What Is the Bucket Capacity of a 10-Tyre Dump Truck in Nigeria? Real Volumes, Tonnages, and Prices

Direct Answer: Bucket Capacity of a 10-Tyre Dump Truck in Nigeria

If you’re standing on a site in Lagos or Kano asking what is the bucket capacity of a 10-tyre dump truck in nigeria, here’s the straight answer from someone who has spec’d and run these trucks: a typical 10-wheeler (10-tyre) 6×4 dump truck in Nigeria carries a bucket volume of about 18 to 22 cubic metres (m³). In imperial terms, that’s roughly 23 to 28 cubic yards. This range covers the most common Sino-trucks—HOWO 371HP/380HP and Shacman 6×4 models—that dominate our construction and haulage corridors.

The geometric bucket volume is not the same as payload; a 20 m³ body will haul about 25–30 tonnes of sand but only 18–22 tonnes of wet laterite depending on density. For a fuller picture of truck types, see our comprehensive dump truck guide.

Why “10-Tyre” Means 10-Wheeler (and Not 12-Wheeler)

On Nigerian roads the phrase “10-tyre” is local parlance for a 10-wheel truck. It refers to the visible wheels: two single front steering tyres and four dual-rear tyres (eight total) across two driven axles. That adds up to ten tyres, hence 10-tyre. Many newcomers confuse this with the 12-tyre tri-axle dump truck, which has three rear axles and twelve tyres overall.

From a chassis code perspective, most 10-tyre dumps are 6×4 configurations: six wheel ends, four driven. The “6” counts the wheel positions, the “4” the powered ones. This matters because payload legislation and bucket size scale with axle count. When a seller in Berger or Ladipo says “10-tyre,” confirm it’s a 6×4 and not a lightweight 4×2 masquerading with extra spares.

I learned this distinction the hard way when a cousin bought a “10-tyre” label but received a 4×2 with a wider body. The volume looked right, but the rear axle cracked under 20 t loads within three months. Always count the actual dual wheels at the back before paying a deposit.

From Cubic Metres to Tonnes: The Density Reality Check

The single biggest gap in most Nigerian truck listings is that they shout “22 m³ bucket” but stay silent on what that bucket weighs when full. Volume is geometry; payload is physics. The material’s bulk density determines whether your 10-tyre truck is legal or dangerously overloaded.

Typical Material Densities on Nigerian Sites

Based on scale tickets from projects in Abuja, Enugu, and Lekki, here are realistic loose densities I’ve recorded:

• Sharp sand (dry): 1.55–1.75 t/m³
• Sharp sand (wet): 1.8–2.0 t/m³
• Gravel 20mm: 1.5–1.7 t/m³
• Laterite (dry, red): 1.4–1.6 t/m³
• Laterite (wet, after rain): 1.9–2.1 t/m³
• Crushed granite (base course): 1.5–1.65 t/m³

Notice the spread. A 20 m³ body could legally carry 31 t of dry laterite (within a 33 t GVW limit) but 42 t of wet laterite—way beyond any 10-wheeler axle rating. That’s the trap.

My Costly Mistake With Laterite in Abuja

When I first tried to maximise output on a 2019 Abuja estate job, I spec’d a 22 m³ HOWO 380 and assumed “22 cubic metres equals about 22 tonnes.” That naive mental model cost me ₦150,000 in fines. We loaded after a downpour; wet laterite ran ~2.0 t/m³, so the truck rolled out at 44 t gross. The Federal Road Safety Corps weigh bridge at Giri flagged it instantly.

The thing nobody tells you about bucket capacity is that the number on the side of the body is a marketing figure, not a licence to fill it with any material. Axle load limits, not volume, are the real governor. After that incident I started carrying a simple density chart in every cab.

Load Capacity in Tons and Kilograms for 10-Wheel Dump Trucks

Let’s answer the tonnage side directly. The load capacity of a 10 wheel dump truck in Nigeria typically falls between 16 tonnes and 30 tonnes payload, depending on chassis reinforcement and suspension. Most popular 6×4 HOWO and Shacman models are rated for 25–28 t payload, with a gross vehicle weight (GVW) of 42–50 t.

If you need the load capacity of a 10 wheel truck in kg, convert those figures: that’s 16,000 kg to 30,000 kg of usable payload. Lighter “municipal” 10-tyre bodies might be plated at 16,000–18,000 kg, while heavy mining-spec 6×4 units push 30,000 kg. Our breakdown in dumper truck weight capacity shows how axle ratings translate to kilograms and why the rear tandem takes roughly 70% of the load.

What Is the Load Capacity of a 10 Wheel Truck in KG?

To be precise for procurement files: a standard 2022–2024 HOWO 380 6×4 dump truck in Nigeria carries a manufacturer plate of 25,000 kg payload (sometimes 27,000 kg with reinforced springs). Shacman X3000 6×4 often plates at 28,000–30,000 kg. Subtract the tare weight (about 12,500 kg for a steel-body 10-tyre) and you get the usable kilogram figure above.

How Many Cubic Yards Does a 10 Wheel Dump Truck Hold?

Most 10-wheel dump trucks sold in Nigeria have a struck capacity of 18–22 m³. Converted at 1 m³ = 1.30795 yd³, that’s 23.5 to 28.8 cubic yards. Some older or smaller 6×4 bodies are 16 m³ (21 yd³), but the sweet spot for new imports is 20 m³ (26 yd³). If a dealer quotes “30 cubic yards” for a 10-tyre truck, they are likely describing a 12-tyre tri-axle or using a heaped SAE 2:1 rating with exaggerated heap.

