Gain up to 85% more pallet positions and integrate AMRs in your existing building envelope without capital-intensive greenfield construction.
Contact Us
Phased Upgrades While You Ship
Keep picking and dispatch operations running at 100% capacity using zoned micro-phasing schedules.
Contact Us
Reclaim Vertical Airspace
Double your usable fulfillment footprint with multi-tier pick towers and structural mezzanine retrofits.
Contact Us
EN 15512 Structural Compliance
Full reassessment of slab load dynamics, beam profile deflection, and seismic bracing safety standards.
Contact UsIndustrial real estate inflation, zoning constraints, and prolonged building permitting lead logistics directors to focus on their existing facilities. Warehouse Retrofit and Upgrades are the fastest path to expanding storage capacity, improving pick velocity, and integrating automation.
Building a new distribution center demands massive capital expenditure, 18 to 36 months of development lead time, and extensive environmental mitigation. In contrast, an engineered retrofit executed by DEXION RACKING unlocks hidden vertical cubic airspace and optimizes floor geometry inside your active facility at 40% to 65% lower CapEx.
Modern logistics operations face shifting SKU dynamics, faster e-commerce fulfillment cycles, and labour shortages. An outdated selective rack layout designed a decade ago often wastes over 40% of building volume in wide forklift aisles, underutilized vertical clearances, and dead travel paths. By re-engineering the structural steel layout, re-profiling beam levels, converting standard aisles to Very Narrow Aisle (VNA) or dynamic Mobile Racking, and integrating automated guided vehicle paths, DEXION RACKING transforms underperforming sites into modern distribution nodes.
Watch: how DEXION RACKING executes turnkey structural upgrades in live brownfield facilities
Every brownfield facility presents unique slab strengths, column grids, and ceiling clearance limits. We configure proven racking platforms to match your SKU velocity, handling machinery, and automation targets.
+45% Pallet Capacity Transition wide forklift aisles (3.2m–3.8m) down to Very Narrow Aisles (1.6m–1.9m) using wire-guided or rail-guided turret trucks. We reuse or re-profile existing upright frames, add heavy-duty top tie beams, and install floor guide rails to boost capacity without expanding footprint.
+85% Space Utilization Transform static selective bays into motorized mobile racking blocks running on embedded floor tracks. Eliminates redundant operating aisles while preserving 100% random pallet selectivity. Perfect for cold storage, pharmaceuticals, and high land-cost facilities.
2x Usable Floor Area Utilize high vertical clearances above floor-level picking by engineering multi-tier structural steel mezzanines. Integrate industrial shelving, carton live storage, and spiral chutes to separate bulk reserve storage from high-velocity manual picking lines.
Semi-Automation Ready Retrofit deep-lane drive-in racking into automated radio shuttle channels. Electric shuttles run along reinforced racking rails under remote or WMS direction, increasing loading and retrieval cycle speeds while eliminating forklift intrusion damage.
Safety & Compliance Re-engineer frame heights, beam spacing, and upright gauges to handle heavier unit loads or adjust to updated pallet dimensions. We install column protectors, end-of-aisle safety barriers, and updated load capacity plaques certified under EN 15635.
Industry 4.0 Integration Prepare existing brownfield facilities for Autonomous Mobile Robots (AMRs). Our retrofit upgrades include structural precision-leveling of transfer interfaces, automated P&D (pick-and-deposit) stations, optical navigation markings, and perimeter safety fencing.
Procurement methodologies for warehouse equipment are moving from transactional component sourcing toward integrated engineering-led modernization contracts.
1. Scope 3 Carbon and Embodied Material Audits: Enterprise buyers subject to ESG reporting face strict carbon targets. Greenfield concrete-and-steel building envelopes carry substantial embodied carbon. By retrofitting existing upright structures and re-profiling high-strength steel beams, buyers eliminate up to 70% of lifecycle carbon emissions per pallet position stored compared to constructing a new facility.
2. Phased Zero-Downtime Turnkey Contracts: Modern procurement officers prioritize zero-interruption installation guarantees. Global tenders increasingly require detailed micro-phasing strategies, off-peak shift installation plans, and integrated contractor liability protocols that protect ongoing shipping operations during construction.
