Precision-rolled structural and teardrop profiles engineered per ANSI MH16.1, certified by RMI R-Mark, and tested for rigorous Caribbean warehouse throughput.
Structural Cantilever
Designed for unobstructed front column storage of lumber, extrusions, steel piping, and bulky materials for Port-au-Prince building depots.
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Heavy Profile Steel
Modular arm configurations with high load factors, offering specialized arm tapers to prevent material deflection under variable loads.
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Adjustable Selective
Corrosion-resistant thermoset epoxy powder coating specifically calibrated for high-salinity Caribbean coastal air in the Port-au-Prince bay.
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Material Handling
Flexible vertical pitch adjustment designed for diverse raw materials, manufacturing inventory, and textile fabric rolls in SONAPI assembly parks.
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Standard Verified
Reinforced column base connection with bolted gusset plates to resist seismic moment rotational forces common to Hispaniola fault zones.
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Pallet Systems
High-rigidity roll-formed columns engineered for heavy unit-load staging in dry cargo warehouses along Route Nationale 1 and Airport Road.
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Custom ODM/OEM
Custom beam step lengths accommodating GMA pallets, Euro pallets, and non-standard industrial containers with integrated safety drop locks.
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Dynamic Gravity Flow
Heavy-duty galvanized roller tracks with internal centrifugal speed governors for first-in first-out date-sensitive pharmaceutical and food imports.
View Engineering SpecsA rigorous benchmark evaluating manufacturing certifications (RMI R-Mark, ISO 9001), structural steel ductility, maritime logistics lead times, and on-site engineering capabilities across Haiti and the greater Caribbean basin.
Ridg-U-Rak represents the gold standard for heavy structural and roll-formed high-density racking. Backed by more than 80 years of engineering heritage and certified across R-Mark Manufacturer, System, and Installation criteria, Ridg-U-Rak manufactures systems with American-made structural steel that withstand high seismic accelerations. Their engineering division customizes heavy pallet runners compatible with international four-way and two-way radio shuttles, making them the premier choice for Port-au-Prince operators requiring zero structural failure risks.
CMHS operates as a full-service intralogistics integrator specializing in Hispaniola industrial corridors. With direct project management links connecting Santo Domingo and Port-au-Prince, they provide turn-key radio shuttle implementations including automated cart commissioning, floor slab levelness laser scanning (DIN 18202 standards), and bilingual (French/Creole/English) maintenance support. Their shuttle systems feature modular LiFePO4 battery swappable bays configured for unstable electrical grid environments.
Mecalux provides end-to-end automated Pallet Shuttle solutions integrated with their proprietary Easy WMS software suite. For Port-au-Prince distribution operations handling fast-moving consumer goods (FMCG) and pharmaceutical relief items, Mecalux provides high-throughput automated shuttles that communicate via tablet Wi-Fi controllers. Their heavy steel manufacturing standards follow European FEM and American RMI guidelines, offering reliable galvanized shuttle rails suited for coastal warehouse air.
SSI Schaefer excels in ultra-high-density cubic storage systems and automated channel storage. For high-volume food processing plants, beverage bottlers, and cold storage facilities around the Boulevard Toussaint Louverture corridor, SSI Schaefer delivers automated shuttle carts designed to operate reliably in harsh deep-freeze environments down to -30°C. Their robust structural channel beams and precision cold-formed uprights provide optimal stiffness against cyclic lateral dynamic loads.
Specializing in hot-rolled structural steel C-channels and teardrop roll-formed profiles, Interlake Mecalux serves heavy Caribbean industrial sites requiring resistance to forklift impact and ground movement. Their radio shuttle racking configurations feature reinforced guide rails, flared entry funnels with impact-damping polyurethane stops, and extra-thick base plates with chemical resin anchoring for challenging concrete foundations in Port-au-Prince.
AR Racking brings certified European high-tensile steel roll-forming technology to the Antilles. Engineered with fully galvanized uprights as a standard feature, AR Racking shuttle systems are built to withstand high relative humidity and salt air mist from the Gulf of Gonâve. Their shuttle carts incorporate ultrasonic distance sensors and mechanical limiters, guaranteeing centimeter-accurate pallet placement inside channels up to 40 meters deep.
HIRS is an engineering and staging contractor based directly in the Port-au-Prince metropolitan region, providing local structural anchoring, maintenance overhauls, and layout optimization for industrial parks in SONAPI and Route Nationale 2. They partner with premier international racking fabricators to deliver custom-fabricated mezzanine crossovers, rack-supported buildings, and shuttle shuttle battery charging safe-rooms equipped with backup solar-diesel power arrays.
