XCMG, SANY, and Zoomlion are the three names that dominate any serious conversation about Chinese truck-mounted cranes, and for good reason: together they cover the widest range of boom lengths, lifting capacities, and chassis integrations available from any single source market. But the brand on the boom is only half the decision. In practice, the crane that works on your site is determined by load chart performance at real working radius, the chassis it sits on, how much cargo payload you give up to carry the crane, and whether the dealer network in your country can supply a hydraulic pump or a boom section within a week rather than a month. This article walks through how the major brands actually differ, what the numbers on a spec sheet really mean, and how to structure a selection process that survives contact with the job site.
Why Brand Shortlisting Comes After Application Analysis
Buyers usually approach this backwards. They pick a brand, then a model, then discover the crane cannot reach the far side of a container stack or the chassis cannot legally carry both the crane and the cargo.
A truck-mounted crane is a system, not a product. The crane manufacturer supplies the boom, outriggers, hydraulic system, and control package. The chassis manufacturer supplies the frame, axles, engine, and cab. Someone — usually a body builder or the crane manufacturer’s integration team — has to marry the two without exceeding frame bending moment limits, rear axle capacity, or legal gross vehicle weight.
That integration step is where brand reputation stops being useful and engineering reality starts. A crane rated at 12 tonnes nominal capacity may only lift 2.5 tonnes at 8 meters of radius. If your actual lifts happen at 8 meters, the 12-tonne label is close to meaningless.
The Main Players and What They Actually Cover
Four or five names come up repeatedly in export quotations, and each has a different center of gravity in terms of product range and market presence.
XCMG
XCMG has the deepest history in lifting equipment among the Chinese manufacturers, and its crane line spans small articulated units through to large truck-mounted and rough-terrain machines. For truck-mounted applications, XCMG offers both straight telescopic booms and knuckle booms, typically in the 3-tonne to 25-tonne nominal class for road-going chassis.
What matters for buyers is not the badge but the load chart format and the availability of service literature. XCMG crane documentation is generally well structured, which helps when a local hydraulic technician needs to diagnose a slow boom extension.
SANY
SANY entered the crane market later but scaled quickly, and its truck-mounted crane range is broad. SANY tends to push integration — crane, chassis, and control system developed as a package — which can simplify procurement but also locks you into a particular chassis if you want factory-supported wiring and hydraulics.
For fleet buyers standardizing across multiple units, that integration can reduce commissioning time. For buyers who want to mix a crane onto a chassis they already run, it can add complexity.
Zoomlion
Zoomlion’s crane portfolio overlaps heavily with XCMG and SANY. In truck-mounted configurations, Zoomlion is often competitive in the mid-range capacity classes where buyers need a balance between lifting reach and remaining cargo payload.
Zoomlion’s strength in concrete equipment also means its dealer networks in some markets are already set up for hydraulic service, which is not a trivial advantage when a crane goes down mid-project.
Other Names Worth Knowing
Beyond the big three, there are smaller and regional crane builders as well as chassis manufacturers — Sinotruk/HOWO, SHACMAN, FAW Jiefang, Dongfeng, Foton — who supply the trucks that cranes get mounted on. The chassis brand often matters more than the crane brand for parts availability, because the truck still needs engine filters, brake components, and tires regardless of what is bolted behind the cab.
Buyers exploring the wider equipment landscape can review konfigurasi kendaraan khusus to see how crane trucks sit alongside other purpose-built platforms.
What the Brand Comparison Should Actually Measure
Brand comparisons that stop at “XCMG is bigger” or “SANY is newer” do not help anyone sign a purchase order. A useful comparison table looks like this:
| Faktor Perbandingan | Hal-hal yang Perlu Diperiksa | Mengapa Hal Ini Penting |
|---|---|---|
| Load chart at real radius | Capacity at your typical working radius, not at minimum radius | Determines whether the crane can do the job at all |
| Boom configuration | Number of sections, extension type, knuckle vs telescopic | Affects reach, stowage height, and lifting height |
| Jarak penyebaran outrigger | Full and half-span options, spread width | Controls stability and site footprint |
| Beban mati derek | Weight added to chassis | Reduces remaining cargo payload |
| Chassis compatibility | Frame strength, rear axle rating, wheelbase | Prevents overload and frame fatigue |
| Ketersediaan suku cadang | Local stock of seals, hoses, pumps, control valves | Directly affects uptime |
| Dokumentasi layanan | Bagan beban, skema hidraulik, spesifikasi torsi | Determines whether local technicians can work on it |
| Cakupan garansi | What is covered, where claims are handled | Affects risk exposure in year one |
Notice that price is not in that table. Price matters, but it is meaningless without the other rows filled in first.
