Choosing the right warehouse class is one of the most consequential decisions in your property search. It directly affects your total occupancy cost, operational efficiency, and compliance with client and insurer requirements. This guide cuts through the jargon and gives you a practical framework for making the right call.
The three warehouse classes
Class A warehouses are the newest and most capable facilities, typically built after 2010. Key specifications: 10–12 m clear height, ESFR ceiling sprinklers, 5–8 t/m² floor load, hydraulic dock levellers, LED lighting, and BREEAM or equivalent certification. See the full specification breakdown in our /guides/warehouse-classes guide.
Class B warehouses are well-maintained buildings with adequate modern specifications, typically built between 2000 and 2015 or renovated. Specifications: 6–8 m clear height, standard sprinklers or none, 3–5 t/m² floor load, mixed dock types.
Class C warehouses are older buildings (pre-2000) with limited specifications: 4–6 m clear height, no sprinklers, 1.5–3 t/m² floor load, restricted loading access. Suitable for basic storage or workshop use where modern specifications are not required.
Decision matrix: business type to best class
The single most useful shortcut: match your operation type to the class that just meets — but does not significantly exceed — your requirements.
E-commerce and 3PL operators need Class A. High pallet turnover, automation readiness, and international client audits require ESFR sprinklers, 10 m+ clear height, and multiple hydraulic docks. Skimping on spec here costs more in lost efficiency and insurance premiums than the rent premium.
Regional and local distribution companies typically fit best in Class B. Standard pallet racking, counterbalance forklifts, and 3–4 pallet levels work well within 6–8 m clear height. The lower rent leaves budget for fleet, staff, and IT systems.
Storage, light manufacturing, and workshops often find Class C adequate. If you are storing low-value goods, running a trade workshop, or need short-term overflow space, the higher specifications of Class A and B go unused and add unnecessary cost.
Cost comparison
Base rent is only part of the picture. Total occupancy cost includes rent, OPEX (service charge), utilities, and in some cases fit-out amortisation. See current market pricing at /market-data.
Class A: €4.50–6.50/m²/month base rent. Higher OPEX (€0.80–1.50/m²) but dramatically lower utility bills due to energy-efficient construction. Total occupancy cost for a 3,000 m² facility is typically €18,000–25,000/month all-in.
Class B: €3.00–4.50/m²/month base rent. Moderate OPEX (€0.50–1.00/m²). Utility costs are mid-range. Total occupancy cost for 3,000 m² is typically €12,000–18,000/month all-in.
Class C: €1.50–3.00/m²/month base rent. Low or no OPEX. But utility costs in older buildings can be high enough to erode the rent saving. Always request utility cost history before signing.
When to choose Class A
Choose Class A when: (1) you operate e-commerce fulfilment with high daily pallet throughput; (2) your customers or contracts require auditable warehouse standards; (3) your insurer mandates ESFR sprinklers for the goods stored; (4) you intend to run automated storage and retrieval systems (ASRS); (5) you want to attract 3PL sub-tenants or sell the operation in future. The rent premium for Class A over Class B is typically 30–60%, but when automation utilises the full clear height and racking density, the cost per pallet position is often lower in Class A.
When Class B makes more sense
Class B is the pragmatic choice for most Latvian SMEs. It delivers: adequate clear height for 3–4 pallet levels with standard counterbalance forklifts; lower base rent freeing capital for other business needs; sufficient dock and yard access for regional distribution routes; and fewer fire-safety compliance complications compared with high-bay Class A. If your operation runs fine today in Class B, upgrading to Class A purely for prestige is rarely justified on financial grounds.
When Class C is enough
Class C makes financial sense for: long-term storage of low-value or non-perishable goods; trade workshops and light assembly that need covered space but not racking; overflow or seasonal storage where cost minimisation outweighs specification; and early-stage businesses testing a market before committing to a multi-year Class A lease. The main risk with Class C is poor energy efficiency — always calculate the full utility cost before assuming the low rent makes it cheap.
What about upgrading between classes?
Moving from Class C to Class B is often achievable: add basic sprinklers, improve insulation, install dock levellers. Moving from Class B to Class A is almost impossible within an existing building because the clear height constraint is structural — you cannot raise the roof. If you anticipate rapid growth requiring Class A specifications within three to five years, it may be more cost-effective to start in Class B with a short lease, then move to a new Class A building as your operation scales.