PRODUCT INFORMATION
Price: USD 10,357

QS-06 Mini Excavator — Product Details and Technical Specifications 

600 kg-class compact crawler excavator

Narrow-space operation · Multiple optional attachments · Convenient transport and relocation

1. Product Overview

The QS-06 is a compact crawler excavator designed for confined spaces, small earthmoving jobs and multipurpose construction. With an approximate machine weight of 600 kg and a transport width of only 700 mm, it can operate where access is restricted and conventional large equipment cannot enter. Its crawler undercarriage, adjustable dozer blade, standard bucket and 360-degree rotating upper structure support excavation, breaking, ditch cleaning, drilling and grading.

The product brochure identifies indoor demolition, dry-latrine renovation, localized demolition, land clearing, minor earthworks, municipal projects, concrete breaking and river or ditch dredging as applications. Changing attachments extends the machine from ordinary excavation to breaking, ripping, log handling, leveling, drilling and silt removal, increasing equipment utilization on small projects.

Product Positioning

Key Benefits

· A 700 mm transport width improves access to courtyards, alleys and compact work sites.

· One base machine with multiple optional attachments can dig, break, drill, grip, rake and clean.

· The crawler undercarriage distributes ground pressure and accommodates soil, gravel and moderately uneven surfaces.

· The lightweight machine is relatively convenient to load, unload and relocate over short distances, enabling rapid mobilization on small projects.

2. Applications and Operating Capabilities

Applications explicitly identified in the source material

Basic Operations

Excavation:

The standard bucket handles earth excavation, planting holes and shallow trenches. The maximum digging depth is 1,091 mm, suitable for shallow utility trenches, landscaping and localized foundation work.

Dozing and grading:

The front adjustable dozer blade can backfill, scrape and level loose material and help stabilize the machine while excavating.

Swinging and loading:

The 360-degree rotating upper structure enables discharge in different directions within limited space. Maximum dumping height is 1,386 mm; actual loading suitability must be checked against the truck or receiving hopper height.

Attachment versatility:

Optional hydraulic breaker, ripper, log grapple, rake, auger, larger bucket and mud bucket turn the machine into a multipurpose construction platform.

3. Performance Features and Structural Details

Key Components

Power system:

The source lists ZONGCHENGLONG as the engine brand and TR306/G300FDA as the engine model. Two maximum outputs are shown: 6.3 kW (8.5 HP) and 6.8 kW (9.2 HP), potentially referring to different engine versions. Confirm the exact engine and the nameplate power rating when ordering.

Hydraulic system:

Standard equipment includes imported hydraulic cylinders and oil pipes, built-in NOK seals and a tandem gear pump. These components support working-equipment actuation and hydraulic sealing. Pump flow, system pressure and hydraulic oil capacity are not specified in the source image; confirm these with the supplier before selecting hydraulic attachments.

Undercarriage and travel:

Wear-resistant engineering rubber tracks provide traction and mobility on ordinary ground while reducing direct damage to paved surfaces. The stated travel speed is 0–1.5 km/h and the rated climbing angle is 30°. Slope operation must still account for soil, slipperiness, load position and site safety conditions.

4. Standard Configuration

The following equipment is based on the “Standard Configuration” section of the source brochure. For delivery, list the engine version, bucket specifications, hydraulic connections and supplied tools in the order or inspection checklist.

Recommended Delivery Checks

· Confirm the engine brand, model, rated power and fuel type match the order.

· Verify standard bucket width and capacity, pin dimensions and connection method.

· Confirm hydraulic fluid, engine oil and fuel are at delivery-ready levels.

· Check that onboard tools, warranty documents, operator manual and wear-parts list are complete.

· If a breaker or auger will be used, confirm auxiliary lines, coupling specifications and hydraulic parameters in advance.

5. Optional Attachments and Suitable Tasks

Attachment Matching Principles

An attachment is not suitable merely because its mechanical connection fits. Check pin dimensions, mounting lug width, allowable machine load, hydraulic flow, operating pressure, return-line requirements and attachment mass. Excessive weight or mismatched hydraulic parameters may reduce productivity and overburden structures and hydraulic components.

For frequent attachment changes, ask whether a quick coupler is supported and auxiliary hydraulic lines are provided. For breaking applications, focus on cooling performance, continuous operating duration and maintenance intervals. For drilling, confirm torque, rotation speed, auger diameter and soil suitability.

