Standard Reach Truck vs Scissor Reach Truck (Single / Double Scissor): Differences & Selection Guide

In warehouse and narrow-aisle operations, the reach truck is one of the most widely used material handling machines. Its key advantage is simple but powerful:

it can access high-level racking without the need to drive deep into the aisle, significantly improving warehouse space utilization.

Based on different reach mechanisms, reach trucks on the market can be broadly divided into two categories:

1.Standard Reach Truck (Mast Reach Type / Non-scissor reach)

The entire mast and fork carriage move forward and backward as one unit. The mast slides along guide rails within the outrigger legs.

2.Scissor Reach Truck (Single / Double Scissor Fork Extension)

 The mast remains fixed. Only the fork carriage extends forward through a scissor mechanism.

1. Core Structure & Reach Travel (Fundamental Difference)

1) Standard Reach Truck (Mast Moving Type)

·Moving parts: Entire mast + fork carriage move together

·The mast travels forward along internal rail systems inside the outriggers

·Maximum reach distance: 450–600 mm (limited by mast rail design, cannot be extended significantly)

·Suitable for single-deep racking (first pallet position only)

·No scissor linkage system; relies on sliding rails + reach hydraulic cylinder

2) Single Scissor Reach Truck

·Mast is fixed in position

·Fork carriage extends forward via a single-layer scissor mechanism

·Reach distance: around 500–600 mm

·Performance is similar to standard reach trucks in terms of reach distance

3) Double Scissor Reach Truck

·Mast remains completely fixed during operation, improving body stability

·Fork carriage extends forward via a dual-layer scissor mechanism

·Forks can extend up to 1000–1200 mm

·Can access deeper pallet positions in double-deep racking systems

2. Load Capacity, Load Center & High-Level Stability

Advantages of Standard Reach Trucks

·When extending, the whole mast and load move together, but once retracted, the load center returns fully within the truck's support base

·Higher rated capacity under the same size class (commonly 2.0–2.5 tons)

·Best stability at high lifting heights (8–14 meters), with minimal sway

·Ideal for heavy-duty, high-rack stacking operations with the lowest tipping risk

Limitations of Scissor Reach Trucks

·Single scissor: Acceptable stability at short reach distances; Double scissor: When fully extended, only the fork tip carries the load → the center of gravity shifts significantly forward

·Rated capacity is reduced: Single scissor: ~1.6–2.0 tons; Double scissor: ~1.2–1.6 tons

·Increased sway at high lift heights, requiring speed reduction for safety

Simple Stability Logic

·Standard reach truck: Whole mast system moves → balanced counterweight system

·Scissor type: Only fork extends → load is suspended far forward

3. Aisle & Racking Compatibility (Key Selection Factor)

Standard Reach Truck

·Best suited for single-deep racking

·Typical aisle width: 2.7–3.0 m

·Compact when retracted → excellent maneuverability

·Ideal for High rack storage (7m+)

·Fast-moving goods

·Heavy pallet operations

Limitation:
Cannot access second pallet position in double-deep racking

Scissor Reach Trucks

Single Scissor:

·Compatible with single-deep racking

·No major space advantage over standard reach trucks

Double Scissor:

·Designed for double-deep racking systems

·Can access front and rear pallet positions in the same aisle

·Warehouse storage density can increase by 50%–100%

·Aisle count can be reduced significantly, suited for high land or warehouse rental cost environments

·Low-frequency picking / bulk storage operations

4. Visibility, Energy Consumption & Truck Dimensions

1) Operator Visibility

• Standard reach truck:
  Clear forward visibility with no scissor obstruction; best performance at height

• Scissor type:
  Scissor arms partially obstruct forward view at low levels (double scissor more noticeable)

2) Energy Consumption

• Standard reach truck:
  Higher energy demand due to moving full mast assembly

• Scissor type:
  Lighter moving structure → lower forward extension energy consumption

3) Vehicle Length

• Standard reach truck:
  Slightly longer due to mast travel system

• Scissor type:
  Shorter chassis → better maneuverability in tight spaces

5. Purchase Cost, Maintenance & Reliability

Standard Reach Truck

·Most common market configuration → widely available and cost-effective

·Simple wear parts: Mast rollers, Guide rails, Reach cylinders

·Mature structure with very low failure rate

·Easy maintenance and widely available spare parts

Scissor Reach Truck

·Optional/custom configuration → 15%–35% higher cost

·More mechanical joints: Pins, Rollers, Hinges. Double scissor = doubled wear points

·Higher maintenance frequency due to lubrication and pin wear

·Long-term maintenance cost is higher due to increased mechanical complexity

6. Comparison Summary Table

7. How to Choose the Right Reach Truck?

Choose Standard Reach Truck if:

·You use single-deep racking

·Goods are relatively heavy

·Lift height is above 7–8 meters

·High-frequency loading/unloading

·You prioritize stability and safety

Choose Single Scissor if:

·You still use single-deep racking

·You want slightly better energy efficiency or compact design

·Occasional high stacking only

·Budget allows upgrade over standard type

Choose Double Scissor if:

·Warehouse space is limited and storage density is critical

·You use double-deep racking systems

·Focus is bulk storage rather than fast picking

·Goods are medium/light weight

·You want to maximize storage capacity per square meter