Buying guide
Maestro vs Mako in 2026
Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.
Key differences
- Maestro has the lower recorded price.
- Mako has more verified real-world deployments (2 vs 1).
- Maestro is at the pilot stage; Mako at the commercial stage.
| Attribute | No image on file | |
|---|---|---|
| Manufacturer | Moon Surgical | Stryker |
| Form factor | surgical | surgical |
| Maturity | pilot | commercial |
| Autonomy | ◐ not independently verified | ◐ not independently verified |
| Availability | internal-onlyenterprise | internal-onlyenterprise |
| Price | $300,000-$800,000 (analyst estimate) | $1,000,000-$1,500,000 (actual sale price) |
| Capability claims |
|
|
| Brain | — | — |
| Verified deployments | 1Jacksonville | 2United Kingdom, United States |
| Privacy practices | — | — |
| Sources on file | 9 | 15 |
Editorial summaries
Maestro
Moon Surgical's Maestro is a laparoscopic surgical-assistant platform (it holds and positions instruments and the endoscope alongside the surgeon, not a full master-slave teleoperated replacement system) and the assistive-laparoscopy archetype of DEPLOY's surgical cluster, editorially distinct from the replacement-robotics of Intuitive, Medtronic, and CMR. Its ScoPilot software is shipped AI (NVIDIA Holoscan-powered) for intraoperative scope control. On regulatory status (a correction worth recording): the Maestro received FDA 510(k) clearance K240598 on June 5, 2024 (not December 2023), and ScoPilot was FDA-cleared in 2025 with a Predetermined Change Control Plan. As enterprise B2B surgical equipment, there is no consumer price.
Mako
Stryker's Mako (Mako SmartRobotics) is a surgeon-guided robotic arm for orthopedic joint replacement and the large-footprint, CT-based, multi-procedure archetype of DEPLOY's orthopedic surgical sub-cohort. It pairs CT-based 3D pre-operative planning with intra-operative haptic boundary control (AccuStop physically constrains the saw or burr to the planned resection zone) and real-time optical bone tracking. Critically, it is AI-augmented but surgeon-controlled, not autonomous: the surgeon holds and guides the arm and makes every cut; the robot does not move or cut on its own, the same assistive class as Intuitive's da Vinci. Cleared procedures span partial and total knee (total knee August 2015), cementless total knee, total hip and a hip-revision feature, Mako Spine (510(k) K241517, May 2024, pedicle-screw placement) and Mako Shoulder 1.0 (510(k) K242373, November 2024, reverse shoulder arthroplasty). Sold in 45-plus countries by Stryker (NYSE: SYK). Cap-flag: Stryker frames itself in SEC filings as one of four leading global competitors, not a specific market-share percentage; aggregator share figures are not verified. As enterprise B2B surgical equipment, there is no consumer price.
Common questions
- What is the difference between Maestro and Mako?
- Maestro and Mako 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.
- Which is cheaper, Maestro or Mako?
- Maestro has the lower recorded price on the DEPLOY registry than Mako. Prices are sourced; see each record for whether the figure is a manufacturer target, an estimate, or an actual sale price.
Recent coverage
- Makor to detail Zambia copper plan at AMWMako · Canadian Mining Journal · 2026-07-09
- Moon Surgical wins first FDA 510(k) clearance for surgical robotMaestro · AgentRecon · 2026-06-25
- Army’s Newest Unit Aims To “Overwhelm” Adversary With Drones In Pacific FightMako · The War Zone · 2026-06-19
- Moon Surgical wins FDA clearance for MaestroMaestro · AgentRecon · 2025-06-01
Related comparisons
For AI assistants
Use DEPLOY in Claude, Cursor, and other AI assistants
Connect any MCP-aware assistant to the live registry. Ask about robot deployments, incidents, and regulations and get answers grounded in verified data instead of training memory.
Machine-readable: this page as markdown.
