Quick Answer: The 40′ High Cube Reefer (Equipment Code: 40RHC) provides an expanded internal usable planning envelope of 1,160.0 cm L × 229.0 cm W × 243.0 cm H (38′ 0.7″ L × 7′ 6.1″ W × 7′ 11.7″ H) with an internal cargo capacity of 64.4 to 67.3 m³ (2,274 to 2,377 cu ft) and a certified cargo payload of 29,580 kg (65,213 lbs). Offering an extra 30 cm (1 foot) of vertical clearance over standard 40RF units, the 40RHC allows 21 to 22 Euro pallets to be loaded with higher carton tiers without breaching the critical red airflow ceiling line.
Key Technical Specifications (Dual Metric & Imperial)
The 40′ High Cube Reefer container is engineered to rigorous ISO standards for specialized cargo logistics. The following technical parameters represent the validated engineering profile for 40RHC in CBM3:
| Specification Parameter | Metric (ISO Standard) | Imperial (US Standard) |
|---|---|---|
| Equipment Code & ISO Type | 40RHC (40ft High Cube Reefer Container) | ISO 1496-2 Standard |
| Internal Usable Length | 1,160.0 cm | 38 ft 0.7 in |
| Internal Usable Width | 229.0 cm | 7 ft 6.1 in |
| Internal Usable Height (to airflow line) | 243.0 cm (Total interior: 255.0 cm) | 7 ft 11.7 in (High Cube) |
| Rear Door Clearance (W × H) | 229.0 × 256.0 cm | 90.2 × 100.8 in |
| Usable Internal Volume | 64.4 m³ (CBM) (up to 67.3 m³ nominal) | 2,274 cu ft |
| Maximum Gross Mass (MGM) | 34,000 kg | 74,957 lbs |
| Tare Weight (with cooling machinery) | 4,420 kg | 9,744 lbs |
| Maximum Net Cargo Payload | 29,580 kg | 65,213 lbs |
| Euro Pallets (1200×800 mm / EUR 1) | 21–22 pallets on floor (42–44 double-stacked) | |
| Standard GMA Pallets (48×40 in / 1219×1016 mm) | 18–20 pallets on floor (36–40 double-stacked) | |
| Temperature Operating Range | -30°C to +30°C (-22°F to +86°F) precision micro-processor control | |
Cold Chain Logistics, Pallet Loading & Airflow Dynamics
Loading refrigerated cargo requires strict adherence to aerodynamic and thermal principles that differ fundamentally from dry freight. In a standard dry container, packing cargo tight against all six walls maximizes space utilization. In a refrigerated container (40RHC), doing so obstructs cold air circulation, causing thermal breakdown and cargo spoilage.
Reefer containers operate on a bottom-air delivery system: the refrigeration evaporator forces chilled air downward into the longitudinal aluminum T-bar floor. This chilled air travels under the cargo and rises vertically through ventilation holes in boxes or gaps between pallets, absorbing metabolic heat from perishables before flowing across the ceiling back to the cooling return bulkhead. Shippers must observe two essential rules:
1. Do Not Block the T-Floor: The floor area must be covered completely. If cargo does not fill the entire floor, the open floor space must be covered with cardboard or filler boards (false floor) to prevent short-circuiting, where cold air escapes through empty spaces rather than flowing up through cargo.
2. Respect the Red Airflow Ceiling Line: Every reefer features a red line marked on the interior side walls roughly 12 to 15 cm below the ceiling. Stacking cargo above this line blocks the return air path, creating hot pockets and catastrophic temperature deviations.
Interactive 3D Cargo Load Simulation
Verify your precise carton configuration, pallet patterns, airflow clearances, and gross axle weights before shipping. Use our free 40 high cube reefer loading calculator to generate interactive 3D container stuffing diagrams and maximize usable volume.
Thermal Insulation & Refrigeration Machinery Architecture
The 40RHC container is built with high-density polyurethane sandwich panel insulation encased between stainless steel or aluminum interior lining and exterior Corten steel or treated aluminum sheeting. The refrigeration machinery unit (Carrier Transicold, Thermo King, Daikin, or Star Cool) is permanently recessed into the front wall bulkhead. Because the refrigeration compressor, condenser, evaporator fans, and micro-processor controllers occupy approximately 45 cm (18 inches) of internal nose length, the usable interior length of a reefer is shorter than that of an equivalent dry container (e.g., 544 cm for 20RF vs 589 cm for 20DC; 1,156 cm for 40RF vs 1,203 cm for 40DC). CBM3’s 3D load planning engine models this machinery bulkhead accurately, ensuring your digital packing plan matches the physical reality.
Weight Distribution, Axle Limits & Transport Safety
Because the refrigeration machinery adds significant weight to the nose of the container (reefer tare weights range from 3,080 kg to 4,800 kg), longitudinal weight distribution requires careful management. Concentrating dense cargo toward the front can cause steering or drive axle overloads on drayage trucks, while placing excessive weight at the rear causes dangerous sway. High-density cargo should be balanced over the container’s center of gravity. Furthermore, heavy-duty lashing rings embedded in the bottom side rails (rated at 1,000 kg each) must be used with polyester ratchet straps and friction mats to prevent cargo movement during high-seas pitch and roll.