BITO delivers German-engineered heavy shuttle channels recognized for exceptional deflection resistance under dynamic loads. Their PRODRIVE shuttle carts feature high-torque brushless drive motors and continuous wheel tracking that prevents rail wear and debris build-up. BITO shuttle racking systems are especially suited for Port-au-Prince food distribution centers that combine deep-lane shuttle storage with lower-level carton live-picking tunnels.
Renowned for all-structural steel construction, Frazier provides ultra-durable radio shuttle systems fabricated solely from hot-rolled American structural channels (minimum 50,000 PSI yield). These systems eliminate open column cavities that harbor dust, wash water, or pests. In earthquake-prone Port-au-Prince, Frazier structural systems offer substantial energy dissipation and catastrophic collapse prevention during severe tremors along the Enriquillo-Plantain Garden Fault.
NEDCON engineers advanced high-density pallet shuttle systems with multi-directional movement capabilities. Ideal for large logistics hubs and third-party logistics (3PL) providers located along the Port-au-Prince container corridor, their frameworks can be configured for extreme heights (exceeding 20 meters) and support automated mother-daughter shuttle configurations, enabling fully automated pallet handling from dock induction to deep storage.
Warehouse infrastructure within Port-au-Prince faces a uniquely complex matrix of structural, geotechnical, and operational constraints. Situated squarely across the plate boundary zone of the Enriquillo-Plantain Garden Fault Zone (EPGFZ), any storage installation exceeding 6 meters clear height must satisfy stringent ductility, drift limit, and base shear calculations mandated by international building codes (IBC / ASCE 7-22) and ANSI MH16.1 specifications.
Simultaneously, industrial land around the capital—from the Parc Industriel Métropolitain (SONAPI) and the Boulevard Toussaint Louverture Airport Corridor to the dry freight terminals buffering the Autorité Portuaire Nationale (APN) Port-au-Prince—commands exceptionally high lease premiums and security expenditures. Traditional selective racking consumes over 60% of floor space strictly for forklift turning aisles. Radio shuttle racking alters this paradigm by compressing aisles down to a single loading and unloading face, achieving up to 85% cubic storage density.
Structural calculation models must account for short-period spectral response acceleration (Ss > 1.5g). High-density shuttle systems require oversized baseplates, heavy duty horizontal K-bracing, and base-isolation systems to prevent frame harmonic resonance.
Located along the Gulf of Gonâve, Port-au-Prince warehouses suffer accelerated oxidation from salt aerosol and tropical relative humidity (frequently 75–90%). Shuttle guide rails must utilize continuous hot-dip galvanizing (HDG) or electrostatic epoxy coatings.
Because municipal power (EDH) can be erratic, warehouse shuttle carts must be paired with quick-swap Lithium Iron Phosphate (LiFePO4) battery packs and smart charging stations backed by solar photovoltaic/diesel hybrid microgrids.
Furthermore, local supply chain distribution requires both FIFO (First-In, First-Out) and LIFO (Last-In, First-Out) flexibility. In date-critical pharmaceuticals, medical relief supplies, and imported perishable foodstuffs (poultry, rice, dairy), multi-lane FIFO shuttle layouts allow operators to introduce pallets at the charging aisle and retrieve them automatically at the opposite dispatch aisle without forklift operator entry into the rack structure, drastically slashing accidental upright collisions.
Comparing high-density pallet storage configurations under Caribbean operating conditions and structural engineering demands.
| Racking Architecture | Cubic Space Efficiency | Throughput Velocity | Seismic Force Absorption | Forklift Impact Risk | Port-au-Prince Best Application |
|---|---|---|---|---|---|
| Radio Shuttle Pallet Racking | Extreme (80-85%) | High (40+ Pallets/hr) | Superior (Integrated Tie-Beams) | Minimal (Truck Stays in Aisle) | High-value distribution, cold storage, fast-moving relief logistics |
| Drive-In Pallet Racking | High (70-75%) | Low (15-20 Pallets/hr) | Critical (Lack of Cross Bracing) | Extreme (Truck Enters Deep Bay) | Homogeneous slow-turn bulk items, single-SKU seasonal stores |
| Push-Back Cart Racking | Moderate (65-70%) | Medium (25 Pallets/hr) | Moderate (Nested Carriage Limits) | Low-Medium (Face Impact Only) | Medium SKU variety, 2 to 5 pallets deep per lane |
| Pallet Gravity Flow (FIFO) | High (75-80%) | High (Continuous Flow) | Moderate (Heavy Dynamic Weight) | Minimal (Separated Loading Faces) | Strict date expiration stock, high-volume beverage distribution |
| Standard Selective Racking | Low (40-45%) | 100% Immediate Selectivity | High (Standard X-Bracing) | High (High Forklift Traffic in Aisles) | High SKU counts with low pallet volume per SKU |
Industrial racking is life-safety equipment. Our systems adhere to independent structural certifications that safeguard personnel, merchandise, and facility investments.
