100-TON PROJECT CARGO CONFIGURATION

100 Ton 5 Axle Flatbed Semi Trailer

This 100 ton 5 axle flatbed semi trailer is a project-specific open-deck configuration for heavy machinery, fabricated steel structures and dense industrial cargo with defined support points.

The five-axle group creates a longer load-reaction zone beneath the platform. For a 100-ton transport task, the cargo footprint, centre of gravity, deck structure, kingpin reaction, axle-group loads and tractor combination must be calculated together.

100-ton rating basis: The stated capacity must be supported by the approved load calculation, engineering drawing, component schedule and quotation. Final operating limits also depend on the tractor, gross combination mass, axle regulations and destination route.

100 Ton Project payload target Confirm GVW and route limits
5 Axles Extended axle-group layout Confirm reactions, spacing and tyre ratings
Load Map Cargo-specific deck support Confirm footprint and centre of gravity
✓ Cargo support points matched to the proposed deck structure ✓ Final capacity and component ratings stated in approved documents
100-TON LOAD MATCHING

Is This 100 Ton 5-Axle Flatbed Right for the Cargo?

A 100-ton transport project requires more than a long deck and five axles. The cargo support pattern, centre of gravity, point loads, kingpin reaction and axle-group loads must be calculated from the actual cargo drawing.

The tractor combination, turning envelope and permitted route must then be checked before the platform layout and running gear are approved.

PRODUCT IMAGE IMAGE_PLACEHOLDER_01
Five-axle flatbed semi trailer reviewed for a 100 ton project cargo configuration
100-TON LOAD REVIEW Start with the cargo footprint—not the axle count.
01 Support Footprint

Map every cargo contact point and concentrated load zone.

02 Centre of Gravity

Position the load relative to the kingpin and five-axle group.

03 Route Envelope

Check axle limits, turning space, loaded height and road clearance.

01
PROJECT CARGO INPUT

Define the Cargo Support Pattern

Provide the cargo dimensions, transport weight, centre of gravity and every point that contacts the deck. Machinery feet, skids, frames and other concentrated supports must be identified separately.

This information determines the required support zones and preliminary cargo position.

02
PLATFORM LOAD PATH

Check Main-Beam and Crossmember Reactions

The support footprint must be compared with the main beams, crossmembers and any locally reinforced deck areas. A 100-ton total cargo weight does not describe how that weight enters the trailer structure.

Distributed loads and concentrated loads require different structural calculations.

03
FIVE-AXLE MANOEUVRABILITY

Review the Turning Envelope Before Production

A five-axle group creates a longer running-gear footprint. Axle spacing, suspension behaviour, tyre scrub and the space required for tight turns should be reviewed against loading yards, site entrances and the planned route.

Do not assume that every five-axle layout has the same manoeuvring characteristics.

04
TRACTOR AND ROUTE

Match the Complete Transport Combination

Confirm the tractor model, fifth-wheel height, kingpin load, tractor axle limits and gross combination mass. The proposed route must also be checked for axle restrictions, bridges, turning width, loaded height and permit requirements.

The trailer, tractor and route should be approved as one transport system.

100-TON CONFIGURATION REVIEW Send the Load Drawing Before the Trailer Layout Is Frozen

Send the cargo drawing, transport weight, centre of gravity, support locations, loading method, tractor data and destination route. CHENLU will use these inputs to review the platform load path, kingpin reaction, five-axle distribution and required running-gear configuration.

100-TON ENGINEERING INPUTS

What Defines the Final 100 Ton Five-Axle Flatbed Specification?

The reference drawing establishes the trailer envelope and five-axle arrangement. For a 100-ton project, the final structure must then be developed from the cargo weight, centre of gravity, support footprint, tractor data and operating route.

These inputs determine the deck structure, kingpin reaction, axle-group loads, running gear, braking package and cargo-securing arrangement.

REFERENCE LAYOUT 13 m Platform Basis for Engineering Review

The supplied drawing identifies a 13,000 mm overall-length reference, a 2,500 mm maximum external width, five axle positions and a 12R22.5 tyre notation.

These values define the reference envelope. They do not by themselves confirm a 100-ton payload, final component ratings or permission to operate on a specific route.

