How Manual Handling Flags Affect Your Freight Costs and Transit Times

What Is Manual Handling in Freight?

Manual handling in freight refers to any item that cannot be safely moved using forklifts, pallet jacks or automated conveyor systems. When freight requires hands-on lifting, guiding, stabilising or special movement, carriers classify it as manual handling (MH).

Once a shipment is flagged as manual handling, it is removed from standard automated workflows and processed through slower, labour-intensive handling lanes inside carrier depots.

Why Carriers Flag Freight for Manual Handling

Carriers flag freight for manual handling when it presents a safety risk, handling difficulty or processing inefficiency. This assessment is based on physical characteristics, not how the freight is described on the booking.

Many businesses assume MH applies only to fragile items, but in reality it applies to anything that cannot move safely or efficiently through standard depot equipment.

• Irregular or non-rectangular shapes
• Freight that cannot sit flat on a pallet or conveyor
• Loose items not secured within packaging
• Overlength freight, commonly over 1.2 to 2.4 metres depending on carrier
• Rolling freight such as pipes, cylinders or fabric rolls
• Fragile surfaces or breakable components
• Items too heavy for safe manual lifting but not forklift-friendly
• Top-heavy or unstable loads
• Damaged or collapsed packaging

Common Freight Types That Trigger Manual Handling

Certain freight categories consistently trigger MH flags because they do not suit automated or forklift-based handling.

• Furniture, chairs and irregular homewares
• Long items such as timber, steel, conduit or pipe
• Tyres, wheels and awkward automotive parts
• Unboxed or shrink-wrapped bundles
• Glass panels, mirrors and fragile surfaces
• Fabric rolls, carpet rolls and cylindrical products
• Small but dense metal components
• Machinery parts not mounted on pallets or skids

How Manual Handling Slows Down Transit Times

When freight enters a manual handling lane, it bypasses the fast-moving systems that most carrier networks rely on to meet transit targets.

This creates processing delays that compound quickly, particularly during peak periods.

• Manual handling lanes move significantly slower than automated zones
• Two-person lifts or specialised handling may be required
• Freight cannot be loaded onto linehaul until manual checks are completed
• Additional damage inspections may delay uplift
• Bulky MH freight often waits for specific vehicle types
• High MH volumes during peak season dramatically increase delays

How Manual Handling Increases Freight Costs

Manual handling is one of the biggest sources of unexpected freight charges. Once a carrier identifies MH freight, additional fees are applied to cover labour, risk and reduced network efficiency.

These charges vary by carrier but are common across all Australian freight networks.

• Manual Handling Fee
• Non-Conveyable Item Charge
• Bulky Freight Surcharge
• Special Handling Fee
• Overlength Surcharge
• Irregular Freight Surcharge

Why Manual Handling Leads to Reweigh and Reclass Fees

Manual handling freight is more likely to be physically inspected and measured. If declared dimensions or weight are incorrect, carriers apply reweigh or reclassification charges.

This is especially common for oddly shaped freight or items that were not palletised.

• Irregular freight is harder to measure accurately without palletisation
• Unstable items can shift, increasing cubic weight
• Strapping or wrapping changes the effective footprint
• Overlength freight is frequently under-declared

Impact on DIFOT (Delivery In Full, On Time)

Manual handling directly reduces delivery reliability. MH freight is far more likely to miss linehaul cut-offs, sit in depots or require rehandling.

For industries operating on tight timelines, these delays can disrupt operations and customer commitments.

• Higher risk of missed linehaul
• More frequent depot holds
• Increased damage exposure
• Greater likelihood of failed delivery due to size or access issues

How to Avoid Manual Handling Flags

Many MH flags are avoidable with correct preparation, packaging and carrier selection. Most issues stem from freight presentation rather than the product itself.

• Palletise loose or irregular items wherever possible
• Use cartons sized correctly for conveyor systems
• Avoid pallet overhang and secure loads tightly
• Use skids or crates for machinery and awkward components
• Measure freight accurately, including length, width, height and weight
• Declare overlength items correctly at booking
• Use carriers that specialise in bulky or MH-prone freight

How QFM Reduces Manual Handling Risk

QFM actively reduces MH exposure by analysing freight profiles, packaging methods and carrier behaviour across different lanes.

Where manual handling is unavoidable, we ensure freight is routed through networks that handle it safely and consistently.

• Multi-carrier routing based on freight characteristics
• Identification of carriers with strong MH handling capability
• DIM and weight accuracy checks to prevent reclassification
• Packaging advice to reduce instability and irregular shapes
• Escalation when freight stalls in manual handling zones
• Guidance on lane suitability for MH or bulky items

Best Practices for Shipping Irregular Freight

Following these best practices significantly reduces manual handling charges and transit delays.

• Box or crate irregular freight wherever possible
• Palletise freight that cannot sit on conveyors
• Use strong packaging that will not collapse in transit
• Mount heavy items on skids with forklift access
• Avoid sending long freight through parcel networks
• Clearly label fragile, heavy or awkward items

Why Businesses Choose QFM for Manual Handling Freight

QFM helps businesses manage MH freight without constant disputes, delays or unexpected costs.

Our multi-carrier approach ensures the right network is used from the start.

• Reduced dependency on unsuitable carrier networks
• Better protection for bulky and irregular freight
• Lower reweigh and surcharge exposure
• Improved delivery reliability for non-standard freight
• Hands-on operational support for depot and handling issues