Rated Capacity vs. Load Chart: The Single Most Misunderstood Number
A “10-tonne crane” does not lift 10 tonnes in most of its working envelope. The rated capacity is typically achievable only at minimum radius with the boom fully retracted and outriggers fully deployed on level ground.
As radius increases, capacity drops — sometimes sharply. A crane that lifts 10 tonnes at 2.5 meters may lift only 1.8 tonnes at 10 meters. If your daily lifts happen at 10 meters, you are effectively buying a 1.8-tonne crane that happens to have a 10-tonne label.
The load chart is the only document that tells the truth. Before comparing brands, obtain the load chart for each candidate model and plot your actual lift requirements against it.
What You Need Before Reading Any Load Chart
- Maximum load weight you will lift (including rigging and spreader weight)
- Horizontal working radius at which that lift occurs
- Ketinggian angkat yang diperlukan
- Whether lifts happen over the side, rear, or front of the truck
- Ground conditions and outrigger pad requirements
- Whether the truck will be stationary or creeping during lifts
Pembeli yang ingin menilai kapasitas angkat sebaiknya membandingkan tabel beban aktual sebelum memilih sebuah derek yang dipasang di truk, because nominal tonnage alone has caused more bad purchases than any other single factor.
The Payload Trade-Off Nobody Talks About Enough
Every kilogram of crane and outrigger hardware is a kilogram of cargo you cannot carry. This is the central engineering trade-off in truck-mounted crane selection.
Consider an illustrative scenario: a 6×4 chassis with a nominal gross vehicle weight in the 25-tonne class. The bare chassis might weigh 9 to 10 tonnes depending on configuration. Add a crane package with outriggers, subframe, and hydraulic system weighing 3 to 4 tonnes, and you have already consumed a significant portion of the available payload before loading a single pallet.
Now add a cargo body. If the body itself weighs 2 tonnes, the remaining legal payload may be in the 6 to 9 tonne range — and that is before considering front and rear axle distribution limits, which are often the binding constraint rather than total GVW.
This is why a bigger crane is not automatically better. A 16-tonne crane on a chassis that only leaves 4 tonnes of cargo capacity may be less useful than an 8-tonne crane on the same chassis leaving 10 tonnes of cargo capacity, depending on what the truck actually does all day.
Axle Load Distribution Matters More Than Total Weight
Even if total weight is legal, individual axle loads may not be. A crane mounted at the rear shifts weight rearward. A crane mounted behind the cab shifts weight forward. Both configurations can push an axle over its legal limit even when the truck is under gross weight.
Before finalizing a crane position, ask for a weight distribution calculation showing front axle load, rear axle load, and total, in both unladen and laden conditions.
Chassis Selection for Crane Trucks
The chassis is not a neutral platform. It has a frame bending moment limit, a rear axle rating, a wheelbase, and a suspension design — all of which interact with the crane.
Kekuatan Rangka
Crane mounting requires a subframe that distributes load along the chassis rails. A chassis with a lighter frame may need reinforcement, which adds weight and cost. Heavier frames handle crane mounting more directly but add tare weight.
Wheelbase and Stability
Longer wheelbases improve stability during lifting but reduce maneuverability on tight sites. Shorter wheelbases maneuver better but may require wider outrigger spread to achieve the same stability.
Konfigurasi Drive
Most truck-mounted cranes are built on 4×2 or 6×4 chassis. A 6×4 provides better traction and higher rear axle capacity, which matters when the truck operates on unpaved sites. An 8×4 may be used for larger crane packages where the additional axle is needed to stay within legal axle loads.
Buyers comparing chassis options across duty cycles can review konfigurasi truk diesel tugas berat for a broader view of how drive layouts affect payload and traction.
