VR Training for Surgical Robots: Building Competence Before Entering the Operating Theatre

Relevant case studies

Blog post: 25/08/2026 10:40 am

Author: Spark Team

VR Training for Surgical Robots: Building Competence Before Entering the Operating Theatre

Robotic-assisted surgery has transformed what is possible in the operating theatre, but increasingly sophisticated surgical platforms also create a significant training challenge. Surgeons, nurses, operating department practitioners and technical staff may all need to understand different parts of the same system, from console controls and patient-side equipment to instrument changes, docking procedures and emergency recovery.

For medical-device manufacturers and healthcare organisations, the question is therefore not simply how to introduce new surgical technology. It is how to ensure that every member of the clinical team can follow the correct Standard Operating Procedures (SOPs) consistently before they are expected to work with expensive equipment in a live clinical environment.

Bespoke Virtual Reality (VR) training can provide a highly effective additional layer of preparation. Augmented Reality (AR) can then provide contextual support when teams encounter the physical equipment.

Why Surgical Robot Training Is Well Suited to VR

A surgical robot is a complex combination of hardware, software, controls, instruments and clinical workflow. Traditional training may involve manuals, classroom teaching, videos and valuable hands-on time with the real platform.

VR can add something different: the ability to practise an equipment-specific workflow repeatedly without requiring access to the physical installation.

This is not merely theoretical. Intuitive describes its SimNow platform as providing hands-on simulation using the da Vinci surgeon console, allowing surgeons to practise system skills in a consequence-free environment. The company also positions simulation alongside wider hands-on, virtual and peer-supported training rather than as a replacement for established clinical education.

A bespoke VR application could extend the same principle to organisation-specific and team-based procedures around a surgical platform.

Rehearsing the Complete SOP Rather Than a Single Skill

VR training can reproduce much more than the surgeon's console. A digital operating theatre can incorporate the whole equipment workflow.

Depending on the system and approved training objectives, scenarios could include:

• pre-use equipment checks;

• positioning the surgical platform;

• docking and undocking sequences;

• instrument identification and exchange;

• camera and accessory preparation;

• system start-up and shutdown;

• responding to warnings and alarms;

• communication between console and patient-side teams;

• emergency undocking;

• post-procedure equipment checks.

Rather than simply watching somebody perform these steps, the learner performs them.

If an action is attempted in the wrong sequence, the simulation can identify it. If an essential check is omitted, the scenario can record it. Where appropriate, the application can ask the learner to recover from the mistake rather than immediately providing the answer.

Training for Rare but Important Events

Some of the most valuable scenarios are situations that healthcare professionals hope they will rarely encounter.

For example, a hospital may want its team to rehearse what happens if a robotic platform must be rapidly disengaged from the patient or if a system warning occurs during a procedure.

Creating these conditions deliberately in a functioning theatre can be disruptive. Within VR, however, the same scenario can be repeated until the response becomes familiar.

This allows SOP training to move beyond knowledge recall towards practical decision-making.

Using AR at the Physical Surgical System

VR is particularly useful before the learner works with the equipment. AR has a different role.

Using a tablet, headset or other supported device, an AR application can recognise or align with components of the real system and display approved information in context.

For example, AR could highlight:

• the component required for the current setup step;

• connection points;

• instrument or accessory identification;

• pre-use inspection areas;

• approved configuration diagrams;

• maintenance or troubleshooting information.

The crucial point is that the application should complement the manufacturer's approved instructions and local clinical governance rather than improvising procedures.

Reducing the Cost of Equipment-Based Training

High-value surgical systems are purchased to perform clinical work. Every training session that requires exclusive use of the actual equipment can compete with other demands on the asset, clinical facilities and specialist trainers.

VR creates a parallel training environment.

Once developed, appropriate parts of the SOP can be practised from another training room, education centre or compatible deployment location. Learners can therefore arrive at subsequent supervised equipment sessions already familiar with terminology, component locations and procedural sequences.

This can make valuable hands-on sessions more productive rather than attempting to replace them.

Creating Product-Specific Training

Generic surgical-robot training has limited value when the objective is operational competence on a particular product.

Spark therefore develops bespoke immersive solutions rather than supplying a generic off-the-shelf medical VR course.

A project could reproduce the manufacturer's actual platform, approved workflow, user interface and operating environment, subject to the appropriate source information and stakeholder approval.

The resulting application could incorporate:

1. guided learning mode;

2. independent practice mode;

3. formal assessment mode;

4. timed procedural scenarios;

5. error and omission tracking;

6. competency records;

7. refresher training following software or SOP changes.

From Familiarity to Operational Competence

Robotic surgery demonstrates why immersive training can be particularly valuable in medical technology. The equipment is sophisticated, the procedures are sequential and mistakes can have serious consequences.

VR provides a safe environment in which personnel can practise before encountering the physical system. AR can then provide approved contextual information when personnel are working with the real equipment.

Used together, they can create a continuous learning pathway: understand the system, practise the SOP, demonstrate competence and receive support at the point of need.

Talk to Spark About Bespoke Surgical Technology Training

Spark develops bespoke VR and AR applications around the client's actual equipment, procedures and training objectives. If you manufacture surgical technology or need a more scalable way to prepare clinical teams to use complex equipment, contact Spark to discuss a bespoke immersive training solution.

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