What is pallet racking?

Pallet racking is a warehouse storage system designed to store palletised goods on horizontal beams supported by upright frames. It maximises vertical space, improves inventory organisation, and allows forklifts to access stored pallets safely and efficiently in industrial environments.

What are the different types of pallet racking systems?

Common types of pallet racking include selective pallet racking, drive-in racking, push back racking, pallet flow racking, shuttle racking, and mobile pallet racking. Each system offers different storage density, accessibility, and inventory rotation benefits depending on operational requirements.

How do I choose the right pallet racking system?

Choosing the right pallet racking system depends on pallet dimensions, load weight, SKU variety, inventory turnover rate, and available warehouse space. Warehouses requiring direct pallet access often use selective racking, while high-density operations may benefit from drive-in or shuttle systems.

What is the weight capacity of pallet racking?

The weight capacity of pallet racking varies based on beam length, upright thickness, steel grade, and overall system configuration. Load ratings are specified per beam level and per bay and must comply with Australian Standard AS 4084 to ensure safety and structural integrity.

Is pallet racking compliant with Australian safety standards?

Yes, pallet racking systems installed in Australia should comply with AS 4084 – Steel Storage Racking standards. Compliance ensures proper design, installation, load signage, and routine inspections to minimise workplace risks.

How much does pallet racking cost in Australia?

The cost of pallet racking in Australia depends on system type, warehouse size, load requirements, and installation complexity. Selective pallet racking is generally more cost-effective, while automated systems require higher upfront investment but deliver long-term operational efficiency.

Can pallet racking be customised for specific storage needs?

Yes, pallet racking systems can be customised in height, beam length, load capacity, and layout configuration. Additional safety accessories such as rack protectors, mesh decks, and column guards can be integrated to enhance durability and compliance.

How often should pallet racking be inspected or maintained?

Pallet racking should be inspected regularly to maintain structural integrity and workplace safety. Routine visual inspections are recommended weekly or monthly, while formal inspections by a qualified professional should be conducted at least annually in accordance with Australian standards.

What industries commonly use pallet racking systems?

Pallet racking is widely used in logistics, manufacturing, retail distribution, food and beverage, pharmaceuticals, and e-commerce sectors. Any operation storing palletised inventory can benefit from structured warehouse racking systems.

What are the benefits of installing pallet racking in a warehouse?

Installing pallet racking increases storage capacity, improves inventory visibility, enhances picking efficiency, and supports safer warehouse operations. It also allows businesses to scale by maximising vertical storage space and optimising workflow.

Cold Chain Shuttle Racking Project – Vinatech Australia

Name: Pallet Racking System
Brand: Vinatech Australia
Availability: InStock

Problem

In cold storage, every cubic metre of refrigerated space has an operating cost. Even areas used for access aisles rather than product storage still need to be continuously maintained at the required temperature. Making efficient use of the available refrigerated volume was therefore a key priority for this export processing facility.

The 5,500 m² cold storage warehouse needed to accommodate large volumes of relatively uniform, palletised goods organised primarily by product and batch. At the same time, inventory volumes could increase significantly around production and export schedules.

A conventional racking layout with numerous forklift aisles would limit the proportion of the refrigerated space available for actual product storage.

The customer therefore needed to:

Increase capacity within the existing 5,500 m² refrigerated footprint
Make better use of the available 12 m warehouse height
Store large quantities of uniform, batch-based goods efficiently
Reduce floor space dedicated to conventional access aisles
Improve organisation of products by batch and export lot
Limit unnecessary forklift movement within deep storage areas
Accommodate inventory peaks ahead of export schedules

The key challenge was to increase the amount of inventory stored within the existing temperature-controlled volume, rather than expanding the cold storage footprint.

Solution

Vinatech implemented a 2-Way Shuttle Racking System configured specifically for high-density cold storage.

The warehouse was organised into compact, deep-lane storage blocks rather than multiple conventional pallet rows separated by forklift aisles. Within each lane, a radio shuttle moves pallets forwards and backwards between the loading face and their designated storage positions.

The racking reaches approximately 12 metres in height across 5 storage levels, allowing the system to utilise both the depth and height of the cold storage facility.

With approximately 7,500 pallet positions across 5,500 m², the completed configuration provides around 1,360 pallet positions per 1,000 m² of total warehouse floor area.

Storage lanes can also be allocated according to individual products, production batches or export lots, making the system particularly suitable for relatively uniform goods stored in larger quantities.

The solution includes:

Approx. 7,500 pallet positions
5 vertical storage levels
Approx. 12 m racking height
Approx. 1,360 pallet positions per 1,000 m²
High-density deep-lane storage blocks
Shuttle-assisted pallet positioning within each lane
Fewer conventional forklift aisles
Dedicated lanes for different products and batches
FIFO or LIFO configurations according to inventory flow requirements

Rather than simply adding more rack positions, the system was designed to increase the proportion of the refrigerated warehouse volume used for actual product storage.

Outcome

The completed 2-Way Shuttle System provides approximately 50% more pallet capacity than a conventional Selective Racking configuration within a comparable refrigerated footprint.

Approximately 7,500 pallet positions can be accommodated within the 5,500 m² facility, providing an overall capacity of around 1,360 pallet positions per 1,000 m².

For cold storage operations, however, the main benefit extends beyond pallet capacity. By consolidating inventory into deeper and more compact storage blocks, less refrigerated floor area is dedicated to access aisles and a greater proportion of the temperature-controlled building volume is used to store products.

The project delivered:

Approx. 50% higher pallet storage capacity
Approx. 1,360 pallet positions per 1,000 m²
Better utilisation of the 12 m warehouse height
More productive use of refrigerated cubic space
Reduced floor area dedicated to conventional forklift aisles
More structured storage by product, batch and export lot
Reduced forklift penetration into deep storage blocks
Greater capacity to manage production and export inventory peaks

The higher-density configuration also means that more inventory can be stored within the same temperature-controlled envelope, helping the facility use its refrigerated infrastructure more efficiently without requiring additional cold-room space.

For the customer, the result is a cold storage operation that combines higher capacity, compact batch storage and more efficient use of refrigerated warehouse volume.

Testimonial

“The shuttle system has allowed us to make much better use of our refrigerated warehouse space. We can now accommodate significantly more inventory within the existing cold storage footprint while organising products more effectively by batch and export lot. This gives us greater flexibility when inventory volumes increase ahead of export schedules.”

– Cold Storage Operations Manager