SimVS (Tablet-Based) vs. VR Simulation

These are two different kinds of “realism.” Virtual reality platforms (UbiSim, Oxford Medical Simulation, SimX, VRpatients) deliver immersive realism: the student puts on a headset and is inside a virtual scene. SimVS delivers physical, hands-on realism: real device interfaces on a tablet, used on the manikins, standardized patients, and task trainers already in your lab.

Quick verdict

VR is strongest at putting students inside a scene; SimVS is strongest at putting real equipment in their hands, and the research shows the two are complementary, not interchangeable.

Choose SimVS for hands-on competence: operating real devices and equipment, practicing bedside and multi-patient workflow, and building muscle memory on the manikins you already own, with no headsets to buy or manage.
Choose VR for immersion: when the goal is putting students inside environments that are hard to stage: a disaster scene, a moving ambulance, a rare crisis.

At a glance

	SimVS (tablet-based)	VR simulation (headset)
Approach	Real device interfaces on tablets, layered on manikins and SPs	Fully virtual, immersive headset environment
Hands-on psychomotor skills	Hands on real equipment	Controllers or hand-tracking; don’t replace real tactile feedback
Environments	Your physical lab and bedside	Any scene, including ones hard to stage (disaster, prehospital)
Immersion / sense of presence	Physical-room realism	High immersion and presence
Remote / distance learning	Yes, on any tablet, anywhere	Yes, but needs a headset
Hardware	Tablets you already own: iPad, Android, Windows, Mac, Chromebook	A headset per learner, plus charging, management, and sanitation
Cybersickness / accessibility	None	Documented for some learners (nausea, dizziness)
Works with existing manikins	Yes, layers onto them	Replaces the physical scene
Pricing	One-time purchase, no annual fees	Typically subscription or per-learner licensing, plus headset hardware
Best for	Hands-on device and bedside skills, equipment familiarity, team sim in a real room	Immersive scenes and hard-to-stage environments

Where VR genuinely wins

VR is a real and valuable tool, and it does things a tablet on a manikin simply can’t. When immersion is the objective, a headset is hard to beat.

Environments you can’t stage. A multi-casualty scene, a roadside extrication, a rare crisis: VR builds the whole world around the student.
Immersion and presence. A well-built headset scenario creates a strong sense of “being there,” which drives engagement.
Repeatable, standardized scenes. Every student gets the identical environment, independent of lab space or props.

SimVS puts real device interfaces on a tablet at the bedside, no headset required.

Where SimVS (tablet-based) wins

SimVS is built for the other half of the problem: getting real equipment into students’ hands in a real room.

Hands on real equipment. Students touch actual devices and manikins: program a real pump interface, run a real defibrillator interface, perform real assessment and procedures with their own hands rather than handheld controllers.
Works with what you own. SimVS layers realistic monitors, defibrillators, IV pumps, a ventilator, a fetal monitor, and a nurse-call system onto the manikins, standardized patients, and task trainers already in your lab.
No headsets to buy or manage. It runs on iPad, Android, Windows, Mac, and Chromebook, with no per-learner headsets to purchase, charge, sanitize, or troubleshoot, and no cybersickness barrier.
Real team interaction. Students communicate face to face in a physical room, the way a real unit works, including multi-patient prioritization through the Nurse Station.
Predictable budget. A one-time purchase with no annual fees, versus the subscription-plus-hardware model typical of VR.

What the research says

The nursing-education literature lands in a consistent place: VR is valuable, and it works best alongside hands-on training rather than instead of it.

VR raises knowledge and engagement. Studies find VR can improve knowledge, confidence, motivation, and satisfaction, and recommend it as a complement to skills labs rather than a replacement for them.
Complex psychomotor skills are harder in VR. Controllers and hand-tracking don’t replace real tactile feedback, so physical practice still leads for hands-on competence.
Cybersickness limits some learners. Nausea, dizziness, and disorientation affect a meaningful share of learners and can limit session length and who can participate.

If the research says VR should complement a hands-on skills lab, SimVS is that hands-on layer: real devices and real equipment on the manikins you already own.

That is precisely the gap SimVS fills. Many programs are best served using both: VR for immersive scenes, SimVS for hands-on device and bedside competence.

Not either/or

VR and tablet-based simulation solve different problems. Treating them as rivals forces a choice the evidence doesn’t require; the strongest labs pair immersive scenes with hands-on equipment practice.

Frequently asked

Is SimVS a VR system?

No. SimVS is tablet-based: it puts realistic device interfaces (monitors, defibrillators, IV pumps, ventilator, fetal monitor, nurse call) on tablets that students use on manikins and standardized patients. There are no headsets and no virtual environment.

Is SimVS less immersive than VR?

It’s a different kind of realism, not a lesser one. VR immerses students in a virtual scene; SimVS keeps them in a real room with real equipment. For learning to run devices and manage a bedside, that hands-on realism is the advantage.

Should we choose SimVS or VR?

It depends on the objective. For immersive, hard-to-stage scenes, VR fits. For hands-on equipment competence, bedside workflow, and team-based sim on manikins you already own, SimVS fits. The research supports using VR to complement hands-on training, so many programs use both.

What about cost and setup?

SimVS is a one-time purchase with no annual fees and runs on devices you likely already own. VR platforms are typically subscription or per-learner licensed and require a headset for each student, plus ongoing charging, sanitation, and IT support.

Does VR replace skills labs?

The literature recommends against that. VR builds knowledge and confidence but works best as a complement to hands-on skills training, which is exactly where a tablet-based platform on manikins fits.

Real devices in your students’ hands, on the manikins you already own

See SimVS running on your own tablets, with no headsets to buy, charge, or sanitize.

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References

SimVS Summer 2026 Catalog (tablet-based platform; runs on iPad, Android, Windows, Mac, and Chromebook; layers onto any manikin or standardized patient; device interfaces including SimVS-IV, patient monitors, defibrillators, ventilator, fetal monitor, and Nurse Station; one-time purchase, no annual fees). simvs.com.
“My hands are running away: learning a complex nursing skill via virtual reality simulation,” a randomised mixed-methods study. BMC Nursing, 2023 (psychomotor skill acquisition in VR). https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10294322/
“Two important factors in virtual reality simulations: Nursing students’ experiences of cybersickness and sense of presence,” Clinical Simulation in Nursing, 2025. https://www.sciencedirect.com/science/article/abs/pii/S1876139925001045