Extended Reality (XR)
Holograms & Experiential
Digital Twins, BIM & AI
Industrial & Vocational Simulators
EHS Safety VR Modules
Defense, Medical & EdTech Labs
Case studies
Simulators
Culenz builds VR and mixed reality training for aircraft maintenance. Technicians learn component locations, inspection routines and procedures on a virtual aircraft, without taking a real one out of service.
01 — Simulators
Inspect a full-scale virtual aircraft and spot planted faults.
Removal and installation tasks follow the maintenance manual's sequence.
Repeat tasks that happen rarely on real aircraft.
Each task is logged to support your training records.
02 — In depth
Aircraft are expensive to take out of service for training. Many maintenance tasks happen rarely, so technicians may go months without practising them.
A VR aviation maintenance simulator places a full-scale virtual aircraft in the training room. Technicians practise inspections and procedures whenever they need to.
Training no longer depends on hangar slots or aircraft availability. Trainees can practise as often as the programme needs.
Trainees inspect a full-scale virtual aircraft and look for planted faults. These may include leaks, damage, missing fasteners or worn tyres.
The simulator records which faults each trainee finds and misses. Instructors then focus training on the areas trainees overlook.
Removal and installation tasks follow the maintenance manual's sequence. Trainees use virtual tools and must complete each step in order.
Mixed reality can place components on a real bench. Trainees then handle real tools while following virtual guidance.
Trainees explore systems such as landing gear, engines, hydraulics and avionics in 3D. They can view components that are hard to reach on a real aircraft.
Cutaway views show how parts fit and work together. That builds understanding before trainees work on a real aircraft.
Every task is logged with the trainee's name, score and time. Records support your training files and audits.
Aviation regulators set the rules for approved training. We work with your training team to fit VR into your approved programme.
We build content for the aircraft types your organisation maintains. Your engineers review every procedure before trainees use it.
New types and procedures can be added later. That keeps the simulator in step with your fleet.
Trainees often miss faults in hard-to-see areas, skip steps in a long procedure or use the wrong tool. These errors matter greatly in aviation.
The simulator records each missed fault and skipped step. Instructors then focus practice on the areas each trainee overlooks.
Maintenance staff should also take the Culenz work at height and PPE modules. Much aircraft work happens on stands and platforms.
Hangar teams often add the fire extinguisher and chemical handling modules, which cover fuel, oils and cleaning chemicals.
Ask which exercises are included and whether they match your syllabus or job tasks. Check that scores measure the skills your assessors care about.
Ask how records export to your LMS, and who updates content when your equipment or procedures change. Confirm how quickly faults are fixed.
Finally, try it yourself with a trainer and a trainee. A short demo shows whether the controls and feedback feel right for your learners.
Most Culenz simulators run on standalone VR headsets such as Meta Quest 3, so they need no PC or cables. Some add replica tools or controls where muscle memory matters.
Where the task needs a seat, a joystick or a full-size tool, we supply a training station built for daily use. Every station is tested with your trainers before handover.
We advise on how many stations you need from your batch sizes and training hours. Spare headsets and controllers keep sessions running if a device fails.
Every attempt is logged with the trainee's name, exercise, score, time and errors. Trainers see each trainee's progress on one dashboard.
Records export to your LMS through SCORM or xAPI, or as a spreadsheet for audits and funding reports. That gives skill councils and employers evidence of practice hours.
Group reports show which exercises most trainees find hard. Trainers can then spend more workshop time on those skills.
Many organisations start with one centre or one batch as a pilot. That tests timetables, storage and trainer routines before a wider rollout.
Standalone headsets travel easily between centres and need little IT support. Our SafeSim Uno platform updates every device and collects records in one place.
We train your trainers to run sessions and look after the equipment. They then teach new batches without needing Culenz on site.
Culenz is a virtual reality company headquartered in Jaipur, with offices in Secunderabad and Dubai. We build VR training simulators for institutes, employers and government programmes in India and the UAE.
One team scopes the aviation maintenance simulator with your trainers, builds it, installs it and supports it. An annual maintenance contract covers repairs, spares and content updates.
Quotes list content, hardware and support separately. You see exactly what each part costs before you commit.
03 — FAQs
Aviation regulators set the rules, and they differ by country. VR is usually used for familiarisation and practice alongside approved training, not as a substitute for required practical experience. We work with your training team to fit VR into the approved programme.
Airlines, maintenance and repair organisations, air forces, aviation colleges and helicopter operators. Any organisation that trains maintenance technicians benefits, because aircraft time for training is limited and expensive. Records also support each trainee's training file.
Yes. We can build content for helicopters as well as fixed-wing aircraft. Each type has its own components, access points and maintenance procedures, which your own engineers review before release.
VR is usually used for familiarisation and practice alongside approved training. It doesn't replace required practical experience. Your training team decides where VR fits, and we build content to support those parts.
Yes. Multi-user sessions let several trainees work on the same virtual aircraft, each in their own headset. That suits team tasks and lets instructors guide a group through a procedure.
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Book a free demo and see what Culenz can build for you.