Compact wheel loaders
Compact hydrostatic, articulated, electric and two-speed loader directions can be compared by access, tyres, attachment connection and working envelope.
Enquire about this range ↗Machinery & Material Handling Motors & Electric Drives
Source compact loaders, excavators, telehandlers, forklifts, cleaning and mobile robots alongside servo motors, appliance motors, drive wheels and controllers. Match specifications, interfaces, inspection and export requirements.
Manufacturing, product documents and order conditions depend on the model and supply route selected for your project.
Start with a product reference, intended use and estimated quantity. We bring product selection, sample questions and quotation details into one conversation.
Email your reference image ↗Choose a focused product or discuss a coordinated assortment. Each direction can be developed into a more specific model and packaging brief.
Compact hydrostatic, articulated, electric and two-speed loader directions can be compared by access, tyres, attachment connection and working envelope.
Enquire about this range ↗Confined-site loading and tool changes require the actual track width, transport envelope, auxiliary hydraulics and rated operating capacity.
Enquire about this range ↗Telescopic-boom loaders and telehandlers address different reach and handling tasks. Match attachment, boom position, load centre and the approved chart.
Enquire about this range ↗Boom side swing, retractable tracks and different digging envelopes suit narrow-access and municipal or landscape requirements. Engine and hydraulic options must match the chosen build.
Enquire about this range ↗Lithium, three-wheel, internal-combustion and rough-terrain directions need individual capacity, mast, tyre and site checks. Maximum load depends on lift height and load centre.
Enquire about this range ↗Pedestrian pallet handling, counterbalanced stacking and reach mechanisms solve different pallet and racking problems. Define aisle, fork and residual-capacity requirements.
Enquire about this range ↗Laser-SLAM, pallet-vision and multi-sensor directions can be reviewed for warehouse automation. Route design, systems integration and acceptance testing belong in the project scope.
Enquire about this range ↗Ride-on wet scrubbing and sweeping are separate cleaning processes. Compare floor compatibility, debris, tanks, brushes, dust-control equipment and charging needs.
Enquire about this range ↗Mobile camera, thermal and remote-monitoring directions require a controlled operating route, network plan, sensor configuration and clear human response procedures.
Enquire about this range ↗Multiple frame and torque-speed directions serve industrial motion applications. Match motor inertia, feedback, drive, cable and mechanical connection as a system.
Enquire about this range ↗Enclosed self-cooling permanent-magnet motor layouts can be reviewed for sewing drives. Winding, shaft, flange and control interfaces distinguish the required configuration.
Enquire about this range ↗Encapsulated indoor, outdoor, ceiling, duct and air-purifier directions sit alongside iron, aluminium and hybrid housings. Current electrical data must match the selected layout.
Enquire about this range ↗Foot and flange mounting, enclosed externally cooled designs and different protection references require a current winding sheet and dimensional drawing.
Enquire about this range ↗Iron and aluminium housings, NEMA frame directions, dryer and hood layouts, encapsulated motors and capacitor arrangements need application-specific electrical and thermal matching.
Enquire about this range ↗Several wheel diameters, tyre materials and gearing configurations support mobile-equipment design enquiries. Component wheel limits must be checked in the complete chassis.
Enquire about this range ↗Integrated drive and steering configurations have separate motors, ratios and protection references. Select around chassis geometry, duty cycle and control architecture.
Enquire about this range ↗Standalone motors and low-voltage controllers need compatible supply, feedback, continuous and peak current, communication and braking arrangements.
Enquire about this range ↗Smaller PU and rubber wheel directions support indoor equipment and service-robot enquiries. Confirm the torque-speed curve, mounting and complete-platform load distribution.
Enquire about this range ↗Loading, excavation and attachment requirements can be reviewed for farm and forestry work. Pond aeration is a separate motor or assembly enquiry needing its own matched specification.
Enquire about this range ↗Use these options to describe what you are buying. The public references identify your enquiry; the final model and specification are confirmed before an order.
