Order Picker Forklift: Cost, Types & Key Comparisons

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Order picker forklift comparison

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Order picker forklifts are specialised warehouse vehicles built to lift both the operator and the load platform. This unique design gives the picker direct access to individual items stored across multiple rack levels, often several metres above ground. Unlike conventional forklifts that move full pallets at floor level, order pickers are built for case-by-case or unit-level picking, ideal for operations that demand speed, accuracy, and access across vertical storage. 

To maximise efficiency, order picker forklifts are often paired with handheld devices and a warehouse management system (WMS). These tools guide operators in real time, confirm picks instantly, and keep inventory updated, turning vertical access into faster, more accurate fulfilment. 

 

Two types of order picker forklifts 

  • Low-level order pickers – used for ground and first-tier racks, ideal for fast-moving SKUs that need frequent picking. 
  • High-level order pickers – can elevate the operator up to 30 feet, allowing access to top-tier shelving in high-density racking systems. 

 

They are often compared to other material handling equipment, but each type serves a distinct purpose depending on the task and layout of the warehouse. 

 

Order picker forklift

 

How order picker forklifts compare to other equipment 

 

Equipment Type Function Operator Position Ideal Use Case Estimated Cost (USD) 
Order Picker Forklift Picks individual items from shelves Elevated with forks Multi-level case or item picking $6,000 – $50,000 (used to new) 
Pallet Jack Moves full pallets at ground level Walking or riding Short-distance transport $300 – $1,200 (manual) $2,500 – $5,000 (electric) 
Reach Truck Retrieves full pallets from height Floor level High-bay pallet storage and put-away $10,000 – $35,000 (used to new) 

Cost of Order Picker Forklifts 

Order picker forklifts represent a significant but strategic investment for warehouses aiming to improve picking efficiency and vertical storage use. Prices vary based on several factors, including lift height, load capacity, aisle compatibility, and feature sets like ergonomic upgrades or wire guidance compatibility. 

Typical pricing ranges (USD) 

Forklift Type Condition Price Range 
Low-level order picker (used) Used $6,000 – $15,000 
High-level order picker (used/refurb) Used/Refurb $15,000 – $25,000 
New low-to-mid level order picker New $20,000 – $30,000 
High-capacity or advanced models (new) New $30,000 – $50,000+ 

These figures reflect publicly listed prices across reputable platforms such as MachineryTrader, LiftToday, eBay, and specialist forklift resellers. 

Factors that influence pricing 

  • Lift height – Higher reach increases mechanical complexity and cost. 
  • Weight capacity – Heavier-duty models are typically more expensive. 
  • Guidance systems – Wire guidance or rail compatibility adds to price. 
  • Battery type – Lithium-ion systems may cost more than standard lead-acid. 
  • Brand and warranty – Premium brands and full-service packages carry a premium. 

Common Handheld Devices Used with Order Picker Forklifts 

Integrating handheld technology with order picker forklifts unlocks real-time visibility, faster pick rates, and fewer errors. These devices help operators follow guided workflows, scan SKUs on the spot, and instantly update your WMS. This means less paper, better accountability, and more efficient operations from rack to dispatch. 

Here are some of the most commonly used handheld technologies in warehouse environments: 

  • RF Scanners (Radio Frequency Scanners)
    Mounted or handheld, RF scanners are essential for verifying picks, scanning barcodes, and tracking inventory movement. They allow operators to confirm each item as it’s retrieved, reducing mispicks and supporting traceability. 
  • Rugged Tablets and Touchscreen Terminals
    Designed for industrial use, these tablets can be mounted on the forklift or held in-hand. They run WMS applications, show live order queues, and provide pick-path instructions, ideal for operators who need constant system feedback while on the move. 
  • Wearable Barcode Scanners
    These lightweight, hands-free devices wrap around the operator’s finger or wrist. Paired with a headset or display, they streamline workflows by letting operators scan and pick without stopping to handle equipment. 
  • Vehicle-Mounted Computers
    These are fixed on the forklift itself, providing a larger display for navigation and inventory management. They are often used alongside handheld scanners for complete visibility and control. 

 

These devices work best when integrated with a robust warehouse management system like SEQOS. SEQOS powers the entire picking workflow by sending step-by-step instructions to these tools and capturing every action in real time.  

 

How Handheld Devices Improve Forklift Efficiency 

Adding handheld devices to your order picker forklift setup changes how work gets done. These tools reduce downtime, prevent costly errors, and make every pick count. 

Here’s how they enhance efficiency at every level of the picking process: 

  • Instant Access to Instructions
    Devices display live pick lists, bin locations, and optimal travel paths. This reduces confusion and eliminates the need to return to a terminal for the next task. 
  • Real-Time Data Validation
    Operators can scan and confirm each item on the spot. This keeps inventory accurate and cuts down rework caused by mispicks or missed SKUs. 
  • Reduced Paper Dependency
    Digital workflows streamline communication between operators and supervisors. Updates happen in real time. No clipboards, no delays, no guessing. 
  • Faster Training for New Operators
    Guided workflows and intuitive screens mean new hires can be productive sooner. SEQOS supports this by providing step-by-step prompts, reducing the learning curve. 
  • Performance Visibility and Accountability
    With each scan tracked, managers gain insight into pick speed, task accuracy, and workflow bottlenecks. This data helps optimise routes, shift planning, and training. 

