In the mushroom-growing industry, work efficiency has a direct impact on the farm’s profits. Modern mushroom harvesting trolleys can significantly streamline the harvesting process—boosting yields, accelerating work, and reducing strain on workers. However, only a properly selected trolley can deliver these benefits. Choosing the wrong device can lead to lower efficiency, higher labor costs, and even accidents.
Unfortunately, many mushroom farm owners make the same mistakes when purchasing a trolley. Below, we present the most common pitfalls and explain how to avoid them so your investment truly pays off.
Key takeaways
- The most common mistake when buying a lorry is neglecting stable electronic speed control (including very slow speed), which disrupts the work rhythm and reduces harvesting efficiency.
- In mushroom-growing conditions, easy washing and servicing are crucial: an overly closed design without modular drives or with insufficient sealing of electrical components makes disinfection harder and shortens equipment life.
- Ignoring power supply parameters (capacity, battery weight, energy efficiency of the drives, and recuperation) can lead to frequent charging, poorer ergonomics, and higher maintenance costs.
- Cutting corners on safety (locks, rails, sensors, anti-slip protection, frame/platform safeguards, CE compliance) is risky, because the lorry works with a person at height and must genuinely protect against accidents.
- The lorry must be selected for the full range of work (from the lowest to the highest shelf) and for ergonomics, while the financial decision should be based on TCO and the potential to improve efficiency, not only on the purchase price.
Mistake 1: Lack of Stable Speed Control
A mushroom harvesting trolley should move smoothly, regardless of load or conditions. A common mistake is neglecting this aspect and buying a model that slows down or jerks under load. Unstable driving speed disrupts work rhythm—sometimes the picker must wait, sometimes chase the trolley, and occasionally the device stops abruptly. This prolongs harvest time and decreases efficiency.
It’s also important to consider the trolley’s speed range. If it cannot move very slowly at a constant speed (around 0.6–0.7 m/min, or even lower) under full load or without it, efficient harvesting becomes difficult.
How to avoid this mistake:
Choose a trolley equipped with an electronic system that maintains constant driving speed regardless of load and allows smooth speed control (from very slow to faster). Make sure it offers a sufficiently large number of speed levels (3–4 speeds will certainly limit harvesting efficiency). Soft-start and soft-brake functions are an additional advantage, ensuring smooth, jerk-free movement.
Mistake 2: Difficult Operation, Maintenance, and Cleaning
In mushroom farms, hygiene and ease of cleaning equipment are absolutely essential. Choosing a trolley with a complex design that’s difficult to disassemble and wash is a major mistake. If the drives, batteries, or control components are not modular (e.g., the lifting or horizontal-motion motor permanently attached to the trolley), thorough disinfection becomes nearly impossible (especially with hanging-type trolleys). Ignoring this leads to accumulation of contaminants and pathogens as well as faster wear in a humid, aggressive environment.
For self-propelled floor-moving trolleys, the issue looks slightly different: these devices typically cannot have removable drives, and the entire trolley is moved from room to room using additional suspension/undercarriage. Such trolleys must be designed for frequent external washing, with durable materials and high IP protection of all electrical components.
How to avoid this mistake:
Choose trolleys with a modular structure—where drive and lifting motors can be quickly disconnected without specialized tools—or self-propelled models that still feature sealed electrical components (motors, control panels). This ensures easy washing and disinfection after each crop cycle (or more often) without risking damage.
Of course, improper washing techniques (e.g., using very high pressure directly on electrical components or bearings) can still cause damage.
Mistake 3: Ignoring Power Supply and Battery Parameters
Choosing an electric trolley often leads users to overlook power efficiency. Too small battery capacity or excessive energy consumption by the motors can drastically limit operating time. If the trolley requires frequent charging (e.g., cannot last a full shift) or uses very heavy batteries, it loses functionality and ergonomics.
