Browse attachments by carrier
Machine Attachments by Machine Type
Start with the machine you already have, then narrow the attachment shortlist by mounting interface, rated capacity, hydraulics, working geometry and the job to be completed.
The same attachment family can behave very differently on two carriers. A compact loader, excavator, telehandler, crane and material handler have different load paths, hydraulic systems and working envelopes. Machine-based browsing helps you identify sensible attachment families first and then verify the exact combination before purchase or installation.
12 carrier guides
Choose your machine type
Each guide starts from the carrier and connects it with attachment families and common applications. The links below are designed as a practical route from “what machine do I have?” to a more focused technical comparison.
Backhoe Loader Attachments
Use the loader end and excavator end as two different attachment interfaces. Compare front-mounted loading tools separately from rear digging, breaking and trenching tools, including each end’s geometry and hydraulic services.
Relevant attachment guides Common applicationsCompact Track Loader Attachments
Match front-mounted tools to the machine’s rated operating capacity, lift path, auxiliary hydraulics and traction. Tracks help on soft or uneven ground, but attachment mass and load centre still affect stability and usable capacity.
Relevant attachment guides Common applicationsCrane Attachments
Select suspended grabs, grapples, rotators and handling equipment as part of the complete lifting system. Attachment mass, connection arrangement, load shape, working radius and the crane configuration all affect the usable load.
Relevant attachment guides Common applicationsExcavator Attachments
Excavators can dig, break, grade, process, grip and position material, but every added attachment changes weight, reach and hydraulic demand. Start with the exact excavator, coupler and working radius before comparing tool capacity.
Relevant attachment guides Common applicationsForestry Machine Attachments
Purpose-built forestry carriers and converted excavators need tools that match the intended felling, processing and timber-handling method. Reach, protection, hydraulic power, control integration and load handling all matter.
Relevant attachment guides Common applicationsMaterial Handler Attachments
Long-reach material handlers work with repeated grab-and-place cycles in scrap, waste, timber and bulk handling. Tool mass, retention, visibility and the machine’s load chart at the actual working radius are central to selection.
Relevant attachment guides Common applicationsMini Excavator Attachments
Compact excavators are useful in restricted sites where transport width, tail swing, lifting ability and attachment mass can be more limiting than nominal excavator tonnage. Keep the complete coupler-and-tool package in the calculation.
Relevant attachment guides Common applicationsSkid Steer Attachments
Skid steers change quickly between buckets, sweepers, snow tools and powered attachments. Compare mounting interface, rated operating capacity, auxiliary hydraulic output and visibility rather than assuming every universal-style tool suits every machine.
Relevant attachment guides Common applicationsTelehandler Attachments
A telehandler’s telescopic boom makes load position a primary selection factor. Forks, buckets and bale tools change attachment weight and load centre, so the applicable load chart must match the exact machine and fitted attachment.
Relevant attachment guides Common applicationsTractor Attachments
Tractors can use loader mounts, three-point linkage, PTO drives, hydraulic circuits and drawbar connections. Treat each interface as a separate system and match the implement to available power, linkage, flow, pressure and ballast.
Relevant attachment guides Common applicationsUtility & Municipal Machine Attachments
Municipal and utility carriers depend on fast seasonal changes between sweeping, snow clearing, mowing and property-maintenance tools. Standardized interfaces help, but hydraulic, electrical, axle-load and visibility limits remain machine-specific.
Relevant attachment guides Common applicationsWheel Loader Attachments
Wheel loaders move bulk material, pallets and irregular loads with front-mounted tools. Compare attachment mass, bucket volume, material density, tipping load, linkage geometry and required hydraulic functions as one working combination.
Relevant attachment guides Common applicationsCarrier-first selection
Why the machine changes the attachment shortlist
Attachment names alone do not describe compatibility. The carrier determines how the tool is supported, powered, controlled and positioned. These three groups of checks remove many unsuitable options before detailed product comparison begins.
Mounting & geometry
Pin dimensions, couplers, loader interfaces, linkage geometry, boom position and adapters determine whether the attachment can be mounted and where its mass sits relative to the carrier.
Power & controls
Hydraulic flow and pressure, return arrangement, case drain, electrical controls, PTO power and auxiliary services determine whether powered functions can operate as intended.
Capacity & stability
Attachment mass, load centre, working radius, carried material and machine configuration affect lifting capacity, tipping margin, axle or track loads and the usable working envelope.
Selection workflow
How to compare attachments for a specific machine
Use the carrier as a fixed set of constraints before comparing capacity, productivity or price. This reduces the risk of shortlisting a tool that physically connects but is poorly matched to the machine.
Identify the exact carrier
Record make, model, configuration, operating weight, boom or linkage arrangement, tyres or tracks and any counterweight or stabilizer setup that affects rated capacity.
Define the interface
Confirm coupler, pin or loader interface, permitted attachment mass, adapter requirements, hose connections and any mechanical or electrical locking system.
Check available power
For powered tools, compare continuous flow and pressure, return line, case drain, electrical functions, PTO speed or other required services with the attachment specification.
Verify the working combination
Include the coupler, attachment, rotator or tilt unit, carried load and actual working radius when checking stability, capacity, visibility and manufacturer limits.
Before ordering
Compatibility is more than a matching coupler
A tool can physically fit a carrier and still be unsuitable because of attachment mass, load centre, hydraulic demand, control requirements or the way the work is performed. Treat the carrier, coupler, attachment and payload as one system.
For loaders and telehandlers, rated capacity and load position are central. For excavators, boom geometry, working radius and hydraulic circuits often dominate. For cranes and material handlers, the complete suspended or handled mass and load chart matter. Tractor and municipal interfaces can add PTO, linkage, ballast and electrical requirements.
- Exact carrier make, model and configuration
- Coupler, pin, loader or linkage interface
- Attachment mass, dimensions and centre of gravity
- Payload or material density where relevant
- Hydraulic flow, pressure, return and case-drain requirements
- Electrical, PTO or auxiliary control functions
- Working radius, load centre and stability limits
- Transport, visibility, guarding and maintenance constraints
Browse another way
Know the tool or the job instead?
The machine-type directory is the best starting point when the carrier is already fixed. If you know the attachment family or the task instead, use the other directory routes to narrow the search from that direction.
Attachment Guides
Browse individual tools when you already know you need a bucket, grapple, breaker, rotator, mulcher, fork, compactor or another attachment family.
Browse attachment guides →Applications
Start from excavation, demolition, forestry, material handling, road maintenance, recycling, snow work and other jobs when the required result is clearer than the tool choice.
Browse applications →Manufacturers
Use manufacturer profiles to connect brands with the attachment families they produce and continue from there to independent carrier and application guides.
Browse manufacturers →Machine-type directory FAQ
Common questions
Does the machine weight class tell me which attachments fit?
It is only a first filter. Two machines in a similar weight class can have different couplers, lifting capacity, hydraulic flow, pressure, reach and approved attachment limits. Use the exact machine specification before choosing a model.
If the coupler fits, is the attachment compatible?
No. Mechanical fit does not confirm structural, hydraulic or stability compatibility. Attachment mass, centre of gravity, operating load, hydraulic requirements, controls and the carrier manufacturer’s limits still need to be checked.
How should I compare hydraulic attachments for my machine?
Compare the attachment’s required operating flow and pressure with the carrier’s available continuous supply, then check return pressure, case drain, hose size, cooling and controls where applicable. Maximum headline flow alone is not enough.
Where can I find attachments for a particular job?
Open the relevant machine guide to see related attachment families, or use the application directory when the job is the better starting point. You can then use attachment guides and manufacturer profiles to build a shortlist.