OVERALL LENGTH 13,000 mm Drawing reference
MAXIMUM WIDTH 2,500 mm External-width reference
RUNNING GEAR 5 Axles Final ratings by component schedule
TYRE REFERENCE 12R22.5 Confirm quantity, load index and supplier
LOAD-CALCULATION INPUTS

What Information Is Required for the 100-Ton Load Review?

A five-axle layout must be configured from the actual load path—not from the target payload alone. Submit the following information so the deck, tractor reaction, axle group and route limits can be reviewed as one transport system.

01 CARGO MASS

Operating Weight and Centre of Gravity

Provide the cargo operating weight, overall dimensions, centre of gravity and required transport orientation. Identify removable components and any difference between shipping and operating weight.

REVIEW OUTPUT Cargo envelope and preliminary deck position
02 SUPPORT FOOTPRINT

Contact Points and Concentrated Loads

Mark every skid, foot, wheel, cradle or frame section that transfers weight to the deck. Include the size, position and reaction at each contact point where available.

REVIEW OUTPUT Support-zone map and local reinforcement review
03 LOADING INTERFACE

Loading Method and Required Clearance

Confirm whether the cargo will be handled by crane, forklift, ramp or another approved method. Define side access, overhead clearance, deck-edge access and the required loading sequence.

REVIEW OUTPUT Loading access and handling-clearance plan
04 TRACTOR REACTION

Kingpin Load and Coupling Geometry

Provide the tractor model, fifth-wheel height, tractor axle limits and relevant chassis dimensions. These inputs are needed to calculate kingpin reaction, coupling attitude and cab clearance.

REVIEW OUTPUT Tractor compatibility and front-load calculation
05 AXLE-GROUP REVIEW

Five-Axle Reactions and Turning Envelope

Calculate the load transferred across the complete five-axle group. Review axle spacing, suspension response, tyre ratings, rear overhang, turning space and tyre scrub for the intended operating area.

REVIEW OUTPUT Axle-reaction and manoeuvrability review
06 ROUTE AND MARKET

Road Limits and Required Equipment

Confirm the destination country, port, operating route, road conditions, bridge or axle restrictions and required electrical, braking, lighting and marking specifications.

REVIEW OUTPUT Quote-ready technical and component schedule
ENGINEERING RELEASE WORKFLOW

How the Five-Axle Flatbed Moves from Load Data to Production

Production should begin only after the cargo inputs, load calculation, engineering drawing and component schedule describe the same configuration. The factory-process image documents the general manufacturing sequence; final capacity and market requirements must be confirmed in the approved project documents.

01

Confirm the Design Basis Approve the cargo weight, centre of gravity, support footprint, tractor and operating route.

02

Complete the Load Review Calculate the deck reactions, kingpin load, axle-group distribution and required structural support.

03

Release Production Documents Issue the approved frame, deck and running-gear drawings together with the material and component schedules.

04

Assemble and Inspect Check the principal dimensions, running gear, brakes, electrical equipment, cargo-securing provisions and required documentation.

PRODUCTION WORKFLOW IMAGE_PLACEHOLDER_01
Semi-trailer frame fabrication and assembly process at Chenlu factory
PRODUCTION WORKFLOW Drawing Release to Final Inspection
Representative factory-process image showing semi-trailer fabrication and assembly. The delivered 100-ton five-axle configuration must follow its approved drawing, load calculation, component schedule and final inspection record.
DRAWING-BASED TECHNICAL DATA

5 Axle Flatbed Trailer Specifications

The supplied drawing defines the main dimensions and running-gear layout of this 13 m flatbed semi trailer. Payload, component ratings and market equipment are selected separately for the cargo, tractor and destination route.

OVERALL LENGTH 13,000 mm Drawing reference
MAXIMUM WIDTH 2,500 mm External-width reference
AXLE LAYOUT 5 Axles Mechanical suspension shown
TYRE NOTATION 12R22.5 Rating selected by quotation
REFERENCE CONFIGURATION

Parameters Shown on the Supplied Drawing

These values identify this five-axle open-deck configuration. They should not be combined with specifications from another flatbed trailer model.

Drawing-based specifications for the 13 metre five-axle flatbed trailer
Parameter Drawing Reference
Product configuration 13 m open-deck five-axle flatbed semi-trailer
Overall length 13,000 mm
Maximum external width 2,500 mm
Platform width reference 2,490 mm
Axle arrangement Five axle positions
Suspension layout Mechanical leaf-spring suspension shown
Tyre reference 12R22.5
Platform structure Full-width open deck with longitudinal main beams and transverse support members
Support equipment Landing gear and under-deck toolbox shown in the side view
Cargo-restraint provisions Repeated side fittings shown; type and rated capacity are defined in the quotation
ORDER-SPECIFIC PARAMETERS

Specifications Selected for the Cargo and Route

The following values cannot be determined from the general arrangement drawing alone. They should appear clearly in the project quotation and final specification.