The lifting motor (and lifting system as a whole) must be optimized for energy consumption—otherwise the batteries discharge quickly and their lifespan decreases. Excessive current draw during lifting may indicate resistance in components, leading to faster wear and reduced safety. Similarly, the horizontal-motion drive should have high torque at low speeds while still being energy-efficient, as it works continuously.
How to avoid this mistake:
Check how long the trolley can operate on a full charge and the capacity and weight of its batteries (typically, two 15 Ah batteries are enough for an aluminum hanging trolley—excluding integration with MycoSense Spotligh). Modern trolleys can run for several days without charging (25–35 hours of continuous horizontal drive). Choose models with efficient motors and energy-saving features (e.g., regenerative braking). Lighter batteries also reduce operating costs.
Mistake 4: Overlooking Critical Safety Features
Safety should never be compromised. Yet buyers sometimes focus solely on price, forgetting about essential safety systems. This is extremely risky—a trolley lifting people to considerable heights must fully protect them.
Essential safety features include:
- Automatic platform lock – an independent emergency brake or multiple locks preventing sudden descent.
- Gate lock on safety railings – prevents falling and blocks operation when the gate is open.
- Collision sensors – stop the trolley upon encountering obstacles.
- Anti-pinch protection – prevents hands/fingers from being trapped or crushed.
- Anti-slip platform surface
- Frame protection:
- Frame lock preventing the trolley from falling off the top rail.
- A long frame reducing injury risk if the upper rail shifts.
- Platform detachment protection – a permanent lock integrated with the trolley to prevent accidental detachment.
How to avoid this mistake:
Ensure the trolley features all listed safety systems and complies with health and safety standards (e.g., CE certification). A robust, stable design built from durable materials is also a sign that the manufacturer prioritizes user safety.
Mistake 5: Inadequate Working Range – Limited Access to Shelves
A common mistake is choosing a trolley that cannot reach all levels of the growing shelves. The lowest and highest shelves are usually problematic: if the platform cannot lower enough, workers must bend or use an additional trolley. This slows work, reduces ergonomics, and requires extra investment.
Similarly, insufficient maximum lifting height makes harvesting from the top shelves difficult—especially at shelf edges or when workers are not tall enough. This can reduce yield or force unsafe practices like using stools or ladders.
How to avoid this mistake:
Before buying, compare the trolley’s minimum and maximum working heights with your shelving system. The ideal trolley allows comfortable harvesting from the floor up to the highest shelf, eliminating the need for two devices.
Mistake 6: Neglecting Worker Ergonomics and Comfort
The human operator is the most important part of the harvesting process. Poor ergonomics lead to fatigue and reduced productivity.
Warning signs of poor ergonomics:
- No adjustable shelves or seat
- Uncomfortable controls—remote located too far from the natural working position
- No lighting
- Poorly designed railings limiting workspace
How to avoid this mistake:
Choose a trolley designed with operator comfort in mind: adjustable seat and shelves, intuitive controls, built-in LED lighting, and rounded railings. These features reduce fatigue and help maintain high harvesting speed throughout the day.
Mistake 7: Choosing Based Solely on Price Instead of Quality and Efficiency
Buying a harvesting trolley is an investment in farm productivity. Opting for the cheapest option often means poor quality, reduced functionality, and higher long-term costs.
Budget models often lack key features: stable automation, efficient batteries, sealed components, safety systems, and ergonomic solutions. Cheaper materials may corrode or degrade quickly.
Higher-quality trolleys can increase harvesting efficiency by up to 20% and reduce labor needs by 10–15%. Savings from labor and increased yield quickly offset the higher purchase cost.
How to avoid this mistake:
Consider total cost of ownership, not just the purchase price. A reliable trolley pays for itself through higher productivity and fewer breakdowns.
How to Avoid These Mistakes?
