JINAN TRUCKMAN AUTOMOBILE CO.,LTD

 

Liberia is a country rich in mineral resources in West Africa, Iron ore is the primary mineral exported, along with other high-value minerals such as gold, diamonds, and limestone. Many are located in remote inland areas, the transportation of mineral resources also faces multiple challenges including complicated road conditions, limited bearing capacity of bridges, and muddy road sections during rainy seasons.

In view of these characteristics, we will provide customers with professional, efficient and safe mining transportation solutions through transportation route analysis and vehicle model selection.

 

 

 

 

Overview of Mineral Resources in Liberia

 

Mineral Type	Reserves	Major Mining Areas	Other
Iron Ore	About 5 billion tons	Nimba, Bong, Gbapolu	Uses: Steel production, export trade
Gold Mine	About 10 million ounces	Bong, Grand Bassa	Mining Methods: Open-pit and underground mining
Diamond	Reserves: Not fully explored	Bong, Lofa	Features: Large grains, suitable for jewelry processing
Limestone	Rich		Application: Cement production

 

According to feedback from our local clients in Liberia, he had just signed a contract with the mine owner, he said almost all the vehicles sold to Liberia are used for transporting iron ore, Liberia's iron ore has an average grade of 58%-60%, which is high-grade hematite that can be directly fed into furnaces.

 

Distribution of Iron Ore Mining Sites in Liberia:

 

Mining Base	Owner/Operator	Reserve Volume	Grade	Designed Annual Production Capacity	Main Destination Ports For Transportation
Yekepa / Tokadeh	ArcelorMittal	1.25 billion tons	61.5	15 million tons (2026 Goals)	Buchanan
Bong Mine	IPeM (Chinese-Liberian joint venture)	6.8 billion tons	59.2	5 million tons
Putu Range	Pending restart	23.6 billion tons	61.3
Bomi Mine	Cooperation Project of China Baowu	5.4 billion tons	64.2	8 million tons (to be put into operation in 2027)	Buchanan

 

Liberia's actual iron ore export volume stood at about 22 million tons in 2025, and it is projected to exceed 40 million tons by 2027. Behind this surge lies enormous pressure on the mining area itself, as well as on the port distribution and transportation systems, currently, transportation efficiency in Liberia’s mining areas is only 62% of the designed efficiency (World Bank 2025 Logistics Performance Index Supplement), the main reasons are improper vehicle configuration, high failure rates and unreasonable route planning.

 

 

 

In-Depth Analysis Of Mining Area Transportation Routes: The Three-Stage "Golden Route" From Mining Site To Port

 

Take the Yekepa mining area to Buchanan Port route as an example (about 270 kilometers in total length, the actual commercial transportation route):

 

Section 1 : Short-distance haulage within the mining area (0–15 kilometers)

 

The road surface consists of a subbase made of crushed stone and slag, with an average gradient of 4.5% and a maximum gradient of 12%. During the rainy season, standing water can reach a depth of 30 centimeters.

 

Recommended Transportation Modes:

Dump Trucks: Suitable for short-distance and high-tonnage transportation in mining areas.

Combination of Front Loaders and Conveyors: Improve loading efficiency at loading points.

 

 

Section 2 : From the Mining Area Distribution Station to the Railroad Loading Point (15–45 kilometers)

 

This section of road is a widened gravel road with extremely high dust levels, so the air filter replacement interval has been shortened to 80 hours per replacement.

Dump trucks are the primary mode of transportation.

 

 

Section 3 : From Railway Yards to Ports (45–270 kilometers)

 

Railway capacity is severely insufficient, forcing large quantities of ore to be transported directly by truck. the current average operating speed of the highway is only 35 km/h (the designed speed is 60 km/h), which is caused by vehicle aging and improper matching.

We recommend using a 430–460 horsepower tractor truck paired with a 3 axles dump semi-trailer, which can increase the single-trip payload from 30 metric tons to 55 metric tons while reducing fuel consumption by 15%–20%.

 

 

 

 

Vehicle Model Comparison Analysis

 

Model	Engine Horsepower	Load Capacity	Hill-climbing Ability	Fuel Efficiency	Applicable Scenarios
6x4 Dump Truck	400HP	40 tons	Middle	High	Frequent short-distance transport and loading/unloading within mining areas
8x4 Dump Truck	400HP	50 tons	High	Middle	Short-Distance Transportation in Mining Areas
6x4 Tractor Truck	400HP	60 tons (semi trailer)	High	Middle	Long-distance transport from mining areas to ports—the top choice for bulk iron ore

 

 

 

Accurate Recommendation of Mining Area Application Scenarios

 

Take the route from Yekepa Mining Area to Buchanan Port as an example

 

Stope Pit  Primary Crushing Station

 

For transport distances of 0–15 km and high-density daily trip requirements, we recommend the HOWO 6×4 dump truck, with a payload capacity of 30–40 metric tons per vehicle.

