What Is Robotic Prostate Cancer Surgery?
Robotic prostate cancer surgery, or robotic-assisted radical prostatectomy, is a minimally invasive procedure used to remove the prostate gland and cancer within it. The surgeon performs the operation through several small incisions using a robotic surgical system that provides magnified visualization and highly controlled instruments for working around the prostate and nearby structures.
The robotic system does not perform the operation independently. The surgeon remains in control throughout the procedure, using a console to direct the surgical instruments while members of the surgical team remain at the patient’s side.
Why Remove the Prostate?
Radical prostatectomy removes the entire prostate gland and typically the seminal vesicles, with nearby lymph nodes evaluated or removed when clinically appropriate. Surgery may be considered for patients with localized or locally advanced prostate cancer when removing the prostate offers an appropriate approach to cancer control.
The tissue removed during surgery is examined by a pathologist, providing detailed information about the extent and characteristics of the cancer. These findings, together with postoperative PSA testing, help guide follow-up care and determine whether additional treatment should ever be considered.

Who May Be a Candidate for Robotic Prostatectomy?
Whether surgery is appropriate depends on factors including the stage and risk characteristics of the prostate cancer, imaging and biopsy findings, age, overall health, life expectancy and personal treatment priorities. Surgery is one of several potential approaches to prostate cancer and should be considered alongside other appropriate options, which may include active surveillance, radiation therapy or focal treatment for selected patients.
Learn more about Prostate Cancer and how treatment decisions are individualized.
The Surgeon Controls the Robotic System
During robotic-assisted surgery, the surgeon operates from a console near the patient and controls the movement of the surgical instruments in real time. The system translates the surgeon’s hand movements into precise movements inside the body while providing a magnified, three-dimensional view of the surgical area.
Robotic technology extends the surgeon’s ability to work through small incisions, but surgical judgment and experience remain central to the procedure. Decisions involving cancer removal, preservation of nearby structures and nerve-sparing are made by the surgeon according to each patient’s anatomy and cancer.
Cancer Control and Preserving Function
The primary goal of radical prostatectomy is to remove the prostate cancer while it can be effectively treated with surgery. At the same time, the surgeon considers structures involved in urinary control and sexual function and works to preserve them when doing so is appropriate and does not compromise the cancer operation.
Recovery after prostatectomy is different for every patient. Urinary continence and erectile function can improve over time, but outcomes depend on several factors beyond the use of robotic technology, including age, function before surgery, overall health, cancer location and extent, and whether the nerves involved in erectile function can safely be preserved.
Nerve-Sparing Prostate Surgery
The nerves involved in erectile function travel very close to the prostate. When the location and extent of the cancer allow, the surgeon may use a nerve-sparing approach to preserve one or both neurovascular bundles during prostate removal.
Nerve-sparing is not appropriate in every case. If cancer extends close to or involves these structures, removing additional tissue may be necessary to achieve the primary goal of cancer control. The surgical approach is therefore individualized rather than determined by robotic technology alone.
Urinary Continence After Prostatectomy
Temporary urinary leakage is common after the urinary catheter is removed because the urinary system must adjust after prostate removal. Bladder control generally improves during recovery, although the timing and degree of recovery vary from patient to patient.
Pelvic floor exercises may be recommended to help strengthen the muscles involved in urinary control. If urinary leakage persists, additional evaluation and treatment options are available and can be discussed with the urology team.
Erectile Function After Prostatectomy
Erectile function may take longer to recover than general physical activity or urinary control. Recovery depends heavily on erectile function before surgery, age, overall health, cancer characteristics and whether nerve-sparing surgery can be performed safely. Nerves that are preserved during surgery may still require time to recover from the effects of the operation.
Medications for erectile dysfunction, vacuum erection devices, injection therapy and other treatments may be considered during recovery depending on the individual patient. Your urologist can discuss an appropriate approach to sexual rehabilitation based on your function before surgery and your recovery afterward.
Sexual Function, Orgasm and Fertility
Radical prostatectomy changes some aspects of sexual function permanently because the prostate and seminal vesicles are removed. Erections and orgasm are separate functions, and many men remain able to experience orgasm after surgery even if erectile function changes. Orgasm after prostatectomy is dry because semen is no longer produced and ejaculated, and the sensation of orgasm may feel different.
Because natural ejaculation no longer occurs after radical prostatectomy, natural fertility is lost. Patients who may want biological children in the future should discuss fertility preservation, including sperm banking, before treatment.
How Robotic Technology Supports Prostate Cancer Surgery
Robotic technology gives the surgeon enhanced visualization, instrument control and access within the confined space of the pelvis. These capabilities can support the technical demands of radical prostatectomy, but the robotic system is a surgical tool. The surgeon determines how the operation is performed and makes the clinical decisions that affect cancer removal and preservation of surrounding structures.