Power, rated speed, rated torque and rated current are paired in that order. Driver selection affects performance; approve the motor, feedback device and drive together.
Frame sizes beyond the numerical matrix can be reviewed against the mechanical interface. Incremental, absolute-encoder and resolver directions require a compatible drive and cable arrangement.
Rare-earth permanent-magnet motors with enclosed self-cooling construction are listed for sewing-equipment drives. Shaft, flange, winding and controller matching distinguish the mounting variants.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Review the listed motor direction against the actual application. Obtain a current matching electrical sheet and mounting drawing before selecting power, speed, wiring or protection.
Direct-drive aeration is a separate application enquiry. Match the aerator mechanism, water conditions and electrical installation; request a model-specific motor and assembly sheet.
Match supply, continuous and peak current, encoder feedback and communication protocol. Brake resistor and installation conditions must be specified.
Match tyre and gearing variants. Motor speed and listed torque may use different shaft references; request the current curve. Single-wheel limits are not vehicle payload.
Match tyre and gearing variants. Motor speed and listed torque may use different shaft references; request the current curve. Single-wheel limits are not vehicle payload.
Match tyre and gearing variants. Motor speed and listed torque may use different shaft references; request the current curve. Single-wheel limits are not vehicle payload.
Match tyre and gearing variants. Motor speed and listed torque may use different shaft references; request the current curve. Single-wheel limits are not vehicle payload.
Match tyre and gearing variants. Motor speed and listed torque may use different shaft references; request the current curve. Single-wheel limits are not vehicle payload.
The two component sizes use different tyre diameters and materials. Check mounting, load sharing and braking for the complete chassis.
Drive and steering motors have separate ratings. PU and rubber variants require their own wheel-load and dimensional checks.
Drive and steering motors have separate ratings. PU and rubber variants require their own wheel-load and dimensional checks.
Drive and steering motors have separate ratings. PU and rubber variants require their own wheel-load and dimensional checks.
Drive and steering motors have separate ratings. PU and rubber variants require their own wheel-load and dimensional checks.
Match the motor to the selected low-voltage drive, feedback and load profile. Rated torque is different from the short-duration curve peak.
Match the motor to the selected low-voltage drive, feedback and load profile. Rated torque is different from the short-duration curve peak.
Match the motor to the selected low-voltage drive, feedback and load profile. Rated torque is different from the short-duration curve peak.
A compact wheel direction for small equipment and indoor mobile-platform enquiries. Confirm the torque-speed curve and the actual vehicle load arrangement.
A compact wheel direction for small equipment and indoor mobile-platform enquiries. Confirm the torque-speed curve and the actual vehicle load arrangement.
A compact wheel direction for small equipment and indoor mobile-platform enquiries. Confirm the torque-speed curve and the actual vehicle load arrangement.
A compact wheel direction for small equipment and indoor mobile-platform enquiries. Confirm the torque-speed curve and the actual vehicle load arrangement.
A compact wheel direction for small equipment and indoor mobile-platform enquiries. Confirm the torque-speed curve and the actual vehicle load arrangement.
Review a tracked loader for confined site work and attachment changes. A bucket, pallet forks, snow blade and breaker are separate attachment enquiries.
Independent wheel-drive motors and foot-controlled forward/reverse operation provide a distinct compact loading layout. Match the attachment and site access before selection.
Compare the two listed compact configurations by operating envelope and attachment. Operator layout and roof removal affect site access and transport planning.
Separate electric traction and hydraulic systems suit enquiries where electric operation is preferred. Confirm battery chemistry, charger, charging site and duty cycle.
An operator-focused loader direction with storage, phone charging and seat suspension. Compare the actual lifting geometry and tyre configuration for the work.
Several listed variants share an operator-control direction. Specify lift height, working load, tyre and attachment needs to distinguish the offered configuration.
