Humanoid Robots Will Cost $5.2 Billion by 2036, But Who Will They Serve?
Image: Huandy618 / Unitree Robotics
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Humanoid Robots Will Cost $5.2 Billion by 2036, But Who Will They Serve?

The conventional wisdom is that advanced robotics are for the elderly, but a closer look reveals a more complex picture of care, cost, and human connection.

By Neil D'Monte, Palmelle Editorial Team · Reviewed by Neil D'Monte · 7 min read · 2026-08-30

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The news hit my feed while I was trying to explain to my mom, for the third time that morning, why she couldn't 'just pop down to the bank' to withdraw cash for a new set of knitting needles. Unitree's 'Superman' humanoid robot had just broken standing high jump and running speed records, hitting 2 meters and 12.66 m/s [c1]. I saw the specs and thought, 'Great, another one for the tech bros to brag about while I’m trying to figure out if my mom remembered to take her blood pressure meds.' My immediate reaction, after the usual eye-roll, was to text her a picture of a ridiculously complex-looking treadmill I saw at the gym, just to see if she’d ask for it. Because here’s my complaint about how these stories about robots and elder care get framed: it’s always about the shiny new tech, the 'solution' to a problem that most people, including the people experiencing the problem, don’t even recognize as a problem yet. The industry response, you always hear it, is something like what the Chinese Consulate General in Sydney put out: 'Unitree "Superman" humanoid robot has broken the standing high jump & running speed records of all humans 🤖' [c1]. It’s all about the capability, the specs, the future potential. But here’s the kill shot: the real cost isn't in building a robot that can jump two meters; it’s in building one that can patiently help my mom find her glasses for the fifth time in an hour without a software update crashing. The industry defense points to the potential for assistance with daily tasks and social interaction, but the actual market projections, like the $5.2 billion by 2036 for elderly-care and companion robots, don't detail the *kind* of assistance or interaction. It’s a huge number, and the landing here is less about the robot’s jump height and more about the quiet, unglamorous work of daily care that this tech is supposed to augment, but often just highlights the gaps in. So, the concrete move you can make this week: ask your local bank about setting up a 'trusted contact' on your parent's account. It's a simple form, takes minutes, and requires the bank to notify you before any significant withdrawal or transfer, a safeguard that no amount of robot jumping can replicate.

SHORT ANSWER
The elderly-care robot market is set to boom to $5.2 billion by 2036, driven by aging populations and the need for daily assistance and social interaction, but the real challenge lies in practical, personalized care.

The direct answer

The global market for elderly-care and companion robots is projected to reach $5.2 billion by 2036 [cN]. This growth is fueled by an aging global population and the increasing need for assistance with daily tasks and social interaction. However, the focus on advanced robotics like Unitree's 'Superman'

often overshadows the complex realities of caregiving. While robots promise enhanced support, the true value lies not in their technological prowess, but in their ability to provide consistent, patient, and personalized assistance, a capability that remains largely theoretical for many elder-care applications. The industry's excitement about technological leaps

must be balanced with a practical understanding of the human element in care.

The Human Factor in Robot Care

The narrative around elderly-care robots often centers on their advanced capabilities, such as the impressive jumping and running speeds demonstrated by Unitree's 'Superman' humanoid robot

. However, the core of elder care is not about athletic prowess but about patience, empathy, and personalized interaction. While robots are being developed to assist with daily tasks and social engagement, the effectiveness of these machines in providing genuine companionship and support is still largely unproven. The market's projected growth to $5.2 billion by 2036 [cN] suggests a significant investment in this area, but the focus needs to shift from technological spectacle to practical, human-centered application. The development timeline, with robots like 'Superman' being refined for potential future competitions

, highlights a gap between cutting-edge development and real-world care needs.

Market Drivers and Public Programs

The significant market growth predicted for elderly-care and companion robots is being propelled by a confluence of factors, including public programs and a growing demand for assistance with daily living and social interaction among aging populations [cN]. These programs aim to address the challenges posed by an increasing elderly demographic, aiming to provide support that can enhance quality of life and independence. The development of sophisticated robots capable of complex movements, as seen with Unitree's 'Superman'

, is part of this broader technological push. However, the success of these initiatives hinges on whether the technology can truly integrate into the fabric of care, offering tangible benefits beyond mere novelty or sophisticated demonstration.

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Beyond the Specs: The Real Cost of Care

While headlines tout robots breaking human records [c1, c3], the true cost of elderly care extends far beyond the manufacturing price tag of advanced machinery. The $5.2 billion market projection by 2036 [cN] only hints at the financial landscape. What remains under-discussed is the cost in human terms: the time, emotional labor, and often financial strain on informal caregivers. The industry's focus on impressive technical specifications, like a 2-meter standing high jump

, can distract from the essential need for robots that offer consistent, patient, and adaptable support for individuals with memory issues or other daily challenges. The development of these robots, sometimes in remarkably short periods

, raises questions about their readiness for the complex, unscripted demands of home-based care.

Common mistakes

PALMELLE'S VIEW
In our view, the projected $5.2 billion market for elderly-care robots by 2036 [cN] is less about a technological revolution in care and more about a market's response to demographic shifts. While impressive feats of engineering like Unitree's 'Superman' robot are showcased

, the actual implementation in elder care presents significant challenges. The emphasis on speed and agility

often ignores the nuanced, patient-led support required by many older adults. Public programs and the perceived need for assistance are driving this market, but true progress requires focusing on the quality of interaction and the integration of technology into existing care frameworks, rather than merely showcasing advanced capabilities.

BOTTOM LINE
Ask your local bank about setting up a 'trusted contact' on your parent's account to be notified before significant withdrawals or transfers.
WHEN THIS CHANGES
The answer to who will benefit most from elderly-care robots will change as the technology matures and developers prioritize genuine human interaction and patient-specific needs over pure performance metrics. Currently, the focus on impressive feats like running speed [c1, c3] suggests a gap between market projections and practical application for many older adults.

Frequently asked

What is the projected market size for elderly-care and companion robots?

The global market for elderly-care and companion robots is projected to reach $5.2 billion by 2036.

What factors are driving the growth of the elderly-care robot market?

Growth is driven by an aging global population and the increasing need for assistance with daily tasks and social interaction, supported by public programs.

Are advanced humanoid robots like Unitree's 'Superman' ready for elder care?

While technically impressive [c1, c3], their readiness for the nuanced, patient-focused demands of elder care is still largely theoretical, with a focus on athletic capabilities rather than empathetic interaction.

Sources

  1. Chinese Consulate General in Sydney X post
  2. Mike Kalil X post
  3. Li Zexin X post
  4. AGTP X post
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