PTO and Hydraulic Drive
The crane’s hydraulic pump is typically driven through a power take-off (PTO) on the transmission. PTO type, gear ratio, and engagement method affect pump output and, therefore, crane speed. A crane that lifts slowly because the PTO is undersized is a productivity problem, not a capacity problem.
Boom Types and When Each Makes Sense
Two main boom types dominate truck-mounted cranes: telescopic and knuckle boom.
| Tipe Boom | Typical Strength | Typical Limitation | Aplikasi Umum |
|---|---|---|---|
| Telescopic | Longer horizontal reach, higher lifting height | Larger stowed length, more overhead clearance needed | Construction, steel erection, container handling |
| Lengan lipat | Compact stowage, flexible articulation, good for tight spaces | Lower maximum reach for equivalent capacity | Utility work, forestry, urban delivery, maintenance |
Neither is universally better. A telescopic boom that cannot stow under an overhead obstacle is useless on that site. A knuckle boom that cannot reach the far side of a loading dock is equally useless there.
The choice should follow the lift geometry, not the other way around.
Outriggers: The Stability System That Gets Ignored
Outriggers transfer lifting moment into the ground. Their spread width, pad size, and extension type determine how much of the crane’s nominal capacity you can actually use.
Key points:
- Full-span vs. half-span: Many cranes have reduced load charts for half-span operation. If your site cannot accommodate full outrigger extension, you are working from the reduced chart.
- Pad size and ground bearing: Soft ground requires larger pads or cribbing. The crane’s capacity assumes adequate ground support — it does not create it.
- Outrigger beam type: Hydraulic extension is faster to deploy; manual extension is lighter and cheaper but slower.
- Front outriggers: Some configurations add front outriggers for lifting over the cab, which changes the load chart significantly.
On tight urban sites, outrigger deployment time can become a productivity issue. A crane that takes 15 minutes to set up on every stop is not suitable for a route with 20 stops per day.
Productivity: What Actually Determines Cost Per Lift
Crane productivity is not measured in tonnes lifted. It is measured in lifts per hour, or cost per lift, across a real working day.
Factors that matter:
- Setup time: Outrigger deployment, boom positioning, load rigging
- Boom speed: Extension, retraction, slewing, and hoist speed
- Operator skill: Experienced operators complete lifts faster and with less risk
- Site access: Can the truck get close enough to the lift point?
- Load weight vs. capacity margin: Lifts near the capacity limit require slower, more careful operation
- Hydraulic system condition: A worn pump or restricted filter slows everything down
Two cranes with identical load charts can have very different real-world productivity if one has faster boom speeds or a better PTO ratio.
Fuel Consumption and Operating Cost
Fuel consumption for a crane truck depends on the chassis duty cycle more than the crane itself. The crane’s hydraulic system draws power from the engine during lifting, but the truck spends most of its time driving.
Variables that affect fuel use:
- Gross vehicle weight (crane weight reduces payload but increases fuel burn per kilometer)
- Route profile — urban stop-start vs. highway
- Idling during crane operation, which can be substantial on a busy site
- Engine calibration and emission configuration
- Tire pressure and rolling resistance
- Perilaku pengemudi
Actual fuel consumption should be estimated from the specific route and duty cycle, not from a generic figure. A crane truck that idles for four hours a day while lifting will consume far more fuel than its highway fuel economy figure suggests.
For buyers comparing long-term operating costs across truck types, fuel reduction practices apply to crane trucks as much as to any other heavy vehicle.
Perencanaan Pemeliharaan dan Keandalan
Crane trucks have two maintenance streams: the chassis and the crane. Both need scheduled attention, and both can cause downtime.
Perawatan Sasis
- Engine oil, filters, coolant, and DEF/AdBlue where applicable
- Oli transmisi dan diferensial
- Pemeriksaan dan penyetelan sistem rem
- Kondisi dan tekanan ban
- Suspension components, especially if the truck operates on rough sites
- PTO engagement mechanism
Pemeliharaan Derek
- Kadar dan kondisi oli hidraulik
- Penggantian filter hidraulik
- Hose inspection for cracks, abrasion, and weeping fittings
- Boom slide pads and wear strips
- Outrigger beam lubrication
- Control valve function and leakage
- Load moment indicator or overload protection system function
- Structural inspection of the crane base and subframe mounting bolts
Specific service intervals should come from the crane and chassis manufacturer manuals for the exact equipment supplied. Do not rely on generic intervals from a different model.