An articulated hydrostatic layout with two-speed travel and quick-change tools. Confirm the engine variant and destination requirements alongside the lifting envelope.
A telescopic loader direction for applications needing an extended working envelope. Match attachments and load charts to boom position and working conditions.
A loader arrangement with two lifting cylinders and operator enclosure directions. Review rated load and stability with the intended bucket, forks or other attachment.
A telescopic material-handling machine with several steering modes. Use a configuration-specific load chart for every attachment, boom extension and lifting task.
A separate telehandler direction for pallets, bales and bulk-material handling. Confirm the complete operating envelope and engine/transmission configuration.
Side-swing boom and adjustable undercarriage support enquiries involving narrow access and work beside structures. Confirm engine, attachment hydraulics and the transport drawing.
A distinct compact excavator layout with boom side swing, retractable tracks and dual-pump hydraulics. Match access limits and simultaneous-function requirements to the chosen build.
A crawler-excavator direction for municipal, landscape and small construction work. Compare reach, digging geometry, operating weight and attachment circuits before shipment.
Compact pedestrian pallet handling with a brushless drive and swappable battery direction. Match pallet openings, load, floor and shift needs before selecting the truck.
A mobile pallet-handling direction with vision-assisted pallet detection and natural-feature navigation. Integration and commissioning require an agreed site scope.
Counterbalanced stacker configurations can be reviewed for pallets that require an open front layout. Confirm aisle geometry, lift height and residual capacity.
A reach-truck direction for storage applications requiring a reach mechanism. Match pallet dimensions, rack height and aisle width to the selected mast and chassis.
A hydrostatic forklift direction for site transport and precise low-speed positioning. Ground condition, gradient and stability require configuration-specific review.
An electric counterbalanced direction with AC traction and hydraulic motors. Compare ground clearance and the actual tyre, mast and battery configuration.
A separate electric-forklift range emphasizes temperature monitoring, diagnostics and simplified wiring. Match the supplied battery and operating duty to the site.
A compact three-wheel direction for manoeuvrability in storage and production areas. Fork length, mast and sideshift are selectable enquiry points.
An additional lithium-forklift range combines monitored electrical controls with a reinforced chassis and lifting arrangement. Request the selected configuration sheet.
Compare separate capacities using the mast and load-centre chart. The operator layout emphasizes forward, upper and rearward visibility.
A separate counterbalanced range with hydraulic steering and power-assisted braking. Define the required lifting height, mast free lift and attachment before capacity comparison.
Several heavier forklift configurations require separate mast, wheelbase and load-centre checks. Specify the load geometry and intended surface for an offer.
A ride-on scrubber direction for compatible hard flooring. Match brush pressure, detergent, floor finish and the cleaning route before defining performance.
Sweeping, spray dust suppression, watering and suction are combined in a ride-on cleaning direction. Define debris, route and weather conditions for selection.
A mobile inspection direction for controlled sites requiring cameras, thermal imaging and remote monitoring. Agree routes, network, data handling and operator response procedures.
A separate patrol platform can be reviewed for remote observation, warning and intercom tasks. Confirm the exact sensor package and software deployment scope.
An additional autonomous pallet-movement direction uses visual pallet inspection and natural-feature navigation. Confirm whether the required pallet can be handled by the proposed configuration.
These are configuration references for enquiry and comparison. Confirm the current offer, drawing, duty cycle and applicable documents before ordering. Motor rated and peak values differ; wheel-component limits are not complete-vehicle payloads. Machinery capacity depends on load centre, height, attachment and operating conditions. A shared product direction does not mean every option is available on every build. Motor-shaft speed, gearing, wheel-output torque and electrical input are separate references. Confirm the measurement shaft, operating point, brake, duty and load distribution on a current drawing; do not combine unlike shaft figures or treat wheel limits as vehicle payload.
Focus the sourcing conversation on the features, materials and production details that make a difference to your product range.
