Sugar Beet Bucket With Hydraulic Opening
The latest Sugar Beet Bucket from B. A. Caulkett features:
- High Tip capability designed to fit almost any brand of front end loader or Telehandler. Call to 01440 706429 to discuss suitability with your loader
- Specifically designed for the handling of Sugar Beet by scooping the crop and allowing loose soil to be left behind
- 4.5 m3 capacity when in the open position
- Dimensions when closed 2.97 m wide x 1.18 m high
- When at maximum capacity the bucket height 1.52 m
- Improved visibility provided by the openwork spill guard
- Euro Quick Hitch
- Note – this unit is not designed for earthwork or stone handling
B. A. Caulkett’s Sugar Beet Bucket design allows for excellent movement of dirt through the bucket bars when pushing. With no obstructions at the rear to inhibit the flow at the rear soil removal on pick up can be maximised. Depending on soil conditions and previous cleaning the sugar beet could have the minimum of dirt on it which would allow it to be fed out straight away.
A high-performing loader sugar beet bucket should have several design features that enable it to effectively handle and transport sugar beets while minimizing damage to the crop. Some of these design features include:
- Capacity: The bucket should be large enough to carry a significant amount of sugar beets, reducing the number of trips required to transport the crop.
- Durability: The bucket should be made of sturdy materials that can withstand the weight of the sugar beets and any impact during loading and unloading.
- Shape: The bucket should have a tapered shape with a rounded bottom to prevent damage to the sugar beets during loading and transport.
- Teeth: The bucket should have teeth or tines at the front edge to aid in scooping up the sugar beets and prevent them from falling out during transport.
- Smooth Edges: The bucket edges should be smooth to avoid cutting or damaging the sugar beets during loading and unloading.
- Height and Width: The bucket height and width should be optimized for the size and shape of sugar beets to allow for efficient loading and transport.
- Hydraulics: The loader bucket should have effective hydraulic systems that provide enough power to lift the bucket and dump the sugar beets, as well as to control the speed and direction of the loader.
A well-designed loader sugar beet bucket should prioritize efficiency, durability, and gentle handling of the crop to ensure high performance and minimal damage.
Please call 01440 706429
The bucket must maximise productivity without exceeding the machine’s safe operating limits.
Sugar beet is relatively light compared to aggregates, allowing larger bucket volumes, but the increased physical size creates different loading characteristics.
Key Technical Considerations
- Bucket capacity (m³ or yd³)
- Sugar beet bulk density (typically 600–800 kg/m³ depending on soil contamination)
- Wheel loader operating weight
- Rated operating capacity
- Static tipping load
- Breakout force
- Lift arm geometry
- Overall bucket width
A correctly specified bucket provides
- Maximum tonnes moved per hour
- Stable machine operation
- Reduced tyre wear
- Lower fuel consumption
- Longer loader component life
Why does it matter?
Maximises productivity while maintaining machine stability and safe lifting performance.
Correct bucket sizing optimises payload, machine efficiency and safe operation throughout the sugar beet campaign.
Most customers need to load high-sided trailers, bulk transport vehicles or storage hoppers without the loader coming into contact with the vehicle.
Key Technical Considerations
- Maximum hinge pin height
- Additional dump height created by the high-tip linkage
- Dump angle
- Forward discharge distance
- Roll-back angle
- Hydraulic tipping speed
A well-designed high tip bucket should
- Empty completely without material hanging up
- Provide sufficient clearance over trailer sides
- Reduce double handling
- Minimise spillage around trailers
Why does it matter?
Ensures trailers, hoppers and storage facilities can be loaded efficiently without spillage.
Provides the clearance and discharge performance needed for fast, efficient loading of high-sided transport vehicles and storage systems.
Sugar beet harvesting often involves intensive use over several weeks, with long operating hours and repetitive loading cycles.
Key Technical Considerations
- Bucket shell material grade
- Side plate thickness
- Wear strip specification
- Floor reinforcement
- Hinge pin diameter
- Bush material
- Ram mounting design
- Greaseable pivot points
- Weld quality
- Fatigue-resistant structure
Customers should look for features such as
- Fully welded box-section construction
- Heavy-duty pivot assemblies
- Replaceable bushes
- High-strength steels
- Reinforced stress areas
- Easy maintenance access
These features significantly reduce downtime during the harvesting season.
Why does it matter?
Reduces maintenance.
Prevents structural failures.
Maximises uptime during harvest.
Robust construction ensures reliable performance throughout intensive seasonal loading operations.
Sugar beet can bruise or suffer impact damage during handling, reducing crop quality and increasing waste.
Key Technical Considerations
- Internal bucket profile
- Smooth internal surfaces
- Bucket floor radius
- Side wall geometry
- Discharge angle
- Controlled material flow
- Elimination of internal ledges where beet can catch
Good bucket design should
- Encourage rolling rather than dropping
- Prevent beet bridging inside the bucket
- Empty cleanly without repeated shaking
- Reduce bruising during discharge
The result is cleaner handling and reduced crop losses.
Why does it matter?
Minimises bruising, improves crop quality and reduces wastage during handling.
Optimised bucket geometry protects the crop while maintaining fast, efficient and complete discharge.
Even the best bucket will perform poorly if the loader’s hydraulics or mounting arrangement are incompatible.
Key Technical Considerations
- Hydraulic operating pressure
- Oil flow rate
- Ram bore size
- Hydraulic hose routing
- Auxiliary hydraulic services
- Coupling type
- Mounting brackets (OEM or quick hitch)
- Loader model compatibility
Common compatibility options include
- Volvo BM
- JCB Q-Fit
- CAT Fusion
- Liebherr
- Komatsu
- Pin and cone
- Euro hitch
- Bespoke quick hitch systems
Correct compatibility ensures
- Safe operation
- Fast tipping cycles
- Reliable hydraulic performance
- Straightforward installation
- No reduction in loader performance
Why does it matter?
Ensures optimum tipping speed, safe operation and full compatibility with the carrier machine.
Correct hydraulic and mounting compatibility delivers reliable performance while protecting both the attachment and the loader.