Downtime Costs More Than Parts
A hydraulic hose that costs a few hundred dollars can cost many times that in lost production if the truck sits idle for a week waiting for the part. When evaluating a brand, ask what local stock exists for the most failure-prone items: hoses, seals, filters, pumps, and control valves.
Buyers who need to understand the broader picture of how parts planning affects fleet economics can review spare parts package planning.
Total Biaya Kepemilikan untuk Truk Derek
Purchase price is the smallest part of the story over a five-year horizon. A realistic TCO model includes:
| Kategori Biaya | Apa Saja yang Harus Disertakan |
|---|---|
| Harga pembelian | Chassis, crane, body, options, currency and Incoterm basis |
| Angkutan barang dan asuransi | Shipping method, port charges, marine insurance |
| Impor dan kepatuhan | Duties, taxes, homologation, registration |
| Bahan bakar atau energi | Based on actual duty cycle, not brochure figures |
| Ban | Replacement frequency depends on road conditions and load |
| Pemeliharaan terjadwal | Parts and labor at manufacturer intervals |
| Perbaikan yang tidak terjadwal | Hydraulic failures, structural repairs, electrical faults |
| Waktu henti | Lost revenue or rented replacement capacity |
| Operator cost | Wages, training, certification |
| Nilai sisa | Resale or trade-in after the holding period |
A cheaper crane that fails twice a year and takes three weeks to get parts may cost more over five years than a more expensive crane with local parts support.
Destination-Market Compliance and Import Considerations
There is no such thing as a globally compliant truck. Every destination market has its own requirements, and they change.
Sebelum memesan, pastikan:
- Standar emisi yang wajib dipenuhi untuk pendaftaran
- Persyaratan pengesahan tipe kendaraan atau homologasi
- Setir kiri atau setir kanan
- Batas beban gandar dan batas berat kotor kendaraan
- Overall dimension limits
- Persyaratan penerangan dan penandaan
- Persyaratan sistem pengereman
- Fuel quality available locally
- Ketersediaan DEF/AdBlue jika mesin menggunakan sistem SCR
- Local service capability for both chassis and crane
Regulatory requirements differ by country and are updated periodically. Buyers should verify current requirements with the relevant authority or a qualified import agent before placing an order.
Shipping Methods
Crane trucks are typically shipped by RoRo, breakbulk, or flat rack, depending on size, weight, and port capabilities. Container shipping is usually impractical for a complete crane truck due to height and width. The right method depends on the specific vehicle dimensions, the destination port, and the shipping schedule.
Buyers new to importing heavy equipment can review overseas shipping methods for heavy trucks to understand how transport mode affects total cost and delivery time.
How to Structure a Supplier Evaluation
When comparing suppliers — whether they are crane manufacturers, chassis manufacturers, or export integrators — use a consistent framework.
Evaluation Criteria
- Kesesuaian aplikasi: Does the proposed configuration actually match the lift requirements and duty cycle?
- Load chart verification: Can the supplier provide a load chart that meets your lift requirements at real radius?
- Weight calculation: Can the supplier provide axle load and payload calculations?
- Chassis compatibility: Is the chassis rated for the crane package and the intended cargo?
- Ketersediaan suku cadang: What is stocked locally, and what is the lead time for critical components?
- Service documentation: Are load charts, hydraulic schematics, and maintenance manuals provided?
- Warranty terms: What is covered, for how long, and where are claims handled?
- Dukungan kepatuhan: Can the supplier provide documentation needed for import and registration?
- Delivery terms: Is the quotation clear on Incoterms, shipping method, and lead time?
- Total biaya: Does the quotation allow a realistic TCO comparison, or does it only show purchase price?
Chinese Truck Factory works within this framework by providing configuration support, weight and payload calculations, load chart documentation, and export coordination for crane trucks and other specialized vehicles. Buyers who want to evaluate whether a specific configuration meets their requirements can meminta tinjauan konfigurasi with the technical details of their application.
Common Selection Mistakes
- Buying by nominal tonnage: A 12-tonne crane is not a 12-tonne crane at every radius.
- Ignoring crane deadweight: The crane consumes payload before cargo is loaded.
- Skipping the load chart: The chart is the specification, not the brochure headline.
