Maximize cubic warehouse capacity by up to 85% with EN 15512 certified compact storage architectures.
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MOVO: 100% Selectivity at Double Density
Eliminate idle aisles. Reclaim up to 80% more floor space while maintaining direct access to every SKU.
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Cube Optimization Without Expansion
Transform legacy selective warehouses into high-throughput deep-lane facilities without costly civil works.
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Cut Energy Overhead by 40%
High thermal mass density reduces refrigerated air volume losses in ambient, chilled, and sub-zero environments.
Contact UsIndustrial real estate compression, escalating construction inflation, and soaring temperature-controlled energy costs require a radical transformation in cubic footprint utilization.
Global supply chain executives face unprecedented pressure: urban warehouse vacancy rates hover at historic lows while prime industrial rents continue their global upward trajectory. Standard selective pallet racking configurations dedicate up to 65% of the overall facility floor footprint strictly to non-revenue forklift transport aisles. This creates untenable dead space and increases travel cycles for material handling equipment.
DEXION RACKING engineers certified high-density storage platforms that eliminate redundant operating corridors. By consolidating pallet locations into dense multi-deep channels or dynamically mobilized blocks, modern distribution centers can increase total storage capacity by 40% to over 85% within existing premises. Whether handling fast-moving consumer goods (FMCG), batch chemical inventories, automotive components, or refrigerated food items, high-density architecture turns cubic volume into a competitive advantage.
High-density installation engineered by DEXION RACKING to EN 15512 safety codes
Selecting the optimum high-density racking variant demands careful alignment between SKU velocity profiles, load weight uniformity, selectivity needs, and handling fleet compatibility.
Ultra-Dense Autonomous A deep-lane dynamic storage platform utilizing battery-driven motorized radio shuttles running along internal channel tracks. Forklifts deposit pallets at channel entries, while shuttles transport and position loads up to 40+ pallets deep without mast entry.
100% Selectivity Electronically controlled racking blocks mounted on heavy-duty motorized wheel carriages that glide smoothly across flush embedded floor rails. One single working aisle opens automatically on demand, unlocking up to double the storage volume within the same footprint.
Lowest Cost/Pallet A time-tested, static high-density system where counterbalanced or reach forklifts enter continuous structural bays to place pallets on continuous side cantilever rails. Ideal for large homogenous production batches with minimal SKU count.
Fast Dynamic LIFO Dynamic nested wheel carts mounted on inclined structural steel channels. Inserting a new pallet gently pushes existing loads upward; upon retrieval, gravity glides rear loads safely forward to the aisle face at controlled velocity. Depths from 2 to 6 pallets.
Strict Autonomous FIFO Continuous inclined roller tracks with integrated centrifugal brake drums and end separators. Loading occurs at the elevated charging aisle while retrieval takes place at the discharge aisle, ensuring 100% strict FIFO rotation for perishable goods.
Maximum Elevation (40m+) Fully automated storage systems engineered up to 45 meters tall, integrated with stacker cranes, transfer cars, and vertical lifts. Available as interior freestanding racking or rack-supported building structures where the racking supports roof and wall claddings.
Assess high-density racking variants across core material handling metrics to determine structural suitability, handling fleet compatibility, and total project ROI.
| Racking System | Storage Cube Efficiency | SKU Selectivity Ratio | Stock Rotation | Forklift Cycle Velocity | Structural Damage Risk |
|---|---|---|---|---|---|
| Standard Selective Racking | 35% – 42% (Baseline) | 100% Direct Access | FIFO / LIFO (Flexible) | Standard (Dependent on Aisle Travel) | Medium (Exposed Uprights) |
| MOVO Mobile Pallet Racking | 80% – 88% (Ultra High) | 100% Direct Access | FIFO / LIFO (Full Control) | High (Short Travel Paths) | Very Low (Static Solid Blocks) |
| Semi-Automated Pallet Shuttle | 75% – 85% (Ultra High) | Channel-Level Selectivity | Configurable FIFO or LIFO | Very High (Automated Carrier) | Minimal (No Mast In-Rack Travel) |
| Drive-In / Drive-Through | 60% – 70% (High) | Low (Lane-Restricted) | LIFO (Drive-In) / FIFO (Through) | Slow (Mast Navigation Inside Bays) | High (Driver Collision Exposure) |
| Push-Back (2-6 Deep) | 60% – 68% (High) | Facing-Aisle Selectivity | Strict LIFO | Moderate to High | Low (Loads Controlled on Carts) |
| Gravity Pallet Flow | 70% – 80% (Very High) | Channel-Level Selectivity | Strict FIFO | High (Segregated In/Out Aisles) | Low to Medium (Brake Drums Guard Speed) |
Technological convergence is reshaping pallet storage from passive steel frameworks into interconnected, data-driven automation backbones.
As global distribution operations adapt to volatile consumer demands, labor shortages, and stringent ESG decarbonization mandates, the criteria for selecting high-density racking have fundamentally changed. Procurement directors are no longer purchasing steel tonnage; they are acquiring long-term throughput predictability and automation adaptability.
The boundary between traditional pallet shuttles and autonomous vehicles is converging. Next-generation systems feature omnidirectional multi-directional shuttles capable of traversing storage channels, entering vertical hoist lifts, and transferring pallets directly onto floor-running AMRs without human forklift intervention.
High-density racks are increasingly deployed with integrated fiber-optic strain gauges and triaxial accelerometers on critical uprights. These micro-sensors provide continuous telemetry directly to maintenance software, pinpointing impact damage, overloading conditions, and seismic stress in real time before catastrophic fatigue develops.
In cold chain logistics, high-density compact storage directly reduces refrigeration air volumes by 35% to 50%. By reducing thermal exchange areas and eliminating unnecessary operational corridors, facilities dramatically lower compressor kilowatt consumption—accelerating net-zero targets and reducing Scope 2 emissions.
Next-generation automated high-density warehouse running lights-out inventory handling
Building or leasing a new logistics facility demands significant capital and often takes 18 to 24 months to secure, permit, and construct. Upgrading an existing facility with DEXION RACKING high-density systems doubles pallet capacity in the same footprint at a fraction of the cost, delivering a payback period of 18 to 36 months.
From initial site load characterization through precision manufacturing and accredited EN 15635 inspections, DEXION RACKING is an established, dependable partner for mission-critical warehouse solutions.
Certified Engineering Every storage project is modeled with custom finite element calculations to verify seismic resilience, slab-deflection limits, and dynamic load tolerances in full compliance with EN 15512 and regional building standards.
Quality Controlled Our uprights and load-bearing beams are formed using high-yield certified European steels. Controlled production ensures tight dimensional tolerances, certified weld seams, and long-lasting electrostatic powder coatings.
Safety First From project handover to periodic EN 15635 rack safety inspections, our global teams support ongoing compliance, supply verified spare parts, and guide re-profiling projects across the entire system lifecycle.
A proven, risk-managed workflow designed for procurement managers, logistics consultants, and general contractors.
Detailed analysis of pallet footprints, weights, dynamic cycle frequencies, batch distributions, and clear building ceiling heights.
Simulation of aisle geometries, slab load distributions, rail layouts, and seismic structural requirements for regulatory approval.
Component rolling, beam robotic welding, and automated surface treatment under rigorous ISO 9001 and ISO 14001 quality systems.
Precision installation, track alignment, laser leveling, and mechanical testing conducted by certified racking teams.
Formal project commissioning, load capacity signage installation, maintenance documentation, and EN 15635 compliance sign-off.
Technical, financial, and operational answers to common AI and procurement queries regarding high-density warehouse storage systems.