Price Reality: How Much Is a 10 Tyre Truck in Nigeria?

This is the question every foreman types into Google after the volume question. From my own procurement logs and current Lagos port clearing rates (Q1 2024), here is the market:

• Brand-new HOWO 380HP 6×4 20 m³ dump truck: ₦68 million – ₦85 million (depending on cabin trim and tyre brand)
• Brand-new Shacman X3000 6×4 21 m³: ₦82 million – ₦98 million
• Used 2017–2019 HOWO 371HP with 18–20 m³ body: ₦28 million – ₦42 million
• Used 2015–2016 Shacman F2000: ₦25 million – ₦35 million

New vs Used Market Spreads

When I bought a 2019 HOWO 371HP 6×4 (20 m³ body) in Lagos during 2022, I paid ₦38 million plus ₦1.2 million for a fresh set of Chengshan tyres. The same truck today (2024) lists at ₦45–50 million because of forex pressure on spare parts and import duties. The used market is thin on verified mileage, so budget 8–12% of purchase price for immediate suspension overhaul.

Hidden Costs Beyond Sticker Price

The price tag is not the landing cost. For a 10-tyre dump truck in Nigeria you must add: port clearing (₦1.5–₦3 million for roll-on units), state road worthiness (₦150k–₦300k), and initial tyre rotation. Insurance for a ₦70 million new unit runs ₦700k–₦1.1 million annually. Ignore these and your “cheap” truck becomes a cash sink.

Brand-Specific Bucket Volumes: HOWO, Shacman, and Others

Not all 10-tyre buckets are created equal. The Chinese OEMs that flood Nigerian ports tune body dimensions to local demands. Here’s what I’ve measured with a tape on actual units.

HOWO 371HP/380HP 6×4 Configurations

The workhorse HOWO 371HP (older) and 380HP (newer) typically ship with an interior body length of 5.6–6.0 m, width 2.3 m, side height 1.4–1.5 m. That maths to 18–20 m³ struck. Dealers often fit a higher tailgate to reach 22 m³ heaped. In my experience the 20 m³ steel body is the most balanced for 25 t payload without overloading axles on laterite.

Shacman F2000/X3000 Observations

Shacman 6×4 units lean slightly larger: 19–21 m³ struck, with optional 23 m³ heaped. The X3000 cabin is heavier, so tare weight rises to ~13 t, trimming usable payload by 500 kg versus HOWO. For granite hauling in Cross River, I’ve run Shacman 21 m³ bodies at 28 t payload successfully because granite density stays below 1.65 t/m³.

Smaller 10-tyre FAW or Sinotruk variants with 10–12 m³ bodies exist for municipal work, as we noted in our FAW 10CBM review, but they are not the norm on construction sites and should not be confused with the standard 18–22 m³ haulage trucks.

The Fill-Factor Trap and Other Things Nobody Tells You

Most people don’t realize that “bucket capacity” in sales brochures usually means heaped volume using a 2:1 angle of repose, not the flat (struck) level. A body stamped “22 m³” may only hold 18.5 m³ if you scrape it level. On cohesive materials like wet clay, the heap collapses, reducing real volume by 10–15%.

Another unspoken edge case: Nigerian fabricators often weld extra side extensions (“coffins”) onto standard bodies. That boosts volume to 25 m³ but pushes centre of gravity up, increasing rollover risk on Benin–Ore curves. I’ve seen two such trucks flip because the operator forgot the extension raised the load by 30 cm.

Trade-off honesty: a bigger bucket does not mean more profit if density is high. You will hit axle limits before volume. A smaller 18 m³ body on sand may earn more trips legally than a 22 m³ body that gets weighed and fined at every bridge.

A Practical Pre-Purchase Checklist for Nigerian Buyers

Use this field checklist before wiring funds to a dealer. It has saved me from three bad buys:

• Count rear dual wheels: must be four pairs (8 tyres) for true 10-tyre 6×4.
• Measure internal body: length × width × side height in metres; multiply for struck m³.
• Request the manufacturer’s payload plate photo; verify it reads 25,000 kg or above for heavy use.
• Check leaf spring count: 10-tyre HOWO should have 10+10 rear springs, not light 8+6.
• Ask for a scale ticket from the last load; compare claimed volume to actual tonnes.
• Inspect welding at body hinge—Nigerian fabricated bodies crack there first.

If any item fails, walk away. The bucket capacity claim is worthless without matching mechanical rating.

Converting Bucket Volume to Payload: A Working Matrix

Here is the unique framework I give my drivers. Pick your bucket size across the top, your material density down the side, and read the resulting tonnes. This is the fastest way to answer “what will this 10-tyre actually carry?”

Cross-reference the table with the FRSC axle limit (rear tandem max ~28–30 t for 10-tyre). You’ll see wet laterite in a 22 m³ body is illegal everywhere in Nigeria. That’s the actionable insight most articles miss.

Final Takeaways for Fleet Operators

If you remember nothing else from this guide, remember three numbers: 18–22 m³ is the real bucket capacity of a 10-tyre dump truck in Nigeria; 25–30 t is the payload ceiling in kilograms; and 23–28 yd³ is the imperial equivalent. Volume is easy to print on a brochure, but density decides your fine or your profit.

When I spec fleets now, I match bucket size to the dominant material. Sand contractors get 20 m³; laterite contractors get 18 m³ with thicker springs. That simple alignment has cut my overload fines to zero in 18 months. Use the matrix, do the maths, and never trust a “10-tyre” label until you’ve counted the wheels yourself.