01
LOAD AND STRUCTURE

Payload and Frame Specification

Cargo weight, centre of gravity and support points determine the required main-beam structure, cross-member layout and local deck reinforcement.

Defined from the cargo drawing and structural calculation
02
RUNNING GEAR

Axles, Suspension, Wheels and Tyres

The quotation should identify the axle model and rating, mechanical suspension specification, wheel specification, tyre load index and final quantities.

Matched to load distribution and destination conditions
03
TRACTOR CONNECTION

Kingpin, Braking and Electrical Interface

Fifth-wheel height, kingpin specification, air connections, brake configuration, electrical socket and lighting package are selected for the tractor and destination market.

Defined from tractor data and market requirements
04
DECK EQUIPMENT

Loading and Cargo-Securement Equipment

Tie-down points, stake pockets, removable posts, blocking provisions or special fixtures are selected for the cargo. Container locks should only be listed when included.

Defined from the loading and restraint plan
RATING BASIS Five axles do not define the payload by themselves.

The quoted carrying rating must consider cargo position, frame capacity, kingpin reaction, axle and suspension ratings, tyres, brakes and route limits as one complete transport combination.

PLACE THE LOAD BEFORE LOCKING THE FRAME

Watch detailed video of a five-axle flatbed semi-trailer

This video demonstrates the full range of details of a Wuzhou semi-trailer once it's been manufactured.

KEY PRINCIPLE Do not use the visual center of the cargo as the load center.

Counterweights, accessories, liquids, removable sections and uneven support locations can move the actual center of gravity away from the geometric center.

Five-axle flatbed semi-trailer video. Final load positions and reactions should come from the approved calculation and project drawing.
01
DEFINE THE LOAD

Mark the Cargo Center of Gravity

Use the cargo drawing or a verified calculation. Include any transported accessories, counterweights, fluids or removable sections that change the actual load center.

02
MAP THE CONTACT

Plot Every Support Point

Mark the location and contact area of skids, feet, frames, tires or cradles so concentrated reactions on the deck and crossmembers can be reviewed.

03
POSITION THE CARGO

Select a Proposed Deck Position

Place the cargo inside the usable platform while preserving coupling clearance, rear-overhang limits, edge clearance and access to the required restraint points.

06
VERIFY THE REAL COMBINATION

Confirm the Loaded Condition

After coupling and loading, use the approved weighing and inspection procedure to confirm the actual distribution. Reposition the cargo if the measured result does not match the planned condition.

LOAD DISTRIBUTION CHECK

One Cargo Position Creates Several Different Limits

01 Deck Reaction Concentrated load at each support point
02 Kingpin Reaction Vertical load transferred to the tractor
03 Axle-Group Reaction Load carried by the complete five-axle group
04 Side-to-Side Balance Individual tire, spring and axle-side condition
CONFIGURATION OVERVIEW This section is not a loading manual.

The approved trailer documents, cargo instructions, weighing or inspection procedure, local regulations and site controls govern the actual loading and transport operation.

5-AXLE FLATBED DRAWING

13 m 5 Axle Flatbed Trailer Drawing and Key Dimensions

Use this general arrangement drawing to review the platform dimensions, coupling area, five-axle layout and available cargo space. Payload, component ratings and cargo-restraint equipment are specified for the actual cargo and destination route.

GENERAL ARRANGEMENT DRAWING IMAGE_PLACEHOLDER_01
13 metre five axle flatbed semi trailer drawing with overall dimensions
DRAWING REFERENCE 13 m Five-Axle Flatbed Layout
General arrangement reference showing a 13,000 mm overall length, 2,500 mm maximum external width, five axle positions and a 12R22.5 tyre notation.
CARGO AND TRACTOR MATCHING

What Should Be Matched to the Flatbed Drawing?

The drawing provides the trailer envelope. Cargo position, tractor connection, loading method and route conditions are added when the order configuration is prepared.

01
Cargo Dimensions

Compare cargo length, width and height with the available platform and loaded transport envelope.

