The Cubing It is a fundamental process in transportation of goodsespecially in Special transports such as heavy machinery and large containers. It consists of calculating and making the most of the available space, guaranteeing efficiency and safety in loading without exceeding the established weight or volume limits.
Next, we will explain the calculation of the cubic capacity of different containers and special cargoes, as well as the importance of this concept for logistics efficiency.
How to Calculate Cubage in Transport of Machinery and Containers
Cubage is calculated by measuring the total volume occupied by cargo within a container or transport space. The result is the cubic volume, the optimization of which allows maximizing the efficiency of the space that the merchandise will occupy, without compromising safety or exceeding legal limits.
Basic Formula to Calculate Cubicage:
Length × Width × Height = Total Volume (in m³ or cubic meter)
Cubicing for Special Transport in 20 Foot Containers
- Ability: 33.2 m³
- Dimensions:
- Length: 5.90 m
- Width: 2.35 m
- Height: 2.39 m
- Maximum weight: 26,000 kg
- Empty weight: 2,300 kg
The 20-foot container is ideal for transporting compact machinery and standard cargo that does not require large volumes of space, always considering the kg cubic capacity for efficient distribution.
Capacity and Cubicing in 40 Foot Containers for Machinery
- Ability: 67 m³
- Dimensions:
- Length: 12.03 m
- Width: 2.35 m
- Height: 2.39 m
- Maximum weight: 28,500kg
- Empty weight: 3,780 kg
The 40-foot container is perfect for transporting larger volume heavy machinery, offering a balance between load capacity and weight.
Cubication in 40 HC Containers for Special Transports
- Ability: 76 m³
- Dimensions:
- Length: 12.03 m
- Width: 2.35 m
- Height: 2.39 m
- Maximum weight: 30,500kg
- Empty weight: 4,020 kg
The 40-foot High Cube (HC) 40 feet is an ideal option for bulky loads or machinery that requires greater headroom.
Cubication in 45 HC Containers for Customized Transport
- Ability: 86 m³
- Dimensions:
- Length: 13.56 m
- Width: 2.35 m
- Height: 2.39 m
- Maximum weight: 32,500 kg
- Empty weight: 4,800 kg
The 45-foot HC container It is ideal for personalized transport with large volume loads or large machinery, guaranteeing efficient use of space.
Machinery Transport: Safe and Efficient
Transporting heavy machinery requires detailed planning to ensure safety and regulatory compliance.. Knowing the types of containers suitable for each load is key in this process. Furthermore, a correct calculation of the cubic capacity allows the load to be optimized, reducing operating costs and improving the general efficiency of the service.
Calculation of Box Capacity in the Transport of Machinery
To calculate the cubic capacity of a box, the basic formula is used:
Length × Width × Height
Example: If you have a 50 cm × 40 cm × 30 cm box:
50×40×30=60,000 cm350 \times 40 \times 30 = 60,000\ cm³50×40×30=60,000 cm3
This calculation is key to ensuring that the merchandise properly fits the available space in the truck or container.
This calculation is key to guarantee that the merchandise, with its height cm evaluating its corresponding centimeters (cm), properly fits the available space in the truck or container.
Transportation Services for Events and Special Projects
At Transvolando, we offer specialized logistics specialized for special events and projects that require professional and safe handling of merchandise.
Transport of Machinery for Events: Keys to Logistics Success
The success of an event depends largely on impeccable logistics. Our team specializes in:
- Planificacion detallada de rutas y tiempos.
- Safe transportation of equipment and structures.
- Full coordination with the event organizers.
News in Special Transport and Machinery Logistics
At Transvolando, we continue to innovate to offer an even safer and more efficient machinery transport service:
- Implementacion de tecnologia GPS: Real-time tracking.
- Cubic capacity optimization: To maximize loading capacity.
- Continuous training: Drivers specialized in transporting heavy machinery.
Optimize your Transportation with Transvolando
Trust Transvolando for your machinery transport projects and events. We apply a professional and safe approach, ensuring that your cargo reaches its destination in perfect condition.
Request your quote in less than 3 minutes.
Llamanos al 674 346 912 or click here to get your quote.
Frequently Asked Questions about Cubage in Transport
What is cubage and why is it important in calculating transport price?
Cubage = calculation of cargo volumetric weight. Formula: vol weight = LxWxH cm /4,000 (EU road). Carrier charges GREATER of actual or volumetric weight. Example: 100x80x100 cm box = 200 kg vol. If actual weight is 50 kg, charges 200 kg. For voluminous cargo (foam, furniture, hollow packaging), volume dominates cost. Optimise cubage = save 20-35% transport cost.
How do I correctly calculate cubage for my B2B cargo?
Standard procedure: 1) Measure L × W × H in cm (including packaging and pallet). 2) Apply formula vol weight = (L × W × H) / 4,000. 3) Compare with actual weight. 4) Charge the GREATER. For full pallet: typically 1,000 kg charged if dimensions 120x80x180 cm = 432 kg vol → charge 1,000 kg actual. For voluminous cargo: 50 kg actual with 200x100x180 cm = 900 kg vol → charge 900 kg. Excel sheets automate this calculation.
What cubage ratios apply by transport mode (road, air, sea)?
Standard ratios 2026: 1) EU road: divisor 4,000 (1 m³ = 333 kg vol). 2) IATA air: divisor 6,000 (1 m³ = 167 kg vol). 3) Sea: divisor 1,000 (1 m³ = 1,000 kg vol). 4) Express courier: divisor 5,000 (1 m³ = 200 kg vol). The divisor reflects what is scarce in each mode: in air volume weighs more, in sea weight weighs more. Optimise mode by your cargo ratio.
How do I optimise cubage to reduce transport cost?
Five techniques: 1) Compact packaging without voids (can save 20% space). 2) Foldable or disassemblable products where possible. 3) Optimal pallet stacking (no pyramid — use full height). 4) Mega-trailer 3m height vs standard 2.7m (+14% capacity at no extra cost). 5) Double-deck for stackable cargo. Combining these techniques, 20-35% cost reduction on voluminous cargo. ROI on packaging team training: 6-12 months.
What consequences does declaring incorrect cubage have for the carrier?
Five consequences of erroneous declaration: 1) Recapacity at the origin hub (with an administrative surcharge of €30-50). 2) Surprise invoice with correct fact weight (not initial budget). 3) Delivery delay if assigned vehicle is insufficient. 4) Damage to the relationship with the agency (classified as “unprofessional” client). 5) Possible contractual breach if reserved vs actual volume differs. To avoid: Weigh and measure pre-budget. With digital TMS, automated calculation we eliminate errors.
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