface-mount kit with a secondary locking bar that runs between two benches, linking them together like a chain. It sounds simple, but it converts five seconds of bolt-cutter work into a noisy, time-consuming job that demands an angle grinder — and in public view, that is a huge deterrent.
I know some people picture a bench chained to a lamppost, and honestly, that is not what we deliver. Today's anti-theft urban furniture looks clean and minimal. The locking mechanisms are integrated within the legs, inside hollow frame sections, or beneath resin slats. For example, our modular aluminum benches use an internal tension cable that threads through all the slats and locks into the side uprights. You would never even know there is a stainless steel cable running through the seat unless you read the spec sheet. That stops slats being stolen individually while leaving zero visible hardware.
If you are comparing options, ask these three questions: Does the bench use shear-off or tamper-proof fasteners at every fixing point? Is there a secondary locking element — either a ground anchor connection or an internal tether — that protects removable parts? And are the access points for that locking mechanism hidden from plain sight? A good supplier will show you installation diagrams, not just marketing photos. We also supply an anti-theft certificate that states the exact mechanisms used so your insurance and asset register have documented proof. That matters for liability.
So to answer your question directly: yes, our urban benches include multi-layered anti-theft features, and locking mechanisms range from concealed shear bolts and keyed internal locks to cabled slats. The goal is to make the bench simply not worth the effort to steal while keeping it beautiful and comfortable for everyone else. If you have a specific high-risk site in mind — say, an unmonitored park or a riverside walkway — let me know and I can explain which spec we would recommend for that environment.