VR training simulators for oil and gas, maritime and other industries · Kazakhstan
VR training simulators based on your company’s work instructions and procedures. Your employees practice operations and emergency response as many times as needed before they set foot on a well site or a ship, with no risk to people or equipment.
The demo is free: we’ll bring headsets to your office or training center in Astana and show you our simulators. Other cities by arrangement.
All footage on this site was captured in our simulators: no renders, no stock photos. This is what the trainee sees in the headset.
Simulator for a maritime training center in Aktau. Delivered to the client, with the interface in three languages.
Project details
Alarm signal, immersion suit and life jacket, guardrail, embarkation ladder, pelican hook and canister launch, all in the right order.
Climbing down the embarkation ladder, boarding, cutting the painter with a knife, deploying the sea anchor and closing the canopy.
The casualty appears at one of ten locations: find them and throw the lifebuoy accurately.
Climbing onto the capsized raft, righting it and bailing it out.
Buoyant smoke signal, hand flare and rocket parachute flare: remove the cap, pull the pin, fire.
Bandaging the casualty’s arm and switching on the SART radar transponder.
Six linked well servicing scenarios. Pilot version: we check the steps against your company’s work instructions.
Project details
First close the gate valves and make sure there is no pressure. Then: hammer unions with a sledgehammer, rod elevator, rod wrenches.
Rod elevator onto the rod, latch, hook, rod wrench. The cycle is practiced on two rods.
ETA-60 on the hook, spider, sledgehammer on the cross, breakout with the power tong, joint onto the pipe rack.
Joint from the pipe rack to the wellhead, spider, make-up with the power tong, landing the string.
Rod elevator onto the rod, up to the wellhead on the hook, make-up with the rod wrench, rod elevator off.
Stuffing box assembly, hammer unions with a sledgehammer, flowline, opening the gate valves.
Projects we developed, from the scenario and key 3D models to the logic of every step.
Maritime training center in Aktau · maritime safety
The trainee goes through the sequence from the alarm to a closed canopy on the raft: puts on an immersion suit, launches the raft, climbs down the embarkation ladder and completes the tasks on the water.
Oil production · well servicing
Six linked scenarios in which a well servicing operator works through the full cycle by hand: dismantles the wellhead, pulls and runs rods and tubing, and puts the wellhead assembly back together.
You can know a procedure by heart and still freeze on deck or at the wellhead. Confidence comes after doing it with your own hands a few times.
On-site drills are held without stopping work, and raft righting and firefighting are practiced in training courses. In VR, a scenario runs as many times as needed, with no risk to people or equipment.
You can practice the steps without a well or a vessel, and without taking a group out to the field. The simulator sits in a training room, at a base or in a field camp.
Every worker goes through the same sequence from the work instruction. The simulator won’t let them move on until the current step is done.
Trainees don’t pick actions from a menu: they grab a tool with the controller and use it like the real thing. They turn a gate valve, swing a sledgehammer, pull the spider lever, and the physics responds to every move.
We’ve been building VR projects since 2024. We take each project from the review of work instructions and procedures to the last line of code.
Founder, CTO
Unity developer. Responsible for the scenario logic, interaction physics and hint system in our simulators.
LinkedIn3D artist
Models equipment in Blender, from the liferaft canister to the wellhead assembly.
LinkedInStart small. The demo is free; the pilot has a fixed duration and budget.
We bring headsets and show our simulators at your office or training center. Every participant tries them firsthand.
Free in Astana
Book a demoOur VR station stays with you for 4–8 weeks: you test the format with your own group before deciding to buy. We check the steps against your work instructions.
from ₸1.5M (≈ $3,300)
Discuss a pilotA simulator based on your work instructions and your equipment, from the site visit to installation.
from ₸4.5M (≈ $9,800) per scenario
Request an estimateAnimated video instructions and interactive 3D equipment models for training and presentations.
video from ₸1.2M (≈ $2,600)
Order a videoPrices exclude VAT. We agree on the final amount including taxes, the contract terms and the list of procurement documents in the commercial proposal. A 4-seat VR classroom starts at ₸5M (≈ $11,000) for software, installation and instructor training; hardware is supplied through a partner or bought to our specification, at about ₸1.3–1.5M (≈ $2,800–3,300) per station.
We work in short stages. After each one, you see the result and can adjust the scenario.
We bring headsets and show our simulators to your HSE and training specialists. We discuss which operations are most important to practice.
