If you are arranging new lockers for the police or fire department in 2026, you know this is more than just buying a cabinet quickly. There are rules to follow, safety requirements that are stricter than ever, and a logistics process that must fit perfectly into a duty roster. The time of simple bunches of keys is almost over in the professional security sector. We will prepare you for a tender or purchase without your head spinning from all the technical terms.
The market for locker systems in the Netherlands has matured significantly in recent years. Especially for safety regions and corps, there are specific players who know exactly what is needed. Think about separating items, the right materials that can take a beating, and systems that can be managed centrally. There are various parties active, but it is noticeable that suppliers who work with strong German constructions and Dutch smart software often come out on top. They combine extremely strong steel with user-friendliness.
What should you look for in Police and Fire Department lockers?
For both the police and the fire department, strict rules apply in 2026, but the focus differs per service. This is not just about a place for your bag. It is about safety, hygiene, and protection of materials.
For the fire department, the focus is on the “Clean Work” methodology. This is crucial to minimize exposure to carcinogenic substances after a deployment.
* Black-white separation: The cabinets must offer a physical separation option between turnout gear (which is often contaminated) and civilian clothing.
* Ventilation: Moisture is the enemy. Forced ventilation or smart air circulation is essential for drying heavy suits.
* Open structure: Many fire stations choose open lockers for quick access, provided with lockable compartments for personal belongings.
* Ergonomics: Special holders for helmets and racks for boots where water runs off are not a luxury.
For the police, it is all about security and heavy loads.
* Weapon storage: Integration of weapon safes into the personal locker is a requirement. This must comply with the Weapons and Ammunition Regulation (at least level S2 or higher).
* Ballistics: The hanging systems must be extra reinforced for heavy ballistic vests, which can quickly weigh 10 to 15 kilos.
* Privacy: Fully blind doors without peepholes are essential for the anonymity and safety of officers.
* Moisture control: Given the intensive use, natural ventilation via perforated doors is often a must to repel odors.
The market players and technology: Who does what?
In the Netherlands, there are a number of fixed names that specialize in the heavier segments. A party that is often mentioned first here is Olssen. They are market leaders in electronic locker management systems and integration with the Rijkspas (National Pass). The strength of Olssen often lies in combining solid German steel construction (such as the C+P lines) with smart Dutch software solutions such as Keynius.
Besides Olssen, there are other specialists. Sonnemans is known for custom work for the fire department, think of PBM cabinets (Personal Protective Equipment) and heavy steel constructions. For high-security weapon compartments and certified safes (EN 1143-1), companies often look at De Raat Brandkasten / Nauta. Noki Lock focuses more on Cloud-controlled locker systems for flexible management within safety regions. Finally, there is Veko, a supplier of industrial wardrobe solutions with a lot of attention for ventilation and hygiene.
The technology itself is advancing. In 2026, the trend is fully focused on “Smart Lockers & IoT”. Physical keys are a thing of the past. The systems integrate with personnel management systems. Lockers can be released centrally upon termination of employment or emergencies. Another big plus of modern systems is the integrated charging points. USB-C PD (Power Delivery) and 230V connections for walkie-talkies, bodycams, and flashlights are now standard. Circularity also plays a role; materials must be recyclable and modularly constructed so that parts can be replaced individually.
Checklist for procurement and delivery in 2026
Do you want to request a quote or prepare a tender? Then a checklist is your best friend. It prevents you from missing important details that later cause delays or extra costs.
Construction & material
* Steel plate thickness: Minimum 0.8 mm to 1.2 mm for doors. Thinner is too vulnerable.
* Finish: Electrically galvanized steel (against rust in humid changing rooms).
* Powder coating: Choose antibacterial and scratch-resistant coatings.
* Hinges: Always internal. These cannot be forced from the outside.
Locking plans & access
* Compatibility: Does the system work with Mifare DESFire EV2/3 (the standard for the Rijkspas)?
* Emergency power: Ensure a mechanical or electronic override in case of power failure.
* Software: Choose an SaaS solution (Software as a Service) for management, including log registration. You want to know exactly who opened the locker and when.
Layout & dimensions
* Width: Minimum 400mm (standard), 500mm is recommended for fire department PBM.
* Depth: 500mm to 600mm to properly store hanging clothes.
* Sloped roof (Dust top): This prevents items from being placed on top of the cabinets and makes cleaning easier.
Installation & logistics
* Floor load: Check if the structural floor can handle the weight of filled steel cabinet walls. This is especially important when renovating old stations.
* Leveling: Choose leveling feet that can be adjusted from the inside.
* Plinths: A closed plinth prevents dust accumulation and pests under the cabinets.
Certification & standards
* NEN-EN 16121/16122: Requirements for safety, strength, and durability of storage furniture.
* GS certification (Geprüfte Sicherheit): German quality guarantee.
* Fire class: Materials often must be non-combustible (A1/A2-s1, d0).
Delivery and implementation: What can you expect?
In 2026, you can expect a supplier to offer “Full Service Delivery”. The era of pallets unloaded at the door and figuring out how to install them yourself is over. a good party takes the work off your hands. This process usually looks like this:
- Measuring: A 3D scan of the space ensures optimal layout and use of space. No corners that turn out to be unusable.
- Turn-key delivery: This means the lockers are delivered including wall mounting (anti-tip) and configuration of the locker tokens.
- Maintenance contract (SLA): A Service Level Agreement is essential for continuity. Annual checks of electronic locks and hinge points prevent failures during service.
- Training: Brief instruction for the station or bureau commander about the management system. You don’t want to be left with questions afterward about how to reset a lock.
For more specific sectors, there are naturally other possibilities. Think for example of school lockers, which are often lighter in execution. Also for companies specifically looking for the lowest prices and an overview of suppliers, information can be found about ordering lockers. Additionally, there are possibilities for visitor lockers for specific occasions. Finally, there are also modern solutions for the hospitality sector, such as hotel wifi lockers.
Financial considerations and TCO
Don’t just look at the purchase value (CAPEX), but at the Total Cost of Ownership (TCO) over a period of 10 to 15 years. Electronic locks are more expensive to purchase, but save enormously on costs for lost keys and physical management. Also circular buy-back guarantees at the end of the life cycle can significantly increase the residual value. Do you choose a robust system from a party like Olssen, or a lighter variant? The quality of the material ultimately determines the long-term costs.
Geef een reactie