Compare access, ground conditions, material flow and work cycles with the machine or motor configuration. This helps distinguish practical operating needs from a nominal size or power label.
Mechanical drawings, hydraulic circuits, electrical supply, feedback and communication affect compatibility. Define the connection and control requirements before comparing offers.
An offer can be organized around an approved specification, option list, inspection plan, documentation and packing scope. Parts, commissioning and technical-support requirements should be agreed separately.
Bring artwork, reference samples and a target cost. The available process, minimum quantity, sample charges and development scope are reviewed for the chosen option.
Review forks, buckets, quick-change connections, mast arrangements, cab comfort, tyres and power configuration by model. Private-label or OEM/ODM enquiries require confirmation of quantity, design scope and approval conditions.
Send shaft and flange drawings, winding or torque-speed needs, supply, feedback, connectors and software interfaces. A proposed change requires technical review and an approved sample or validation plan.
Ask for an evaluation motor, bench-test scope or a configured trial machine as appropriate. Cost, minimum quantity, lead time, markings, accessories, packing and shipment conditions are confirmed for the actual order.
Agree which product characteristics need testing and how the approved sample relates to the bulk order.
For motors, define continuous and peak conditions, temperature rise and feedback checks. For machines, define working load, hydraulic functions, braking, steering and the operating-envelope test conditions.
Check identity and configuration records, dimensions, wiring or hydraulic connections, options, accessories and functional checks against the approved order. Agree the inspection report and acceptance criteria before shipment.
Autonomous systems need route and network tests, obstacle handling, charging and recovery procedures. Technical training, service parts and operating instructions should match the delivered system and local requirements.
Test capability is a starting point for the inspection plan. Request the method, applicable model and results needed for your order.
State the destination and intended work at enquiry stage. Documentation must identify the actual supplied model, options, engine, motor, battery and control configuration where relevant.
State the sales market, intended users and required files in your first enquiry. Current validity and scope are checked for the selected supplier and product; a category description does not certify every item.
Share your document requirements ↗Your sales channel changes the assortment, packaging and quality priorities. Tell us the intended use as well as the product name.
Compact digging, loading, telescopic handling and suitable attachment work can be reviewed against access, soil, terrain, material and transport constraints.
Forklift and pallet movement, floor cleaning and selected autonomous logistics or inspection projects require route, floor, charging, network and operating-procedure information.
Servo and induction drives, fan and appliance motors, mobile-platform wheels and low-voltage controls can be matched to mechanical interfaces, electrical conditions and the intended duty.
Samples, commercial terms and responsibilities are agreed for the project. Use the same product and packing specification when comparing quotations.
Product, reference image, quantity, sales market and timing.
Review configuration, materials, sample scope and relevant documents.
Agree artwork, packaging, sample, testing and inspection criteria.
Set price, payment, production, delivery and defect remedies in writing.
Practical answers about this sourcing direction, customization and the reference options. Your agreed specification and written quotation determine the actual order.
State the application, required performance, quantity and destination. Include drawings or photos, dimensions, loads, duty cycle, electrical or hydraulic conditions and the options you need.
They can be organized in one enquiry with separate specifications and supply scopes. A motor or controller should not be assumed compatible with a machine until the interfaces and configuration have been approved.
Define access width, ground conditions, material, attachment and required lifting envelope. Compare rated working capacity and tipping/load-chart information for the actual tyre, boom and attachment configuration.
No. Capacity changes with boom position, load centre, attachment and machine setup. Request the applicable load chart and approval for the intended lifting task.
Personnel lifting requires a specifically approved machine, platform, configuration and procedure under the applicable rules. A general telehandler description or material-handling attachment does not establish that approval.
Digging height, dump height, digging depth and horizontal reach describe different parts of the working envelope. Request a complete dimensioned drawing, operating weight and attachment/hydraulic specification for the chosen build.