- Overlooking axle load distribution: Legal total weight does not guarantee legal axle loads.
- Underestimating setup time: Outrigger deployment time matters on multi-stop routes.
- Assuming parts will be available: Verify local stock for critical hydraulic and structural components.
- Comparing FOB prices across suppliers: FOB price is not landed cost, and landed cost is not TCO.
- Assuming global compliance: Every market has its own rules. Verify before ordering.
When Different Configurations Make Sense
The right crane truck depends on what the truck does all day.
| Operating Scenario | Configuration Direction |
|---|---|
| Urban delivery with occasional lifting | Smaller knuckle boom, short wheelbase, maximum cargo payload |
| Construction site with heavy lifts at moderate radius | Mid-size telescopic boom, 6×4 chassis, reinforced subframe |
| Utility maintenance with tight access | Knuckle boom, compact stowage, half-span outrigger capability |
| Steel or container handling with long reach | Larger telescopic boom, longer wheelbase, full-span outriggers |
| Mixed fleet standardizing across sites | Common chassis platform, compatible crane controls, shared parts inventory |
None of these is universally correct. The configuration should follow the duty cycle.
Pertanyaan yang Sering Diajukan
How do I choose the right crane capacity for my application?
Start with the maximum load weight you will lift, the horizontal radius at which that lift occurs, and the required lifting height. Then match those requirements against the crane’s load chart — not its nominal tonnage. If the load chart does not support the lift at real radius, the crane is not suitable regardless of its rated capacity.
Which chassis configuration works best for a truck-mounted crane?
It depends on the crane weight, cargo payload requirement, road conditions, and legal axle limits. A 4×2 chassis suits lighter crane packages and urban work. A 6×4 provides higher rear axle capacity and better traction for heavier cranes or unpaved sites. An 8×4 may be needed when the crane and cargo weight require additional axle capacity. The final choice should be validated with axle load calculations.
Berapa banyak kapasitas muatan yang akan berkurang jika saya memasang derek?
The crane, outriggers, subframe, and hydraulic system add weight that reduces available payload. The exact amount depends on the crane size, mounting position, and chassis. A weight distribution calculation should be requested from the supplier showing unladen and laden axle loads to confirm remaining legal payload.
Apa perbedaan antara crane teleskopik dan crane knuckle boom?
Telescopic booms extend in a straight line and generally offer longer horizontal reach and higher lifting height. Knuckle booms articulate at joints and stow more compactly, which suits tight spaces and lower overhead clearance. The right choice depends on the lift geometry and site conditions, not on which type is generally considered better.
How do I estimate total cost of ownership for a crane truck?
Include purchase price, freight and insurance, import duties and compliance costs, fuel or energy over the expected duty cycle, tires, scheduled maintenance, unscheduled repairs, downtime cost, operator cost, and residual value. Purchase price alone is a poor basis for comparison because maintenance, downtime, and parts availability can vary significantly between configurations.
What should I check before importing a crane truck?
Confirm the emission standard required for registration, homologation or type approval requirements, drive side, axle weight and dimension limits, lighting and braking requirements, fuel quality, DEF availability if applicable, and local service capability. These requirements differ by country and should be verified with the relevant authority or a qualified import agent before ordering.
How are truck-mounted cranes shipped internationally?
Most crane trucks ship by RoRo, breakbulk, or flat rack, depending on vehicle dimensions, weight, and port capabilities. Container shipping is generally not practical for a complete crane truck. The appropriate method depends on the specific vehicle, destination port, and shipping schedule.
Kesimpulan Akhir
XCMG, SANY, and Zoomlion all build capable truck-mounted cranes, and the differences between them matter less than how well the selected configuration matches the job. The variables that determine success are the same regardless of brand: load chart performance at real working radius, crane deadweight versus remaining cargo payload, chassis capacity and axle load distribution, outrigger spread and setup time, parts availability in the destination market, and the total cost of ownership over the expected service life.
The most suitable crane truck is not necessarily the one with the highest nominal capacity or the lowest purchase price. It is the configuration that meets the lift requirements at real radius, stays within legal weight limits, leaves enough cargo payload to be productive, and can be maintained without extended downtime. Buyers who work through those questions before comparing brands tend to end up with equipment that performs as expected — and that is the only comparison that ultimately matters.