Reasons: The 6X4 dump truck features flexible steering, suited for frequent U-turns at mining sites. its 400 hp is sufficient; and its short body makes it ideal for narrow work sites.

 

 

Primary Crushing Station  Ore Stockpile/Railway Loading Point

 

The transportation distance is 45–50 KM, with a medium daily vehicle trip requirement. we recommend the HOWO 8×4 dump truck, which has a payload capacity of 40–50 metric tons per truck.

Reasons: Larger load capacity reduces round trips; the 8×4 configuration delivers superior traction on muddy roads during rainy seasons.

 

 

Ore Stockpile/Railway Loading Point  Port Buchanan (Direct highway access)

 

The transportation distance ranges from 200 to 270 kilometers. For long-distance and large-volume transportation, we recommend using a HOWO tractor truck with a 3 axles dump semi trailer, which can carry 60–80 tons per trip.

Reasons: It has the lowest cost per ton-kilometer, delivers fast driving speed on the ways, and supports drop-and-hook operations.

 

 

 

 

Detailed Model Specifications Comparison Table (TRUCKMAN Main Recommended Configurations)

 

The table below summarizes the complete specifications of the recommended models for the three operating conditions mentioned above:

 

Item	HOWO 6×4 Dump Truck	HOWO 8×4 Dump Truck	HOWO 6×4 Tractor Truck	3 Axles Dump Semi Trailer
Drive	6×4	8×4	6×4	3 axles
Engine	WP12.400E201	WP12.400E201	WP12.400E201	--
Horsepower	400HP	400HP	400HP	--
Transmission	10+2	10+2	HW19710(10+2)	--
Tires	13R22.5(10+1)	13R22.5(10+1)	MCX16ZG 2x16T	--
Driver's Cab	Single Berth + Air Conditioning	Single Berth + Air Conditioning	HW76 (Single Berth)	--
Fuel Tank	300L	300L	300L	--
Cargo Box Dimensions	5600×2300×1500	7300×2300×1500	--	10780×2520×3720
Cargo Box Steel Sheets	Base Thickness 10mm / Side Thickness 8mm	Base Thickness 10mm / Side Thickness 8mm	--	U-shaped high-strength plate
Lifting System	HYVA	HYVA	--	HYVA
Recommended Load Capacity	30-40 tons	40-50 tons	60-80 tons (semi trailer)	60-80 tons

 

The above model recommendations are for reference only, and we can recommend trucks with other horsepower based on customers' actual conditions.

 

 

 

Contact Us

 

The transportation environment in Liberian mining areas is complex, TRUCKMAN has extensive experience in transportation within African mining areas and offers specialized vehicle solutions, we provide comprehensive, optimized transportation services ranging from mineral analysis, vehicle selection, and route planning to operational management, whether it's bulk iron ore, short-distance limestone, or the transportation of high-value gold ore and diamonds, TRUCKMAN can deliver efficient, safe and low-cost transportation solutions.

Contact us to get your exclusive mineral transportation solution for Liberia, making ore transportation more efficient, safe and cost-effective.

 

 

 

Frequently Asked Questions (FAQ)

 

1. What targeted features do TRUCKMAN mining vehicles offer for harsh conditions?

TRUCKMAN vehicles are engineered for Liberia's rugged terrain, rainy-season mud, and high dust levels:

• 400HP engines + 6×4/8×4 drive for strong climbing and wet-road traction;
• Heavy-duty axles (front 9.5T / rear 16T) and reinforced suspension for rough surfaces;
• Enhanced ground clearance to handle 30 cm standing water;
• Air filter replacement every 80 hours to combat extreme dust and extend engine life.

 

2. How do I choose the right TRUCKMAN model by distance and payload?

Follow this selection guide:

• Short-haul (0–15 km), frequent loading: 6×4 dump truck (30–40 tons) – agile and ideal for tight mining sites;
• Medium-distance (15–50 km), rainy conditions: 8×4 dump truck (40–50 tons) – superior mud traction;
• Long-haul (200+ km), bulk transport: 6×4 tractor + 3-axle dump semi-trailer (60–80 tons) – lowest ton-km cost and supports drop-and-hook operations.

 

3. How does TRUCKMAN perform on fuel efficiency and maintenance costs vs. competitors?

Real Liberia operational data shows:

• Tractor + semi-trailer cuts fuel use by 15–20% and raises payload from 30 to 55–80 tons;
• Weichai WP12 engine + HW transmission – widely available in Africa for fast parts access;
• 10 mm floor / 8 mm sidewall steel exceeds wear-resistance standards, reducing replacements;
• Optional HYVA lifting system – low failure rates and longer service intervals, minimizing downtime.

 

4. Why choose the tractor + semi-trailer for long-haul ore transport?

This combination offers:

• Payload increase from 30 to 55–80 tons per trip;
• 15–20% fuel savings;
• Lowest ton-km cost;
• Higher road speed and drop-and-hook capability for better turnover.