Enhanced Visualization and Instrument Control
The robotic surgical system provides the surgeon with a magnified, three-dimensional view of the prostate and nearby anatomy. Small, articulated instruments can move within the pelvis with a range of motion that supports careful dissection around structures involved in urinary and sexual function.
These capabilities are particularly useful during technically detailed portions of prostatectomy, but they do not determine the surgical plan. Imaging, biopsy findings, cancer location, anatomy and what the surgeon observes during the operation all contribute to decisions made during surgery.
A Minimally Invasive Surgical Approach
Robotic-assisted prostatectomy is performed through several small abdominal incisions rather than the larger incision used for traditional open prostatectomy. This minimally invasive approach generally results in less blood loss and can support a shorter hospital stay and earlier physical recovery compared with open surgery.
Smaller incisions do not change the fundamental purpose of the operation. A robotic-assisted radical prostatectomy remains major cancer surgery in which the prostate is removed and the urinary tract is surgically reconstructed.
Surgical Pathology After Prostate Removal
One important feature of prostatectomy is that the removed prostate can be examined in its entirety by a pathologist. The pathology report provides information about the cancer’s Grade Group, extent within or beyond the prostate, surgical margins and involvement of other removed tissues.
This information helps clarify the pathologic stage of the cancer and, together with PSA testing after surgery, helps guide long-term follow-up and decisions about whether additional treatment may be needed.
Evaluating Lymph Nodes When Appropriate
For patients whose cancer characteristics indicate a meaningful risk of lymph node involvement, nearby pelvic lymph nodes may be removed during prostatectomy and examined for cancer. Lymph node evaluation is not necessary for every patient and is based on the individual risk and characteristics of the prostate cancer.
What to Expect After Robotic Prostate Cancer Surgery
Recovery begins soon after robotic-assisted radical prostatectomy, with the care team helping patients begin moving safely and gradually return to eating and normal daily activities. Because recovery varies from person to person, instructions for activity, medications, diet, incision care and other aspects of recovery are individualized before leaving the hospital.
A urinary catheter is placed during surgery and remains temporarily while the connection between the bladder and urethra heals. Patients receive instructions for caring for the catheter at home and are told when to return for evaluation and removal.
Returning to Normal Activities
Walking and gradually increasing activity are important parts of recovery after prostatectomy. Patients should follow their surgical team’s guidance about lifting, exercise, driving, sexual activity and returning to work, since the appropriate timing depends on healing, overall health and the course of recovery.
Physical recovery from minimally invasive surgery often progresses over several weeks, but feeling better does not necessarily mean that internal healing is complete. Your care team will help determine when different activities can safely be resumed.
Understanding Your Surgical Pathology
After surgery, a pathologist carefully examines the prostate and other tissue that was removed. The pathology report provides important information about the cancer, including its Grade Group, extent within or beyond the prostate, surgical margins and, when lymph nodes were removed, whether cancer was found within them.
Your surgeon will review these findings with you and explain what they mean for your prognosis and follow-up care. Most patients require surveillance rather than immediate additional treatment after prostatectomy, while certain pathology findings or subsequent PSA results may lead to discussion of additional therapy.
PSA Monitoring After Prostatectomy
Because the prostate gland has been removed, PSA is expected to fall to an undetectable or very low level after surgery. PSA blood testing is therefore an important part of long-term follow-up and can help identify persistent or recurrent prostate cancer before it causes symptoms.
Your care team will determine how frequently PSA should be measured based on your pathology, PSA results and individual risk. If PSA remains detectable or begins to rise after surgery, additional evaluation can help determine whether further treatment should be considered.
If Additional Treatment Is Needed
A detectable or rising PSA after prostatectomy does not automatically mean that cancer has spread or that every patient requires the same next treatment. PSA pattern, surgical pathology, imaging when appropriate and other clinical factors help determine the next step.
For some patients, radiation therapy to the prostate bed or nearby areas may be recommended after surgery, sometimes together with hormone therapy depending on the clinical situation. Learn more about Radiation Therapy for Urologic Cancers.
A Patient’s Experience With Robotic Prostate Cancer Surgery
Every prostate cancer diagnosis and recovery is different. In the following video, Saint John’s patient Dan Garr shares his personal experience with prostate cancer, robotic surgery and recovery.
Saint John’s patient Dan Garr shares his experience with prostate cancer, robotic surgery and recovery.
Risks and Side Effects of Radical Prostatectomy
Radical prostatectomy is major cancer surgery, and recovery involves both short-term surgical risks and potential changes in urinary and sexual function. The likelihood and duration of these effects vary according to age, overall health, function before surgery, cancer characteristics, anatomy and the extent of surgery required for cancer control.
Your surgeon will discuss your individual risks before treatment, including how the location and extent of the prostate cancer may influence nerve-sparing, urinary recovery and other aspects of the operation.
Urinary Continence Recovery
Urinary leakage is common after the catheter is removed and generally improves as the urinary system heals and the muscles involved in bladder control become stronger. The pace of recovery varies, and some patients may continue to experience leakage for a longer period of time.
