B. A. Caulkett manufactures pallet forks to fit a comprehensive range of loading shovels. The attachments are built to the highest industry standards using premium quality materials.
There are 100’s if not thousands of variations of pallet forks so we always suggest calling us on 01440 706429 where we can talk to you about availability and price. If your existing pallet fork isn’t meeting your current operating needs we can design and manufacture one that will.
In the UK, the specifications of pallet forks can vary depending on the type of machine they are designed for and the specific requirements of the user. However, here are some common specifications that you might see for pallet forks:
- Capacity: Pallet forks typically have a rated capacity, which is the maximum weight that they can safely lift. This can range from a few hundred kilograms to several tonnes, depending on the size and strength of the forks.
- Length: The length of the pallet forks is another important specification, as it determines the width of the load that they can carry. Forks can range from a few feet to over six feet in length, with longer forks able to handle wider loads.
- Tine thickness: The thickness of the forks can also vary, with thicker forks being able to support heavier loads without bending or breaking.
- Tine spacing: The spacing between the tines on the forks can vary as well, with some forks having wider or narrower spacing to accommodate different types of loads.
- Mounting type: The mounting type of the pallet forks is also important, as it determines which type of machine they can be used with. Common mounting types include pin-on, quick attach, and skid steer.
- Material: Pallet forks can be made from a variety of materials, including steel, aluminium, and titanium. The choice of material can affect the weight, strength, and cost of the forks. BAC predominantly manufacture steel pallet forks
Bespoke Design
With more than 30 years of industry experience, we understand that every company and operation is unique and, as such, requires a solution that is tailored to their own individual requirements. Tailored solutions can not only help a company to optimise efficiency but improve productivity too.
Therefore, our pallet forks are supplied in various lengths and widths to ensure a customer is able to find the exact dimension they require. Our pallet forks are available in a range of capacities from 2,000 to 40,000 kg. We also offer carriage frames in several widths.
Owing to their bespoke design, our pallet forks offer universal compatibility and can be supplied to fit any make or model of loading shovels.
Durability and Longevity
Our pallet fork attachments are designed with durability in mind. The products are made from the highest quality premium materials and excel in demanding environments. As such, they are able to withstand even the most rigorous work, ensuring that they are a long term investment that can provide many years of unfaltering service.
Lifting and Moving Things Worldwide
B. A. Caulkett is a family run, UK based company. We have more than 30 years’ experience in the industry and build a range of attachments for loaders and materials handlers, with particular expertise in the construction and agriculture sectors.
We own a recently finished purpose built factory in Suffolk in which we employ a range of industry leading technologies, including CNC press brakes, guillotines and plasma cutters. These machines enable us to produce high quality, bespoke solutions with fast turnaround.
Pallet Forks for all Major OEM’s
There are many brands of forklifts used within the UK, ranging from small, light-duty machines to heavy-duty industrial equipment. Some of the major brands of forklifts used within the UK include:
- Toyota
- Linde
- Mitsubishi
- Hyster-Yale
- Jungheinrich
- Crown
- Caterpillar
- Komatsu
- Doosan
- JCB
These brands offer a range of different types of forklifts, including electric, diesel, and gas-powered machines, as well as narrow aisle, rough terrain, and pallet trucks. Each brand has its own strengths and weaknesses, and the choice of forklift brand will depend on the specific needs and requirements of the user.
Alternative Uses of Pallet forks
Pallet forks are typically designed for lifting and moving pallets, but they can also be used for other applications with some modifications. Here are a few examples:
- Moving Large Objects: Pallet forks can be used to move large objects that are too heavy or bulky to move by hand. For instance, you can use pallet forks to move furniture, machinery, and even automobiles.
- Removing Debris: Pallet forks can be used to remove debris from construction sites or to clear land. You can attach a debris fork attachment to the pallet forks to make it easier to remove items such as rocks, branches, and other debris.
- Transporting Hay Bales: If you work in agriculture or livestock management, you can use pallet forks to transport hay bales. You can attach a bale spear or hay fork attachment to the pallet forks to make it easier to lift and transport bales.
