Why agricultural businesses lose profit on training and presentations?
Staff training in agribusiness is always a trade-off between speed and quality. Once the season has started, you have no time to pull machine operators or agronomists away for long courses: equipment sits idle, the field waits, and the training budget grows.
As a result, the employee starts work with minimal skills, makes mistakes when setting up equipment, and loses a harvest that no amount of money can restore.
Classic demonstrations of new machinery or agrochemicals are just as costly. To show a product to dealers or farmers, you need to gather people for a demo, rent a site, and spend days on logistics.
Meanwhile, the visitor sees the machine in a static state and can only guess how it behaves in a real field—during turns, under load, in difficult conditions.
Outdated training and demonstration methods hurt profits twice. The first blow is direct costs: fuel, equipment downtime, lecturer fees, and organization.
The second is indirect: an employee who learned “on a stand” is afraid of difficult situations, damages components, and reduces output. And a farmer who did not see the equipment in action walks away to a competitor with a more visual offer.
Virtual reality solves both problems. Staff training takes place on a digital copy of your combine or tractor, where you can practice without risk to the harvest or equipment.
Machinery presentation becomes a full test drive in any field conditions—even where you physically cannot go. We work on professional equipment and proven tools, so you get a stable result without failures.
In the end, you not only save on logistics and downtime, but you also get employees who reach full productivity faster and clients who buy equipment after the first virtual demonstration.
What implementing VR/AR solutions brings to your agribusiness
In agribusiness, every mistake costs a harvest, and training seasonal staff takes weeks. While a newcomer is learning the machinery, sowing deadlines slip; while you are showing products to a partner, they are choosing a competitor. Truetech uses VR/AR to turn these processes from a cost center into a competitive advantage.
Here is what changes in practice:
- Faster staff training. Instead of lectures and long field internships—virtual simulators. An employee practices operating machinery and handling emergency situations in just a few hours, without risk to crops or equipment. Mistakes happen in simulation, not in the field.
- Visual product presentations. An AR catalog or VR tour of the farm lets a buyer see the product in the context of its use. No need to transport samples across half the country—everything is shown at negotiations, at an exhibition, or right on the farm.
- Higher sales. A live, three-dimensional model of a seeder or a field flyover makes a stronger impression than any brochure. The client understands the value of the offer faster and puts off the decision less often. In our practice, customers close deals two to three times more often after negotiations.
- Lower costs. Less spending on fuel for training trips, equipment depreciation, and travel. Virtual testing replaces expensive field trials, and remote presentations save time for agronomists and managers.
The implementation pays for itself in one season: faster-prepared staff, a clear product, fewer losses, and more deals. Almost any process in agribusiness—from training to sales—can be moved into VR/AR, delivering a measurable result for the budget.
Which VR/AR formats suit different manufacturer tasks
Agriculture is one of the most conservative industries, but it is exactly where VR and AR deliver quick, measurable results. They reduce equipment downtime, speed up employee training (simulators and trainers), and make product presentations clear for partners.
The key is to choose the right format for a specific business task, not to introduce technology for its own sake.
We develop applications on the professional Unity engine—this guarantees correct operation on any device, from virtual reality headsets to ordinary smartphones. Therefore, the format is chosen not by hardware limitations, but by the manufacturer’s task. A comparison of popular formats is in the table.
| Format | For whom | What it gives the client |
|---|---|---|
| Full immersion (VR) | Machine operators, mechanics, safety officers | Safe skill practice without risk to equipment, fewer breakdowns and injuries |
| AR overlay | Agronomists, team leaders, field specialists | Data on fields, crops, and machinery directly on a smartphone screen—fewer mistakes and less paperwork |
| 3D presentation | Sales department, marketing, exhibitions | A clear demonstration of machinery or a product to the client, higher negotiation conversion |
As you can see, each format has its own role. If you need to train employees on a complex machine, we choose a VR simulator. If agronomists need to see field conditions in real time, an AR overlay works.
If the goal is to sell an expensive piece of machinery, we use a 3D presentation. During a consultation, we will help you determine what will pay off in your operation and offer an option that fits your budget.