Pelvic floor exercises may help improve urinary control during recovery. When incontinence persists or significantly affects quality of life, additional evaluation can identify treatment options that may include pelvic floor physical therapy or procedures designed to improve urinary control.
Sexual Function Recovery
Erectile dysfunction is a common potential effect of radical prostatectomy because the nerves and blood vessels involved in erections are located immediately alongside the prostate. Even when one or both nerve bundles can be preserved, erectile function may take time to recover and may not return to the same level present before surgery.
Recovery is influenced by factors including age, erectile function before treatment, cardiovascular and metabolic health, cancer location and whether nerve-sparing surgery can be performed safely. Medications, vacuum erection devices, injection therapy and other treatments may be considered to support sexual function during and after recovery.
Changes in Ejaculation, Orgasm and Fertility
After radical prostatectomy, semen is no longer ejaculated because the prostate and seminal vesicles have been removed. This results in a dry orgasm and permanent loss of natural fertility. Orgasm may still be possible, although the sensation can be different after surgery.
Patients who may want biological children in the future should discuss fertility preservation before treatment. Changes in sexual function can also affect relationships and quality of life, and patients and their partners are encouraged to discuss concerns with the care team rather than waiting for problems to resolve on their own.
Other Surgical Risks
As with any major surgery, radical prostatectomy carries risks including bleeding, infection, blood clots, hernia, complications related to anesthesia and injury to nearby structures. Some patients may also experience temporary swelling, urinary difficulties or other postoperative symptoms during recovery.
The surgical team takes steps before, during and after the procedure to reduce these risks and monitors patients for complications. Your individual risk factors and symptoms that should prompt medical attention will be reviewed as part of your surgical and postoperative care.
Life After Prostate Cancer Surgery
Recovery from radical prostatectomy continues beyond the initial healing period. Urinary and sexual function may continue to change over time, while ongoing PSA testing helps monitor for evidence of persistent or recurrent prostate cancer. Your urology team will follow both cancer outcomes and quality-of-life concerns as you move from surgery into long-term survivorship.
Prostate cancer surgery can also affect how patients feel about their bodies, relationships and sexual health. Questions about continence, erectile function, intimacy and recovery are an expected part of prostate cancer care, and patients and their partners are encouraged to discuss these concerns with the care team.
Long-Term Prostate Cancer Follow-Up
PSA monitoring remains important even when recovery is going well and there are no symptoms of prostate cancer. Follow-up allows your care team to evaluate PSA results over time, address urinary or sexual concerns and determine whether additional evaluation is ever needed.
If PSA or other findings suggest persistent or recurrent cancer, treatment decisions are individualized. Depending on the clinical situation, options may include radiation therapy, hormone therapy or other treatments, with specialists working together to determine the appropriate next step.
Multidisciplinary Care When You Need It
Prostate cancer care does not necessarily end with surgery. At Providence Saint John’s Health Center, urologic oncologists can collaborate with radiation oncologists, medical oncologists and other specialists when additional expertise or treatment is appropriate.
This coordinated approach allows each stage of care to be considered in the context of the treatment you have already received, the characteristics of your cancer and your individual priorities for health and quality of life.
Is Robotic Prostate Cancer Surgery Right for Me?
Choosing prostate cancer treatment involves more than deciding whether surgery can be performed. The decision should consider the characteristics of your cancer, your overall health, expected benefits and potential side effects, and how different treatment approaches may affect the aspects of life that matter most to you.
Our urologic oncology specialists can help you understand whether robotic-assisted radical prostatectomy or another approach may be appropriate for your prostate cancer and answer questions about treatment, recovery and long-term follow-up.
If you have questions regarding treatments for urologic cancers and conditions, please call today.
Providence St. John’s Health Center
High Performing in Urology
High Performing in Urology
Saint John’s Health Center is nationally ranked and in the top 10% for Urology
Learn more at Health.USNews.com.

About the da Vinci Robotic System and Assisted Surgery
The da Vinci surgical system is operated by a surgeon, allowing them to successfully perform a complex, yet non-invasive surgical procedure. Through a small incision, the surgeon uses delicate instruments, a magnifying camera and lighting. Since the procedure is performed using a smaller opening, there is a reduced chance of bleeding than with traditional surgery. Comparing the da Vinci robotic system to traditional surgery, much smaller scars result, which may further reduce the risk of an infection because the incisions are smaller. The da Vinci robotic system is also used in gynecologic, head and neck, cardiothoracic medicine, and general surgery.
Robotic surgery was approved by the FDA for prostate cancer treatment (Robot-Assisted Radical Prostatectomy – RARP) in 2001. Initially, there were concerns that this technique of surgery may lead to higher cancer recurrence rates or higher complications. However, many countries that use robotic surgery share their experiences, which contributes to even greater best practices guidelines in support of optimal outcomes. This data reveals conclusively that robotic surgery does not compromise cancer control rates, which are applicable to all risk groups.

