Beet Bucket High Tip & High Visibility with Hydraulic Opening
Beet Bucket Hight Tip – 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.
- Spray painted in high visibility “Yellow”. We can paint Beet buckets in any RAL colour.
- Incorporates high visibility LED lighting.
- 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 1.52m.
- 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.
Fitting LED lighting to loading shovel attachments can provide several benefits, including:
- Improved visibility: LED lights are brighter and provide more illumination than traditional lighting, which can help operators see more clearly in low-light conditions, such as early mornings or late evenings. This can improve safety by reducing the risk of accidents and injuries.
- Energy efficiency: LED lights are more energy-efficient than traditional lighting, which means they consume less power and can help reduce fuel consumption and operating costs.
- Longer lifespan: LED lights have a longer lifespan than traditional lighting, which means they require less frequent replacement and maintenance. This can help reduce downtime and maintenance costs.
- Durability: LED lights are more durable than traditional lighting, which makes them better suited for harsh operating environments. They are resistant to vibration, shock, and extreme temperatures, which means they can withstand the rigors of daily use on a loading shovel.
- Improved productivity: Improved visibility provided by LED lights can help operators work more efficiently and productively, which can lead to increased throughput and faster cycle times.
- Environmental benefits: LED lights are more environmentally friendly than traditional lighting because they consume less power and contain fewer harmful chemicals. This can help reduce the loading shovel’s carbon footprint and environmental impact.
Overall, fitting LED lighting to loading shovel attachments can provide a range of benefits, including improved safety, energy efficiency, longer lifespan, durability, productivity, and environmental sustainability.
Please call 01440 706429
Operators need a clear view of the cutting edge, beet clamp and trailer during loading to improve productivity whilst reducing the risk of accidents.
Key Technical Considerations
- Reduced-height rear frame for improved forward visibility
- Optimised top rail and side profile without compromising structural strength
- Improved sight line to the bucket edge when approaching beet clamps
- Better visibility when loading high-sided trailers
- Reduced blind spots around pedestrians and obstacles
- Improved precision during grading and clean-up work
Why does it matter?
Faster loading cycles.
Reduced operator fatigue.
Lower risk of accidental collisions.
Less crop spillage and improved loading accuracy.
Improved visibility helps the operator position the bucket accurately, load more efficiently and work more safely.
Sugar beet has a relatively high bulk density, and a fully loaded high tip bucket places significant loads on the loader during lifting and tipping.
Key Technical Considerations
- Optimised bucket geometry to keep the centre of gravity close to the loader
- Lightweight yet high-strength steel construction
- Correct capacity matched to the machine’s operating weight
- Reinforced pivot areas and tipping frame
- Controlled tipping arc to reduce instability
Why does it matter?
Increased lifting confidence.
Reduced risk of overloading the loader.
Better machine balance.
Improved tyre life and reduced axle loading.
Correctly engineered bucket geometry and capacity help maximise payload whilst maintaining safe and stable machine operation.
Damaged sugar beet can reduce crop value, whilst excess soil increases haulage costs and may result in additional processing charges.
Key Technical Considerations
- Smooth internal bucket surfaces to reduce bruising
- Rounded internal corners to prevent crop impact
- Correct bucket floor angle for smooth discharge
- Optional cleaning bars or spacing designed to allow loose soil to separate
- Optimised cutting edge design for efficient clamp entry without excessive disturbance
Why does it matter?
Reduces beet bruising.
Lowers soil contamination.
Improves crop quality.
Reduces the risk of processing penalties.
A crop-friendly internal profile protects the sugar beet whilst helping separate loose soil during handling.
High tip buckets operate through repeated hydraulic tipping cycles during harvest, placing considerable stress on the pivot system, hydraulic components and supporting structure.
Key Technical Considerations
- Heavy-duty pivot pins and replaceable bushes
- Large-diameter hydraulic cylinders
- High-strength pivot frame construction
- Greaseable bearings and maintenance points
- Hydraulic hose routing protected against crop and debris damage
- Robust locking and tipping mechanisms
Why does it matter?
Reduces maintenance costs.
Extends the attachment’s service life.
Improves reliability during intensive harvest periods.
Reduces machine downtime.
A robust and serviceable tipping mechanism provides dependable performance throughout demanding seasonal operations.
A bucket that is too large, too heavy or too hydraulically demanding can reduce productivity and compromise safe operation.
Key Technical Considerations
- Loader operating weight compatibility
- Safe Working Load (SWL)
- Hydraulic oil flow requirements
- Operating pressure requirements
- Maximum tip height
- Crowd and rollback angles
- Hitch compatibility, such as JCB Q-Fit, Volvo, CAT, Euro or other quick hitch systems
- Overall attachment weight versus payload
Why does it matter?
Ensures safe machine operation.
Achieves full tipping performance.
Prevents hydraulic overload.
Maximises productivity throughout the harvesting season.
Extends the life of both the loader and attachment.
Correct hydraulic, lifting and hitch compatibility ensures safe installation, reliable tipping and maximum operating efficiency.
