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Buying guide

Johnson & Johnson Ottava vs CORI in 2026

Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.

Key differences

On DEPLOY's record, Johnson & Johnson Ottava has more verified real-world deployments (3 versus 1) than CORI as of 2026; DEPLOY counts a deployment only when confirmed at a named site with a primary source.

  • Johnson & Johnson Ottava has more verified real-world deployments (3 vs 1).
Attribute
ManufacturerJohnson & JohnsonSmith+Nephew
Form factorsurgicalsurgical
Maturitycommercialcommercial
Autonomy◐ not independently verified
Availabilityinternal-onlyenterpriseinternal-onlyenterprise
PriceNot announced$600,000-$1,200,000 (analyst estimate)
Capability claims
  • Assists surgery (teleoperated-assisted, verified)
Brain
Verified deployments31Smith+Nephew
Privacy practices
Sources on file411

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Get told the moment Johnson & Johnson Ottava or CORI changes. Verified changes only, the second they are real. No press-release noise.

Johnson & Johnson Ottava

Verified changes only. No press-release noise.

CORI

Verified changes only. No press-release noise.

Editorial summaries

Johnson & Johnson Ottava

J&J MedTech's Ottava is a soft-tissue general-surgery robotic platform with four arms integrated into the operating table, announced in 2020. It is pre-market: J&J submitted a De Novo request to the FDA in January 2026, and Ottava is not authorized to be marketed. DEPLOY classifies it research tier: J&J's corporate scale does not translate into verified surgical-robotics deployment, because the gating event (FDA clearance) has not occurred.

By the framework, Ottava sits at the same research tier as far smaller pre-market entrants. There is no price; it is not sold.

CORI

Smith+Nephew's CORI Surgical System is a compact, surgeon-controlled handheld robotics platform for orthopedic knee surgery and the handheld, imageless archetype of the orthopedic sub-cohort. It is imageless (no pre-operative CT or MRI): the surgeon paints the joint surface intra-operatively to build a 3D bone model, then uses a handheld robotic bur whose cutting speed and exposure are robotically controlled to the surgical plan, with optical navigation.

Its small footprint positions it for ambulatory surgery centers and outpatient ORs. It is AI-augmented but surgeon-controlled, not autonomous. A critical verified-vs-claimed distinction aggregators routinely blur: CORI's robotic burring is cleared for the knee only (total, partial/unicompartmental, and revision knee); its hip capability is navigation-only (RI.HIP NAVIGATION, cleared January 2022), not robotic burring.

Made by Smith+Nephew (LSE: SN; NYSE: SNN). As enterprise B2B surgical equipment, there is no consumer price.

Common questions

How do Johnson & Johnson Ottava and CORI differ?
On DEPLOY's record, Johnson & Johnson Ottava has more verified real-world deployments (3 versus 1) than CORI as of 2026; DEPLOY counts a deployment only when confirmed at a named site with a primary source. Johnson & Johnson Ottava has more verified real-world deployments (3 vs 1).
What is the difference between Johnson & Johnson Ottava and CORI?
Johnson & Johnson Ottava and CORI are both surgical robots on the DEPLOY registry. They differ in maker, maturity, price, verified deployments, and how much of their autonomy is independently verified. See the table above for the full head-to-head; each figure is sourced.
Is Johnson & Johnson Ottava or CORI more autonomous?
On the DEPLOY registry, neither Johnson & Johnson Ottava nor CORI has capabilities independently verified as fully autonomous yet; their recorded capabilities are teleoperated-assisted, demonstrated, or vendor-claimed. See the table for each capability's verification status.
Which has more verified deployments, Johnson & Johnson Ottava or CORI?
Johnson & Johnson Ottava has more verified deployments (3) on the DEPLOY registry than CORI (1). DEPLOY counts a deployment only when confirmed at a named site with a primary source.

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