360 Video Training vs Interactive Simulation
360 video lets trainees look. Interactive simulation lets them act. A practical guide to choosing, with findings from mine rescue VR research.
By the Firsthand XR team. Last updated .

When people say “VR training” they can mean two very different things. One is 360 video: footage filmed with a 360-degree camera and watched in a headset. The other is interactive simulation: a 3D environment the trainee moves through and changes by what they do. Both have a place. They are not interchangeable.
360 video in one paragraph
Film a real place, put it in a headset, and the trainee can look in any direction. It is quick and cheap to produce, works on almost any headset or phone, and shows real people in real places. It is excellent for orientation: “this is the site, this is where the muster point is, this is what the hazard looks like.” What it cannot do is respond. The video plays the same way whatever the trainee does.
Interactive simulation in one paragraph
The environment is built in 3D. The trainee walks, reaches, picks things up and makes decisions, and the scenario responds. In clinical simulation that means a patient whose vitals change with treatment. In safety training it means a fire that grows if you choose the wrong extinguisher. It takes longer to build, and it can measure performance, not just attendance.
What research with mine rescue brigades found
A University of Wollongong study for the Coal Services Health and Safety Trust interviewed 284 mine rescue trainees about training in a 360-degree immersive environment. 88% rated their session successful or very successful. But 36% found it lacked realism, and the researchers noted that some limitations restricted which scenarios could be used: lack of group coordination, lack of separate individual activities, lack of physical activity and lack of active motion. Most trainees “see” the environment revolving around them rather than proactively exploring it.
Trainees put it more bluntly, describing it as passive learning with no control of the movement. When the same brigades later trained in a desktop VR environment, a significant number said engagement and immersion improved.
How to choose
| If your goal is | Choose |
|---|---|
| Site familiarisation or induction | 360 video |
| Showing a real procedure performed by an expert | 360 video |
| Practising decisions under pressure | Interactive simulation |
| Team roles and coordination | Interactive simulation |
| Measuring performance and giving feedback | Interactive simulation |
| Rare, high-risk events you cannot stage | Interactive simulation |
Questions to ask a vendor
- Can I move around the scene, or only turn my head?
- What happens if I do the wrong thing?
- Can two or more trainees be in the same scenario with different jobs?
- What does the trainee see at the end: a quiz score, or a timeline of what they did?
Firsthand XR is interactive simulation: room-scale 6DoF, a live patient engine, scored debriefs and team sessions. For a side-by-side view, see interactive simulation vs 360 video, or read what Mines Rescue brigades said they need from VR.
Sources
- Perez, Palmisano and Pedram (2016), Evaluating the impact of VR-based training on competency of rescue brigades, Final Report for Coal Services Health and Safety Trust
- Pedram, S. (2018), Evaluating Virtual Reality-based Training Programs for Mine Rescue Brigades in New South Wales (Australia), PhD thesis, University of Wollongong
This article is general education, not clinical or medical advice. Follow your organisation’s policies and current guidelines.