Provide load weight and dimensions, load centre, lift height, pallet type, aisle width, surface, gradient and shift duration. Confirm the mast, tyres, attachment and residual-capacity plate.
They use different load support and mast arrangements. Pallet underside, fork entry, aisle geometry and rack height must be checked against the particular machine.
Specify operating hours, charging opportunities, ambient conditions and local charger supply. Confirm chemistry, capacity, charger, battery handling and applicable transport documents for the offered pack.
Send pallet drawings, load, routes, floor condition, racks, doors, charging area and the required WMS/ERP/MES interfaces. Agree mapping, integration, site tests and recovery procedures.
Sensor functions must be considered within the complete application. Define traffic rules, routes, exclusion areas, emergency procedures and the required safety validation for the intended operating environment.
Describe the floor, debris, oil or dust, cleaning area, access and available charging. Review brush or sweeping layout, tank needs, detergent compatibility and the practical cleaning route.
Runtime depends on the actual battery, load, route, attachments, cleaning settings and environment. Ask for a current configuration-specific test basis rather than applying a general catalogue figure.
Provide the supply, frequency, torque-speed requirement, fan or driven load, duty, mounting, shaft, direction, control signal, noise target and thermal/protection needs. Obtain a current matching winding sheet.
No. A frame may have multiple windings, torque-speed combinations and feedback options. Use the approved model sheet and confirm drive, encoder/resolver, cable and tuning compatibility.
Rated torque belongs to a stated operating duty. Peak torque is subject to current, temperature and duration limits. Select using the complete torque-speed curve and the actual acceleration and load cycle.
Provide chassis mass, payload distribution, wheel quantity, floor, gradients, speed and duty. Check tyre material, radial/axial forces, gearing, braking, steering geometry and the controller interface.
No. Load sharing, chassis geometry, dynamics, traction and the complete assembly can impose additional limits. Obtain a system-level calculation and validation for the vehicle.
RS485/Modbus RTU and CANopen directions are listed, with an EtherCAT version subject to selection. Confirm the exact hardware, firmware, feedback, supply and continuous/peak current configuration.
It describes a particular configuration or component reference. Connectors, power terminals, drive and steering sections may have different protection levels. Request current evidence for the complete offered arrangement.
Send the required markings, drawings and changes. Feasibility, ownership of tooling/design, validation, minimum quantity and approval conditions must be confirmed for the selected product and supply scope.
Ask for a priced evaluation or trial proposal with the required configuration and tests. Availability, cost, lead time and acceptance criteria depend on the actual product and order.
Define the parts list, consumables, instructions, training, commissioning and support arrangements in the quotation. Inclusion, warranty scope and response arrangements require agreement for the actual supply.
Confirm dimensions, weights, lifting and restraint points, accessories, battery or fluid handling, destination and unloading capability. The final packing plan, trade terms and production/shipping schedule belong in the written offer.
Factory Sourcing Hub handles this enquiry as an independent sourcing and trading service. The product route, supplier suitability, sample scope and order responsibilities are agreed for the actual project.
Send the product reference, quantities per variation, customization and packaging. Prices, minimums, sample charges and delivery dates are confirmed in a current quotation; the page is not a live inventory or price feed.
Yes. State whether you need a reference sample, a customized sample or development work. Agree the sample cost and shipping, approval specification, inspection plan and remedy for non-conforming goods before the bulk order.
Reference images, drawings, logo artwork and a product list are useful. Include quantities, the intended users and sales market, packaging, required documents and timing. After submitting the form, email attachments to kunhuow@gmail.com with your enquiry reference.
A reference picture or a short description is enough to begin. Add the details you already know; the optional fields help make the follow-up more useful.
Download the enquiry checklist ↓
Independent sourcing and trading service. Supplier choice, service costs and order conditions are discussed for your project.
Product selection, customization, samples and quotation enquiries.
Information basis: published product information reviewed . Reference details support a sourcing discussion. Current supply, samples and product-specific documents are confirmed for the selected item.