Choose Proven Solutions
The first step is awareness; the second is selecting a trolley designed to eliminate these issues. Create a checklist of key requirements:
- Stable, smooth driving speed even at very slow settings
- Easy maintenance and cleaning—removable drives, sealed electronics
- Efficient power supply—long battery life, lightweight batteries
- Full safety package
- Wide working range
- Integrated scale on shelves
- High ergonomics—adjustable components, LED lighting
- No barriers obstructing crate placement
- Integration with MycoSense Spotlight and cruise-control functionality (GrowTime implemented this first on August 10, 2025)
GrowTime’s Newton and Pascal models meet all these criteria.
Newton Trolley – Ergonomics and Reliability
Newton is a suspended electric trolley known for exceptional ergonomics and functionality. It provides constant automatic driving speed regardless of load, with multi-level speed adjustment for precise selective harvesting. The platform reaches both the lowest and highest shelves comfortably.
All drives can be quickly removed for washing, and electronics are water-protected. Newton includes a full safety package, adjustable crate shelves and built-in scale, and ergonomic design. Efficient batteries allow several days of work without charging.
Pascal Trolley – Maximum Efficiency and Safety
Pascal is an innovative self-propelled trolley combining electric drive with hydraulic lifting. Fully automated, it moves along the shelves via remote control while the platform lifts hydraulically.
It increases harvesting efficiency by up to 20%. Pascal offers ergonomic work at all levels, operator authorization via chip login, advanced safety systems, LED lighting, an integrated weighing system, and a smooth four-way adjustable seat. Its batteries last up to 35 hours, and regenerative braking extends this further.
Installation of MycoSense Spotlight in Newton and Pascal Trolleys –
A New Dimension of Harvesting Efficiency
MycoSense Spotlight is an advanced scanner that uses machine-learning algorithms to identify and illuminate mushrooms ready for harvest based on predefined instructions. It ensures precise selection, reducing premature or delayed picking and maximizing marketable yield.
When MycoSense Spotlight is fully integrated with cruise-control functionality in GrowTime’s Newton and Pascal trolleys, you gain additional automation: the trolley moves automatically along the shelves, and its speed is intelligently adjusted based on harvesting instructions.
This allows pickers to focus entirely on harvesting, without manually pushing the trolley, reducing strain and increasing productivity. Studies show that MycoSense Spotlight alone can boost harvesting efficiency by up to 30%, and with cruise control, this optimization increases even further.
Summary
By avoiding these mistakes and choosing a safe, ergonomic, and efficient trolley, you ensure higher yields and lower labor costs. Modern devices such as Newton and Pascal prove that such investment pays off quickly. A well-chosen mushroom harvesting trolley is not an expense, but an investment in the future of your business.
FAQ – frequently asked questions
Which speed characteristic should be checked first?
Whether the lorry maintains a constant speed regardless of load and offers a smooth range and an appropriate number of “gears,” including a very slow harvesting pace.
Why can too few speed levels harm efficiency?
Because it limits the ability to match the pace to shelf conditions and the harvesting day, making work less smooth.
What does “easy cleaning” of a lorry mean in practice?
A modular design or the ability to wash it safely from the outside, together with protected electronics with an appropriate IP rating in a humid environment.
Which battery parameters are crucial when choosing?
Operating time on a single charge, battery capacity and weight, and the energy efficiency of the drives (especially lifting and horizontal movement).
Which safety systems are essential?
Among other things: an emergency platform lock, rails with a gate lock, collision sensors, anti-crush protection, an anti-slip platform, and frame and platform safeguards.
Why are the minimum and maximum working heights so important?
Because too narrow a range forces bending, the use of additional equipment, or risky workarounds on the highest shelves.
Which ergonomic elements have a real impact on harvesting speed?
An adjustable seat and shelves, intuitive controls within reach, and lighting (for example, LED), which reduce fatigue during long working hours.
Is it worth being guided only by the lorry’s purchase price?
No. We recommend calculating the total cost of ownership (TCO) and taking into account losses from downtime, repairs, and the potential gains from higher efficiency.