 

When handheld devices are powered by SEQOS, the impact multiplies. SEQOS builds a real-time feedback loop that ensures every device, forklift, and operator is working in sync.  

 

Cost and Types of Handheld Devices for Inventory Management 

Like forklifts, the cost of handheld devices varies in price and functionality depending on the warehouse’s size, order volume, and tech stack. 

Typical pricing ranges (USD) 

 

Device Type Common Features Price Range 
RF Scanner (basic) Barcode scanning, WMS sync $500 – $1,200 
Wearable Scanner Hands-free, lightweight, Bluetooth-enabled $800 – $1,500 
Rugged Tablet Touchscreen, forklift-mountable, runs full WMS $1,000 – $2,500 
Vehicle-Mounted Terminal Larger display, WMS dashboard access $2,000 – $5,000 
Smartphone-Style Scanner (Android/iOS) All-in-one device, camera scanning, apps $700 – $1,400 

Pricing based on listings from resellers like Zebra, Honeywell, Datalogic, and general industrial suppliers. 

 

Factors that influence handheld devices pricing 

  • Durability Rating – Devices with IP65+ ratings or drop resistance are more expensive but necessary for industrial use. 
  • Software Compatibility – Devices preloaded or certified for major WMS platforms like SEQOS may cost more but offer better integration. 
  • Connectivity – Options include Bluetooth, Wi-Fi, and cellular, essential for seamless real-time syncing. 
  • Battery Life – Long shifts require high-capacity batteries; hot-swappable units are a premium feature. 
  • Display and Input Type – Touchscreen responsiveness, glove compatibility, and resolution affect operator usability and cost. 

 

Choosing the right handheld device ensures accurate, real-time updates from the warehouse floor to your WMS.  

Best Ways to Mount Handheld Devices on Forklifts 

Once you’ve chosen the right handheld device, the next decision is how to mount it. Proper mounting impacts operator safety, speed, and device longevity. A poorly mounted tablet or scanner can slow down workflows, or worse, cause accidents. 

Order picker forklift wms

Here are the most common mounting methods for forklift devices, along with their strengths: 

1. Clamp Mounts (Pole or Overhead Bar Mounts) 

These attach to existing forklift bars or protective cages and are among the most common in high-traffic warehouses. 

  • Pros: Easy to install, stable, good for tablets and terminals. 
  • Cons: May obstruct visibility if not positioned properly. 
  • Best for: Standard rugged tablets and vehicle-mounted terminals. 

2. Dashboard/Console Mounts 

Fixed directly to the dashboard or internal panels of the forklift. 

  • Pros: Keeps devices within arm’s reach without affecting sightlines. 
  • Cons: Less flexibility in positioning; drilling may be required. 
  • Best for: Facilities with consistent forklift models and longer shift durations. 

3. Swing Arm Mounts 

Adjustable arms that can be repositioned depending on the operator’s preference or task. 

  • Pros: Highly flexible, supports ergonomic positioning. 
  • Cons: More expensive, slightly more complex to install. 
  • Best for: Environments where multiple operators use the same vehicle. 

4. Quick-Release Mounts 

These allow fast removal of the device for handheld use during non-driving tasks. 

  • Pros: Excellent for mixed-use tablets and scanners; maximises versatility. 
  • Cons: May be less secure in high-vibration environments if not properly locked. 
  • Best for: Warehouses using tablets both on and off the forklift. 

5. Wearable Integration (Holsters or Docks) 

For wearable scanners or small mobile computers, docking stations or holsters are often mounted near the seat or on the operator’s belt. 

  • Pros: Keeps hands free; minimal distraction. 
  • Cons: Not suitable for displaying WMS dashboards or detailed order info. 
  • Best for: Fast-paced picking environments with minimal on-screen interaction. 

 

Order picker forklift seqos

Transform Picking from a Bottleneck into a Competitive Edge 

The right order picker forklift can do more than access hard-to-reach stock. It can reshape the way your warehouse operates, supporting faster fulfilment, better space utilisation, and a more confident team on the floor. But equipment alone is not enough. 

Efficiency gains are maximised when your forklift is backed by systems designed to guide, track, and optimise every movement. SEQOS provides that system. With handheld WMS integration, task automation, and real-time insights, SEQOS ensures your investment in an order picker forklift delivers measurable improvements from day one. 

If your current setup is holding you back, now is the time to explore how SEQOS can unlock smarter, faster, and more accurate picking across your operation. 

Book a demo today and discover what a truly coordinated warehouse environment can look like. 

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Richard Bullock profile

Richard Bullock

Founder of Concurrent Software and Creator of the SEQOS Warehouse Management System

Richard Bullock founded Concurrent Software in 1989 and leads the development of SEQOS Warehouse Management System. He has spent more than 35 years designing warehouse and inventory software for 3PLs, retailers and healthcare and pharmaceutical distributors across Australia and overseas.
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