3. Modular, Automation-Ready Equipment Specifications: Forward-thinking supply chain directors no longer procure static racking in isolation. Every pallet rack, cantilever, or mezzanine structure is specified with standardized modular hole pitches, load capacities, and beam deflection tolerances capable of accepting automated shuttles, AMR pick-stations, or overhead conveyor drops in subsequent fiscal quarters.
4. Standardized Structural Re-Certification: Multi-site 3PLs and multinational manufacturers are establishing global master service agreements (MSAs) that enforce EN 15512 structural recalculation, digital twin asset tagging, and uniform EN 15635 annual inspection regimens across all regional hubs.
Structural assessment: Analyzing steel metallurgy, frame loading, and deflection tolerances
Technological developments and changing consumer expectations are transforming legacy warehouse facilities into high-efficiency automated hubs.
The Rise of Brownfield Automation: High prime industrial rents across Europe, North America, and Asia have led supply chain operators to optimize existing real estate. Warehouses located close to metropolitan areas are converting conventional manual aisles into dense, automated shuttle lanes, mini-load AS/RS cubes, and multi-tier picking facilities.
Integration of AMR Fleets with Legacy Static Steel: Autonomous Mobile Robots are revolutionizing horizontal pallet and tote transport. Racking retrofit projects now frequently feature custom floor-level clearance adaptations, specialized end-frame sensors, and automated transfer tables that allow robot fleets to dock smoothly without manual intervention.
Digital Twins and Sensorized Structural Health Monitoring: Industry 4.0 is entering the racking structure itself. Retrofit projects increasingly incorporate strain gauge sensors, laser impact monitors, and digital twin models that calculate live structural stress variations. This delivers real-time notifications of mechanical impact damage, preventing progressive racking collapse and streamlining mandatory EN 15635 compliance audits.
Seismic Retrofitting in Regulated Geographies: Tightening building regulations require facilities in seismic zones to recalculate pallet rack stability. Retrofitting cross-aisle bracing, heavy-duty floor anchorages, and high-ductility steel footplates brings aging installations up to Eurocode 8 and ANSI MH16.1 compliance without requiring complete rack replacement.
Next-generation brownfield intralogistics: Combining structural stability with high-throughput workflow
DEXION RACKING employs a systematic, engineering-led execution framework designed to mitigate operational risk, verify structural safety, and maintain uninterrupted customer order fulfillment.
Comprehensive structural surveying using 3D laser scanners. We analyze floor slab thickness, joint stability, flatness ratings, column grid spacing, and existing steel frame fatigue.
Finite Element Analysis (FEA) structural modeling in accordance with EN 15512. We calculate beam deflection, upright buckling thresholds, dynamic seismic loads, and sprinkler clearances.
High-tensile structural steel components produced under EN 1090 and ISO 9001 certified manufacturing. Every frame, beam, bracket, and baseplate delivers full steel batch traceability.
Installation performed in cordoned work zones during off-peak hours by certified installation teams, maintaining live warehouse picking and shipping workflows.
Final laser alignment, torque auditing, load signage installation, and engineering safety sign-off accompanied by full documentation and ongoing inspection regimens.
When modifying a live logistics facility, equipment failure or engineering miscalculations can lead to severe operational disruptions, structural collapses, and regulatory penalties. For decades, DEXION RACKING has served leading global enterprises and system integrators with precision-engineered storage solutions.
Our dedicated structural engineering division reassesses every weld, baseplate, and beam connection against certified European safety baselines. Unlike simple equipment distributors, we control the entire lifecycle: initial geotechnical and layout feasibility studies, cold-rolled steel profiling, robotic component fabrication, and on-site supervised installation. By choosing DEXION RACKING, global supply chain operators secure certified capacity gains, reduced operational carbon footprints, and complete regulatory compliance under EN 15512 and EN 15635.
Detailed answers from DEXION RACKING structural engineers addressing the key technical, financial, and operational questions procurement teams face when planning a facility upgrade.