Stages of developing a VR/AR application for agriculture
In agriculture, any downtime and mistakes are expensive, so we have structured the development process so that at every step you understand what is happening and can influence the outcome. Below are the six stages that all our projects go through.
-
Brief. We discuss your task: which employees need training, which equipment to show, or which process to visualize. We create a list of scenarios the application will work with—this is the foundation that prevents rework in later stages.
-
Plan and estimate. We fix the timeline, scope of work, and cost. You receive a clear schedule with checkpoints and know exactly what you are paying for—no hidden work along the way.
-
Concept approval. We show what the interface will look like and how the user interacts with the application: where they click, what they see, what hints they get. At this stage, making changes is cheapest, so we aim for full approval.
-
Development. We build the application and send working intermediate versions every one or two weeks. You see how function after function becomes a finished product and can provide feedback promptly.
-
Testing and launch. We test the application on the real equipment your employees or clients use. We fix any issues, then install everything on your devices and provide operating instructions.
-
Support. We train your employees, answer questions, and support the first weeks of operation. If needed, we refine scenarios for new tasks—this is cheaper than ordering development from scratch.
We use this approach for projects in the agricultural sector: from training machine operators on new equipment to virtual tours of the farm for investors and partners. You always know where the project stands, when it will be ready, and what the business will get on delivery.
What is included in a finished VR/AR solution
A complete VR/AR solution for agriculture is not just an application—it is a fully closed, turnkey task. You receive a working tool that can be immediately implemented into staff training, machinery presentations, or control processes. Below is exactly what is included in the delivery and what you can use from day one.
- A ready-made application for your task. Adapted to agricultural specifics: virtual field walks, equipment operation training, fertilizer application rate trainers, and interactive equipment maintenance instructions.
- Installation and setup on your devices. We configure everything so employees do not have to deal with settings—just open and work. It works on headsets, tablets, and smartphones that the farm already has.
- Clear instructions for staff. Video and printed materials without technical jargon. Operators, machine operators, and agronomists will understand them from the first launch; no days of “ramping up” are needed.
- Training for your team. We conduct a hands-on session with employees: from the first launch to typical scenarios. In the end, you have a specialist who can pass the skills on to colleagues.
- Rights to the product. All rights to the developed solution transfer to you. No hidden licenses or payments—you own the tool and can develop it further with our support or without it.
- Warranty and technical support. After launch, we help with settings, answer questions, and promptly resolve issues. We stay in touch even when the project is formally delivered.
- Updates as needed. Agriculture changes—regulations and technologies change. We will update the application if you change your equipment model, crop rotation, or training scenario.
- Project passport and documentation. A brief description of all modules, operating procedures, and typical solutions. This is for transparency: you see how the solution is structured and can control its use.
This package removes the main problem—when developers “hand over the project and leave” while questions remain. You get not just a program but a working tool with support, and your staff starts using it within days after delivery.
Case study: an agricultural company increased machinery sales with a VR presentation
The client is an agricultural machinery dealer, AgroTech. The company sells combines and tractors, and the average purchase involves a significant investment. Buyers are farmers from remote regions, and every visit to the showroom means days of travel.
Showing a new product in person was only possible at exhibitions, so some clients turned to competitors who could demonstrate the machine faster.
We developed a VR presentation: the buyer puts on a headset and finds themselves in a virtual field. They see the machinery at full scale, enter the cab, check visibility, and change attachments. For the seller, this works like a personal test drive—without machine delivery and logistics.
Results after two months: conversion from lead to deal increased by 37%, and the average deal time dropped from 14 days to 5. Regional sales grew by a quarter—the VR presentation made it possible to close clients who never made it to the showroom. Managers use the application anywhere: at an exhibition, in the field, or during a video call.
The main thing the customer noted: clients began making decisions faster. Instead of long approvals and repeat visits—one meeting and immersion in the machine.
This not only accelerated the funnel but also raised loyalty: buyers are more willing to recommend the dealer to colleagues.