02
Cargo Weight and C.G.

Provide the transport weight and centre of gravity used to determine the planned deck position.

03
Support Footprint

Mark every skid, foot, wheel or frame that transfers cargo weight into the flatbed platform.

04
Tractor Interface

Match the kingpin position, fifth-wheel height and front clearance to the intended tractor.

05
Loading Method

State whether the cargo will be placed by crane, forklift, dock or another approved loading system.

06
Cargo Restraint

Identify the required tie-down locations, loading directions, blocking points and special fixtures.

07
Under-Deck Clearance

Review the landing gear, toolbox, suspension and equipment installed beneath the platform.

08
Destination Route

Check road width, turning space, height restrictions, axle limits and delivery-site access.

TRAILER COMPONENTS

Optional Parts And Accessories

Semi-trailer axle support plate

Semi-Trailer Axle Support Plate

American-style trailer axle

American-Style Axle

Trailer suspension parts

Trailer Suspension Parts

Trailer suspension support leg

Trailer Suspension Support Leg

WABCO trailer brake valve

WABCO Brake Valve

FUHUA TUWA trailer axle assembly

FUHUA (TUWA) Trailer Axle

German-style semi-trailer suspension assembly

German-Style Trailer Suspension

BPW trailer axle assembly

BPW Trailer Axle

Why Trust Chenlu?

Factory-direct semi-trailer manufacturing

Factory-Direct Manufacturing

CHENLU presents its own semi-trailer manufacturing base with modern workshops, CNC cutting, automatic welding lines and painting facilities. This supports direct communication between the buyer, engineering team and production team.

OEM and ODM trailer configuration review

OEM/ODM Configuration Review

The published customization scope includes axle number and load configuration, suspension type, ride height, frame reinforcement, deck requirements, branding, colour and logo. The final scope should be confirmed against the cargo, tractor and destination route.

Process-based quality control in a trailer factory

Process-Based Quality Control

The factory workflow covers material preparation, main-beam welding, frame assembly, surface treatment, painting, final assembly, inspection and testing. Quality checks should be recorded against the actual project configuration before delivery.

B2B export and project support

B2B Export and Project Support

CHENLU works with fleet owners, contractors, distributors and project buyers across logistics, construction, mining and heavy-equipment transport applications. The quotation should confirm the tractor interface, route, axle-load requirements and local permits.

CUSTOMER VISITS

Meet Chenlu and Review the Manufacturing Process

Customer visits support direct communication between buyers, engineering teams and the manufacturing department before the final configuration is confirmed.

DELIVERY AND CUSTOMER FEEDBACK

Follow the Project from Delivery to Customer Feedback

Use approved delivery photos, project records and customer comments to present the completed communication and delivery process.

BUYER QUESTIONS

FAQ

Answers to common questions about the five-axle flatbed semi trailer, cargo fit, securing equipment and quotation requirements.

What is a 5-axle flatbed semi trailer? +

It is an open-deck semi-trailer with five axles. The five-axle layout, platform size, suspension and securing equipment should be selected around the cargo, tractor and destination route.

What cargo can a five-axle flatbed trailer carry? +

The configuration may suit steel products, pipes, timber, construction materials, machinery, containers or other heavy cargo.

Confirm the cargo dimensions, weight, load centre and securing method before the trailer is selected.

Why use five axles instead of fewer? +

Five axles provide a defined basis for reviewing load distribution and axle spacing for a specific cargo.

The correct choice still depends on the tractor, route, local axle limits and approved payload calculation.

Can the flatbed trailer carry containers? +

It can be configured for container transport only when the approved design includes compatible twist locks and the required lock positions.

Confirm the container size and lock arrangement before ordering.

What payload can the five-axle trailer carry? +

There is no universal payload figure for every five-axle flatbed semi trailer.

The rated payload must be confirmed from the approved drawing, quotation, axle specification, tractor interface and destination route.

What information is needed for a quotation? +

Send the cargo type, operating weight, overall length, width, height, load centre if available, loading method, securing method, tractor details, destination country and intended route.

Can the five-axle flatbed trailer be customized? +

The platform dimensions, axle layout, suspension, deck surface, twist locks, ramps, side posts, tie-down points, braking and electrical interface may be configurable.

The available scope must be confirmed against the factory quotation.

Product parameters, payload suitability and route compliance must be confirmed in the approved quotation and engineering drawing.

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