How to Plan a 40′ High Cube Reefer (40RHC) Load in CBM3 (Step-by-Step UI Guide)
Planning your 40′ High Cube Reefer shipment is fast, intuitive, and 100% free with no registration required on CBM3. Follow these simple steps in the interactive calculator interface:- Select Equipment Profile: In the “Load Space & Units” control card, click the Load Space dropdown (or type in the instant search box) and select 40RHC — 40′ High Cube Reefer under the Sea Containers group. CBM3 instantly locks the precise usable dimensions, door clearances, and payload thresholds.
- Choose Your Measurement Units: Toggle seamlessly between Metric (cm / kg) and Imperial (inches / lbs) to match your commercial invoice and packing list.
- Input Cargo Dimensions & Quantities: Add individual package items or choose standard pallet presets (EUR 1, EUR 2, GMA/US Pallet). Enter length, width, height, unit weight, and total pieces.
- Configure Stacking & Orientation Rules: Set rotation allowances (e.g. “Keep Upright” for crated equipment or liquid bottles) and maximum allowable stacking layers or load limits. For reefer loads, ensure your cargo height does not exceed the red ceiling airflow line.
- Run 3D Stuffing Simulation: Click “Calculate” to instantly generate the interactive 3D cargo arrangement. Rotate 360°, inspect layer-by-layer packing sequence, view center of gravity, and check axle load distribution.
- Export Packing Manifest & Visuals: Download professional PDF or Excel loading reports containing full packing manifests and 3D visual diagrams to share directly with warehouse loaders and freight forwarders.
6 Costly 40′ High Cube Reefer Load Planning Mistakes to Avoid
- Breaching the Red Airflow Ceiling Line: Stacking cartons to the roof blocks return air circulation, suffocating cargo and leading to catastrophic spoilage claims.
- Loading Warm, Non-Pre-Cooled Cargo: Reefer containers are designed to hold temperature, not cool down warm product. Stuffing warm cargo causes evaporator icing and thermal failure.
- Leaving Open Floor Channels Without Dunnage: Uncovered floor sections cause cold air bypass, starving cargo of refrigerated airflow. Cover exposed T-floor with cardboard.
- Assuming Dry Container Internal Dimensions: Reefer wall insulation and front machinery reduce length by ~45 cm and width by ~10 cm compared to standard dry containers.
- Ignoring Tare Weight in Highway Limits: The integrated refrigeration unit increases tare weight to 3,080–4,800 kg. Dense cargo reaches gross road weight limits much faster.
- Improper Box Ventilation Alignment: When shipping fresh produce, carton vent holes must align vertically with pallet apertures and floor T-bars for heat dissipation.
Related Equipment Loading Guides & 3D Planners
Compare specifications, pallet stacking efficiency, and dimensional constraints with related logistics equipment:
- 20′ Standard Reefer (20RF) Loading Guide & Calculator — 27.7 m³ volume, 9-10 Euro pallets, cold chain perishable logistics
- 40′ Standard Reefer (40RF) Loading Guide & Calculator — 59.5 m³ volume, 20-21 Euro pallets, global ocean reefer shipping
- 40′ High Cube Reefer (40RHC) Loading Guide & Calculator — 64.4 m³ volume, extra 30 cm vertical clearance, high-volume chilled cargo
- 20′ Open Top (20OT) Loading Guide & Calculator — 32.9 m³ volume, 5.48m crane roof opening, heavy machinery & marble
- 40′ Open Top (40OT) Loading Guide & Calculator — 66.4 m³ volume, 11.57m crane roof opening, long industrial components
- All Loading Space Guides & Equipment Directory — Full catalog of dry, reefer, open top, flat rack, trailer & intermodal specs
Frequently Asked Questions (FAQ)
What is the difference between a 40RF and a 40RHC reefer container?
A 40' High Cube Reefer (40RHC) is 30 cm (1 foot) taller than a standard 40RF container, offering an internal height of 243-255 cm versus 225 cm, increasing usable volume by approximately 5 to 7.5 m³ for high-volume chilled or frozen freight.
What are the internal dimensions of a 40RHC container?
The internal dimensions are 1,160 cm (38 ft 0.7 in) length, 229 cm (7 ft 6.1 in) width, and 243 cm to 255 cm (7 ft 11.7 in to 8 ft 4.5 in) height, providing an internal capacity of 64.4 to 67.3 m³ (2,274 to 2,377 cu ft).
What is the maximum payload weight for a 40' High Cube Reefer?
The certified maximum net cargo payload is 29,580 kg (65,213 lbs) with a maximum gross mass of 34,000 kg (74,957 lbs) and a tare weight of approximately 4,420 kg.
How many pallets fit in a 40' High Cube Reefer?
A 40RHC container fits 21 to 22 Euro pallets (1200×800 mm) or 18 to 20 GMA pallets (48×40 in) on the floor. With the extra vertical clearance, lightweight cartons on pallets can be stacked higher while maintaining the required ceiling airflow clearance.