We are proud to uphold verified R-Mark standards across Manufacturer, System, and Installation. This independent credential guarantees cold-formed and structural steel shapes conform precisely to ANSI MH16.1 design parameters.
All load-bearing upright assemblies and beam end-connectors are fabricated by certified welders working under Canadian Welding Bureau (CWB) CSA W47.1 and AWS D1.1 fusion welding guidelines, eliminating brittle connection failures.
For high-risk impact zones and harsh maritime moisture, our heavy hot-rolled structural steel columns provide unmatched torsional strength, thick web profiles, and extreme resistance to forklift impact forces.
Developed to protect high-value inventory in severe seismic regions, our patented base isolation allows rack structures to decouple from ground accelerations, dissipating ground energy before dynamic shear transfers into the rack uprights.
Standard steel column protectors deform on impact. Our Rubber Armored Metal (RAMGuard) combines an impact-absorbing elastomeric core encased in high-tensile steel, deflecting outrigger impacts and protecting column structural geometry.
Complete project container bundling, corrosion-inhibiting VCI shrink wrapping, and professional container packing configurations allow direct ocean freight delivery to Port International de Port-au-Prince with zero handling damage.
Direct answers to technical, logistical, and environmental questions encountered by logistics directors and plant engineers in Haiti.
Port-au-Prince sits atop the Enriquillo-Plantain Garden Fault zone, categorizing it under Seismic Design Category D or E per the International Building Code (IBC). Pallet racking cannot be ordered as standard catalog items. Our structural engineering team calculates dynamic site-specific response spectrum curves, applying dynamic horizontal seismic coefficients. We integrate heavy-gauge baseplates (minimum 16mm to 25mm thickness), chemical capsule anchoring into reinforced 25-30 MPa concrete slabs, and supplementary horizontal spine bracing to suppress sway mode oscillations.
Standard off-the-shelf automated carts fail in tropical coastal climates due to sensor clouding and printed circuit board (PCB) oxidation. The shuttle units we supply feature IP65-rated sealed internal electronic enclosures, conformal coated motherboard electronics, optical sensor air-purge blowers, and stainless-steel guide wheel bearings that prevent seizing caused by dust accumulation and maritime humidity around the Gulf of Gonâve.
Radio shuttle systems require stricter floor levelness than standard selective racking because minor slab inclination alters shuttle travel trajectory and docking sensors. We specify floor levelness tolerances according to ACI 117 (minimum FF 45 / FL 35) or DIN 18202 standards. If your Port-au-Prince facility has existing slab irregularities, our engineering team utilizes high-strength leveling shims and structural non-shrink epoxy grout beds beneath column baseplates to achieve millimeter alignment.
Racking materials are pre-bundled in 40-foot high-cube sea containers or 45-foot flat-racks for long structural profiles. All structural steel components are strapped with wood dunnage and desiccant bags to prevent transit corrosion. We supply comprehensive commercial invoices, packing lists with mill test certificates (MTCs), Bill of Lading documentation, and customs classification codes (HS Code 7308.90) to streamline clearance with Haitian customs (Direction Générale des Douanes) and terminal handlers.
Our radio shuttles utilize industrial-grade Lithium Iron Phosphate (LiFePO4) power packs operating at 24V or 48V. Unlike traditional lead-acid batteries, LiFePO4 cells support opportunity rapid charging (charging during lunch or shift breaks) with an 80% recharge achieved in approximately 2.5 hours. Systems come equipped with a dual-battery rotation policy (one pack operating in the shuttle cart while a secondary pack remains in the wall-mounted charging station), ensuring unbroken 24/7 warehouse operation even through extended EDH power cut-offs.
Following approval of detailed AutoCAD layout drawings and seismic calculation stamps, factory fabrication requires 4 to 8 weeks depending on whether structural C-channel or roll-formed teardrop profiles are selected. Ocean container transit from U.S. East Coast ports (e.g., Philadelphia, Baltimore, or Miami) to APN Port-au-Prince typically requires 7 to 14 days at sea, enabling turnkey site delivery within 8 to 12 weeks from contract award.
Yes. If existing upright frames exhibit sufficient gauge thickness, intact structural geometry, and verified seismic baseplate capacity, we can retro-fit specialized radio shuttle runner beams and dynamic guidance tracks onto existing uprights. However, due to the high horizontal forces exerted during shuttle acceleration and braking, our structural engineers must first perform a site survey and load rating calculation before installing retrofitted shuttle rails.