How to choose the right VR/AR format for your task
The VR/AR format is not a question of “trendy or not” but of what specific task you are solving. For agriculture, the choice comes down to three scenarios: accelerate staff training, sell machinery or produce visually, and reduce losses during field work.
Once you define that goal, the right format is almost automatic—VR or AR simply answers different questions.
Virtual reality is needed where acting live is dangerous, expensive, or impossible. A new employee learns to operate a combine or disassembles a mechanism in VR before sitting in real machinery—without the risk of breakdown or downtime.
This is a case where the “lack” of reality becomes an advantage: you can make ten mistakes in a row and just press rewind. For training, certification, and skill practice, VR delivers measurable results: faster onboarding and fewer accidents.
Augmented reality works where context is needed right “in the field”—overlaid on the real camera. A technologist points a tablet at a plant and sees the growth stage, fertilizer application rates, or the treatment history of a plot. It is not a replacement for an agronomist, but a tool that removes guesswork and paper journals.
A prototype of future machinery overlaid on an exhibition stand is also AR: a visitor sees the machine live and immediately understands its scale and configuration without long explanations.
The key selection principle is reflected in the question: “What should the user do—see a virtual scene or get data about the real one?” If the answer is “see and practice”—we choose VR; if “get a hint while looking at a live object”—AR.
We do not force the task to fit the technology: first we analyze your process, then we propose a format that delivers value from the first implementation stage.
In both cases, you get a solution that pays off through measurable business indicators: training speed, number of demonstrations, decision accuracy. Show us your task—and we will recommend the format that solves it with minimal implementation costs.
Frequently asked questions and customer concerns
We understand: any new technology in agribusiness raises questions—will it disrupt operations, how quickly will it pay off, and who will help after launch.
Below we answer the most common customer concerns so that you can make a decision calmly, with complete clarity on cost, timeline, and support.
How much does development cost? Will it be more expensive than traditional training?
The cost is always calculated for a specific task: the number of scenarios, the number of employees, and the device format. In most cases, a VR/AR solution is cheaper than constant trainer visits or repeated purchases of expensive equipment. You receive a fixed estimate before work begins, with no hidden fees.
How quickly can the application be put into operation?
A working prototype appears within a few weeks after the brief. Full implementation usually takes one to two months, including adaptation to your processes. We set the timeline so that the solution starts delivering value in the current season, not in a year.
Is it difficult for employees to work with VR/AR? Will everyone need to be retrained?
The interface is designed to be as simple and intuitive as possible. Most operations come down to natural movements and on-screen prompts, so training takes a few hours.
We ensure that even employees with no experience using digital tools quickly start using the application in their daily routine.
What happens after launch? Who is responsible for stability and updates?
We support the project after delivery: we quickly fix issues, update content, and add new scenarios if your processes change. Support is included in the contract, so you always know who to contact and how quickly you will receive help.
If your situation has a special question, ask us directly. We will explain in detail what the solution will look like for your specific farm, how long development will take, and how to get results faster.Shall we discuss your VR/AR development task?
Leave a request and we will contact you within one business day, clarify your task, and propose solution options. This is non-binding: you will receive an expert assessment, not a marketing promise.
We work with agribusiness and understand that VR/AR are needed not for the technology itself, but for a measurable result: fewer staff errors, faster training, better process control. So after you reach out, you will get a concrete plan, not general words.
What you get after your inquiry:
- Consultation with a specialist — we will break down your task and show where VR/AR will have an impact and where they are not needed at all.
- Timeline and stage estimate — an understanding of when the first result will appear and how long the whole project will take.
- A transparent estimate — we fix the cost at the start, with no hidden fees or “surprises” midway through.
- A prototype for testing — before full-scale development, you will see the key scenario in action and can evaluate it.
- Guarantees in the contract — we fix the timeline, scope, and responsibility. You pay for the result, not the process.
- Support after launch — we train employees, support implementation, and stay in touch once the project is running.
Gather the scenario you want to improve—even a rough idea. We will turn it into a ready-made solution that pays off. Leave a request, and this week you will know what your project looks like in detail and what it will bring to your business.