We sign an NDA and study your work instructions, procedures and emergency response plans. We visit the site to photograph and measure the equipment.
We map out the steps and emergency events, and model the equipment at full scale. You approve the scenario.
We build the simulator and test it with a group of your employees. We collect instructor feedback and make improvements.
We install the simulator on your hardware, train your instructors and update the scenarios when procedures change.
The first scenario tailored to your process takes 6–12 weeks. A scenario on equipment we already know takes less time than a set of several scenarios at a new site.
We’ve already built simulators for the maritime industry and for oil and gas. For mining, energy and rescue services, we build scenarios tailored to your process on the same platform.
Simulator already built
Well servicing and tripping operations. Scenarios for workover, work on pressurized equipment and gas-hazardous work are tailored to your process.
Well servicing and workover crews, oilfield service companies, training centers
Simulator already built
Abandon ship, life-saving appliances, man overboard. Fire and flooding scenarios are tailored to your process.
Crew and cadet training, training centers
Tailored to your process
Fire and gas emergency response, self-rescuers, energy isolation, lifting operations.
Mines, processing plants, production shops
Tailored to your process
Switching operations, electrical safety, work at height and in confined spaces.
Substations, power lines, thermal power plants
Tailored to your process
Emergency response on water and on land, use of rescue equipment, first aid.
Training centers, personnel training
Tailored to your process
Practice on equipment the training workshop doesn’t have, and a first look at the job before the first rotation.
Technical colleges, universities, corporate training centers
No. We bring our own equipment for the demo and the pilot. The simulators currently run on a PC with an RTX 4070-class graphics card and a Meta Quest 3 headset. For permanent use, we’ll put together a kit that fits your budget: one station costs about ₸1.3–1.5M (≈ $2,800–3,300). If your information security team doesn’t allow Meta accounts, we’ll find a headset that doesn’t need one.
A pilot with our scenarios starts at ₸1.5M (≈ $3,300), and a scenario tailored to your process at ₸4.5M (≈ $9,800). A 4-seat VR classroom starts at ₸5M (≈ $11,000) for software, installation and instructor training; hardware is supplied through a partner or bought to our specification, at about ₸1.3–1.5M (≈ $2,800–3,300) per station. Prices exclude VAT. We prepare an exact estimate free of charge after reviewing your work instructions.
The first scenario tailored to your process takes 6–12 weeks, from reviewing your work instructions to testing with a group of your employees. A set of several scenarios takes three months or more. We give the exact timeline in the estimate.
Yes, that’s the core of our work. We build the models from your drawings, photos and measurements, and the steps from your work instructions and procedures.
The maritime simulator already runs in Kazakh, Russian and English. We build new simulators in the languages you need; the language is selected in the menu before you start.
Yes. After the initial headset setup, the simulator runs locally and doesn’t need a connection, so it works at oilfields, on ships and in field camps.
No, and we don’t claim it does. The revised Occupational Safety and Health Training Rules (Ministry of Labor Order No. 223 of May 30, 2026) explicitly mention practice on simulators and training devices (paragraph 12). The order sets their effective date as July 12, 2026; the ministry has initiated a postponement to January 1, 2027. A VR simulator helps meet the requirement for such practice and prepares people for drills under your emergency response plan, but it doesn’t replace an actual drill. You handle competency checks and paperwork as usual.
Currently, the simulator guides the trainee through the steps of the work instruction and won’t let them move on until they take the correct action. During rollout, we add a hint-free exam mode, error and time tracking, and a per-employee log that can be exported for your HSE department.
We sign an NDA before receiving any documents. We don’t publish your work instructions, procedures or site photos, or share them with third parties. We specify in the contract what can be reused, such as models of standard equipment: existing models cut both lead time and cost.
That’s agreed in the contract. You can get exclusive rights to scenarios built for your equipment, or a license to use them, which costs less.
In the pilot, we compare a group trained on the VR simulator with a group that had a conventional briefing: time to complete the operation, number of errors and instructor ratings. According to a meta-analysis of VR safety training studies (Safety Science, 2024), VR training on average outperforms traditional methods in knowledge acquisition and retention, but we measure the results with your own people.
Leave your details and we’ll arrange a demo. We’ll bring headsets and show your team our simulators.
Or contact us directly:
WhatsApp+7 705 899 76 86+7 705 272 37 52hello@saqtyq.kzMon–Fri, 9 a.m.–7 p.m. Astana time
