Parallel driving system: the key to precision farming for small farmers

The parallel driving system is now an essential tool for farmers who aim to improve land cultivation efficiency and maximise yield. This is especially relevant for small farms that cannot afford to waste resources due to imprecise field processing. Parallel driving technologies help solve this problem by ensuring precision and saving time and resources.

What is a parallel driving system and why is it needed?

A parallel driving system for tractors – is a modern technological complex that allows the tractor operator to move in parallel passes with maximum precision, avoiding gaps or overlaps when performing field operations.

Main advantages of implementing the system:

• Fuel savings of up to 15% by avoiding overlaps
• Reduced use of seeds and plant protection products by 5-10%
• Increased yield due to uniform fertiliser application
• Reduced operator fatigue and increased productivity
• Ability to work in low visibility conditions (fog, night)
• Preservation of accurate data about processed areas

Small farms particularly feel the need for precision farming, as every extra litre of fuel or extra kilogram of seeds can significantly affect profitability.

Configuration of parallel driving systems from RTK-Navigation

RTK-Navigation offers various parallel driving system solutions that differ in functionality and cost. Let's look at the main components and popular models.

Key system components

1. Agro-navigator – the main device that processes signals and displays information
2. Antenna for parallel driving – receives GPS/GNSS signals to determine exact position
3. Software – manages system operation and provides interface for the operator
4. Additional sensors (optional) – for automation of control processes

How a parallel driving system changes the approach to field processing

Implementation of a parallel driving system allows farmers to transition from traditional approaches to precision farming. Let's consider the main changes that occur after installing such a system:

Before system installation:

• Overlapping passes up to 20%
• Missed areas
• Additional costs for fuel and materials
• Dependence on weather conditions and visibility
• Increased operator fatigue

After installing a parallel driving system:

• Precision passes with minimal overlaps
• No missed areas
• Savings on fuel and materials
• Ability to work at night and in poor visibility
• Reduced operator fatigue and increased productivity
• Detailed documentation of processed areas

Economic effect of implementing a parallel driving system

Investment in a parallel driving system pays off within 1-2 seasons through resource savings and productivity improvements:

Indicator	Savings
Fuel	10-15%
Seeds	5-8%
Plant protection products	7-10%
Fertilisers	8-12%
Field processing time	15-20%

Let's calculate savings for a farm with an area of 100 hectares:

1. Fuel savings: with an average consumption of 10 l/ha and a price of 35 UAH/l, 15% savings will be: 100 ha × 10 l × 35 UAH × 0.15 = 5,250 UAH per season
2. Seed savings: with an average seed cost of 2,000 UAH/ha, 5% savings will be: 100 ha × 2,000 UAH × 0.05 = 10,000 UAH per season
3. Plant protection savings: with an average cost of 3,000 UAH/ha, 7% savings will be: 100 ha × 3,000 UAH × 0.07 = 21,000 UAH per season

Total savings per season: 36,250 UAH. With a basic parallel driving system costing from 25,000 UAH, the payback period is less than one season.

How to choose the optimal parallel driving system for your farm

When choosing a parallel driving system for a tractor, it's important to consider several key factors:

1. Farm size and crop types

   • For small areas (up to 100 ha), a basic model will suffice
   • For specialised high-value crops, more precise systems are recommended

2. Budget and planned payback period

   • Entry level: from 25,000 UAH
   • Mid-level with RTK correction: from 50,000 UAH
   • Professional level with autopilot: from 100,000 UAH

3. Required positioning accuracy

   • For general field work: 20-30 cm
   • For sowing and row cultivation: 10-15 cm
   • For precision farming: 2.5-5 cm

4. Compatibility with existing equipment

   • Check installation feasibility on your tractors and combines
   • Verify if additional adapters or mounts are required

Experience of using parallel driving systems from RTK-Navigation

Oleksandr, farmer from Kyiv region, 120 ha:

"I installed a parallel driving system from RTK-Navigation last year. Savings on fertilisers amounted to about 12%, and wheat yield increased by 7% due to more uniform application. The system paid for itself in one season."

Volodymyr, head of a farm in Cherkasy region, 350 ha:

"After installing the RTK class antenna for parallel driving, I was able to work even at night. The accuracy is incredible - up to 2.5 cm. This allowed me to optimise equipment use and increase daily productivity by 30%."

Conclusions: why a parallel driving system is a necessary investment

A parallel driving system is not a luxury, but a necessary tool for the modern farmer. Implementing this technology allows you to:

• Reduce resource costs
• Increase labour productivity
• Increase yield
• Reduce human factor influence
• Ensure accurate accounting of processed areas

RTK-Navigation offers various solutions for different categories of farms, from small farms to large agricultural holdings.

Take a step towards precision farming today!

Don't lose profit due to imprecise field processing. Install a modern parallel driving system from RTK-Navigation and feel the difference this season!

Contact us for consultation and selection of the optimal solution for your farm:

• Phone:  +380954571812
• Email: agronavigationua@gmail.com
• Website: https://rtk-navigation.com

Improve the efficiency of your farm with innovative parallel driving systems from RTK-Navigation!