6. QS-06 Technical Specifications

The following table is based on the specifications shown in the source image. Values and units are retained without estimating missing specifications.

Notes on Specifications

· Two maximum power values are given, normally indicating different engine variants or configurations. Use the purchase contract and equipment nameplate as the final reference.

· Maximum digging radius, depth, height and dumping height describe geometric working ranges; actual performance depends on attachment dimensions, ground conditions, operating posture and load.

· The published climbing angle does not mean sustained operation is safe on every slope. Wet or soft ground, side slopes and uneven loading substantially reduce safety margins.

· The source does not specify bucket capacity, track ground-contact length, hydraulic pressure, pump flow, fuel tank capacity or minimum swing radius. Confirm them separately when precise equipment selection is needed.

7. Specification Interpretation and Selection Guidance

Access and Transportation

The 700 mm transport width is a key QS-06 feature. Before entry into courtyards, alleys, indoor entrances or landscaped passages, measure the narrowest access, turning area and overhead clearance, allowing margins for track movement, machine deviation and operating error. Check vehicle load rating, ramp capacity, tie-down points and local transport rules; do not determine the transport plan solely from the 600 kg machine weight.

Digging Range

The maximum digging depth of 1,091 mm suits shallow trenches, planting holes, localized foundations and small utility jobs. For deeper trenches, consider bottom width, slope stability, machine position and whether staged excavation is permissible. The maximum digging radius of 2,254 mm indicates horizontal reach from a fixed position and can help estimate repositioning frequency.

Dumping Height

The 1,386 mm maximum dumping height suits low hoppers, wheelbarrows and stockpiles. For directly loading a truck bed or taller container, compare sidewall height and allow for the bucket tipping path and safe clearance.

Power and Efficiency

Maximum engine output of 6.3 kW or 6.8 kW is typical of compact equipment. The machine’s productivity lies in access flexibility, fast deployment and versatility rather than matching a larger excavator’s payload per cycle. For hard soil, rock or intensive breaking, reduce sustained loading and use appropriate attachments and methods.

Quick Selection Guide

8. Operation and Safety Guidelines

This section offers guidance for customer discussions and site management; it does not replace the manufacturer’s manual or local safety regulations. Operators should receive training and assess site risks before each use.

Pre-operation Checks

· Inspect fuel, engine oil, hydraulic oil and cooling condition; check for visible leaks.

· Check track tension, pins, hoses, fittings, bucket teeth and attachment connections.

· Verify control levers return correctly and the blade, boom, arm, bucket and swing functions operate normally.

· Remove people and obstructions from the operating area; identify buried utilities, overhead lines and edge hazards.

· For indoor use, confirm ventilation, exhaust management, floor load capacity and fire safety requirements.

Precautions During Operation

· Work on firm, level ground whenever possible; avoid cross-slope travel and sharp turns on gradients.

· Use the dozer blade appropriately for support while digging, but not to compensate for unstable ground.

· Check blind spots before swinging or dumping; keep personnel outside the working-equipment swing radius.

· Do not carry passengers in the bucket or attachments, lift beyond permitted limits or make unauthorized modifications.

· Stop and inspect if unusual noise, sluggish movement, abnormal oil temperature or leaks occur.

Shutdown and Maintenance

· Park on level ground, lower the working equipment and dozer blade, then shut off the engine.

· Regularly clean tracks, cooling areas and pivot joints, and lubricate pins as instructed.

· Replace fluids and filters according to engine and hydraulic maintenance intervals.

· For long-term storage, clean the machine and protect it from rust, rain and battery deterioration.

9. Purchasing and Acceptance Checklist

Additional Information to Confirm with the Supplier Before Ordering

· Standard bucket width and capacity and the machine’s actual operating weight.

· Rated hydraulic pressure, pump flow, hydraulic oil capacity and auxiliary line specifications.

· Fuel tank capacity, typical consumption, engine emissions, applicable fuel and service intervals.

· Track dimensions, ground-contact length, minimum ground clearance and rear swing dimensions.

· Warranty coverage, transport tie-down requirements, parts supply and after-sales response.

Source note: This document was compiled and expanded from the QS-06 product brochure images supplied by the customer. Actual configurations may vary with engine version, attachments and production batch. The machine nameplate, contract, factory documentation and physical acceptance results take precedence.