- Handling Bags and Boxes: Pallet forks can be used to handle bags and boxes that are too heavy to lift by hand. You can attach a box blade attachment to the pallet forks to make it easier to lift and move boxes or bags.
- Snow Removal: Pallet forks can be used to remove snow from roads and sidewalks. You can attach a snow plough attachment to the pallet forks to make it easier to clear snow.
Overall, pallet forks can be a versatile tool for a range of applications beyond just moving pallets. However, it’s important to make sure that any attachments or modifications you make to the pallet forks are compatible with your equipment and are used safely and correctly.
Selecting pallet forks purely by their rated capacity can be misleading. The attachment must be matched to both the machine’s lifting capability and the intended load.
Key Technical Considerations
- Machine operating weight and rated lifting capacity
- Load centre (typically 500 mm or 600 mm)
- Maximum lift height
- Static versus dynamic loading
- Weight of the carriage and fork assembly
- Frequency of heavy-duty operation
Why does it matter?
Prevents overloading either the forks or the machine.
Maximises lifting performance and machine stability.
Reduces wear on boom pins, loader arms and hydraulic components.
Helps maintain compliance with lifting safety regulations.
Correct fork specification ensures safe lifting, maximum productivity and long-term machine reliability.
Customers often operate mixed fleets or interchange attachments between several machines, making compatibility essential.
Key Technical Considerations
- Universal quick hitch compatibility
- Euro 8 (Global) carriage compatibility
- JCB Q-Fit
- Volvo BM
- Merlo
- Manitou
- CAT Fusion
- Pin-and-cone systems
- Bespoke mounting brackets where required
- Correct locking mechanism engagement
- Manufacturing tolerances for accurate fitment
Why does it matter?
Eliminates expensive modifications.
Ensures safe attachment retention.
Allows rapid attachment changes.
Enables one fork set to be used across multiple machines where appropriate.
Correct hitch compatibility provides secure attachment, quick installation and maximum fleet flexibility.
Fork dimensions have a significant influence on lifting performance, operator visibility and safe load handling.
Key Technical Considerations
- Available fork lengths (typically 1000 mm, 1200 mm, 1500 mm, 1800 mm and longer)
- Fork cross-sectional dimensions
- ISO fork classifications
- Yield strength of the steel
- Load centre calculations
- Deflection under load
- Suitability for palletised goods versus oversized materials
Why does it matter?
Longer forks increase bending moments.
Incorrect fork size reduces the safe working load.
Proper sizing improves operator visibility.
Prevents pallet damage and uneven load support.
Selecting the correct fork dimensions improves lifting safety, load stability and handling efficiency.
Heavy industrial users require pallet forks capable of withstanding continuous loading cycles whilst minimising downtime and maintenance.
Key Technical Considerations
- High-strength steel construction
- Reinforced fork carriage design
- Precision welded fabrication
- Stress distribution throughout the frame
- Hardened fork hooks
- Replaceable wear components
- Corrosion-resistant paint systems
- Manufacturing quality control and dimensional accuracy
Why does it matter?
Improves fatigue resistance.
Extends service life.
Reduces maintenance costs.
Maintains alignment under repeated heavy loading.
Provides greater long-term return on investment.
Robust engineering and premium materials deliver dependable performance throughout the attachment’s working life.
Regular inspection is essential for maintaining lifting performance and complying with workplace safety requirements.
Key Technical Considerations
- Daily visual inspections
- Fork heel wear measurement
- Checking fork straightness and twist
- Inspection of locking pins and retaining mechanisms
- Examination of welds for cracking
- Wear on carriage rails
- Lubrication of moving components where applicable
- Correct storage when not in use
Why does it matter?
Detects damage before failure occurs.
Prevents costly downtime.
Maintains safe lifting performance.
Extends attachment lifespan.
Supports compliance with workplace inspection procedures and lifting equipment best practice.
Routine inspection and maintenance help ensure safe operation, maximise service life and minimise unexpected repairs.
